PN 8321681 Rev B
Bibliographic References
Table of Content
A
Acetaminophen.....................................................................................................................85
Acetyl Salicylic Acid ...............................................................................................................85
Aerosols ...............................................................................................................................89
Air..........................................................................................................................................6
Algae ...................................................................................................................................85
ASTM Approved Methods for the Coulter Principle ................................................................. 136
B
Bacteria................................................................................................................................86
Beer.....................................................................................................................................11
Brewery.............................................................................................................................. 122
Bubbles .............................................................................................................................. 125
C
Cells.....................................................................................................................................11
Cellulose...............................................................................................................................22
Cement ................................................................................................................................23
Ceramics ..............................................................................................................................24
Chocolate .............................................................................................................................91
Chromatography ...................................................................................................................88
Clays ....................................................................................................................................25
Cocoa...................................................................................................................................88
Conductive Particles ............................................................................................................ 119
Contamination ......................................................................................................................26
Copper ............................................................................................................................... 123
Cosmetics.............................................................................................................................29
Crystals ................................................................................................................................49
D
Dairy Products ......................................................................................................................29
Dissolution Rates ................................................................................................................ 126
Dust.....................................................................................................................................30
E
Emulsions .............................................................................................................................50
Explosives ............................................................................................................................64
F
Fibers...................................................................................................................................48
Filtration...............................................................................................................................59
Flour .................................................................................................................................. 129
Food ....................................................................................................................................62
Forensic ............................................................................................................................. 131
Fuel .....................................................................................................................................63
G
Gold ................................................................................................................................... 128
Bibliographic References
1
PN 8321681 Rev B
Growth Rates...................................................................................................................... 132
H
Hydraulic Fluids ....................................................................................................................64
I
INTERNATIONAL STANDARD ISO 13319 .............................................................................. 140
Iron Oxide .......................................................................................................................... 127
L
Latex....................................................................................................................................65
Lead.....................................................................................................................................90
Leucocytes ......................................................................................................................... 128
Lipids ................................................................................................................................. 131
Liposomes ............................................................................................................................91
Lubricants ............................................................................................................................72
Lunar Soil .............................................................................................................................84
M
Marine..................................................................................................................................94
Metals ..................................................................................................................................72
N
Nickel................................................................................................................................. 124
O
Oils ......................................................................................................................................36
P
Paints...................................................................................................................................76
Parenterals ...........................................................................................................................42
Penicillin ...............................................................................................................................77
Pesticides .............................................................................................................................78
Pharmaceuticals....................................................................................................................42
Photography .........................................................................................................................78
Pigments ..............................................................................................................................76
Plankton ...............................................................................................................................73
Porous Particles .................................................................................................................. 119
Powders ...............................................................................................................................80
S
Sea Water ............................................................................................................................73
Sea .................................................................................................................................... 129
Sewage ................................................................................................................................84
Sieves Compared to the Coulter Principle.............................................................................. 120
Silver.................................................................................................................................. 128
Snow.................................................................................................................................. 135
Soymilk .............................................................................................................................. 130
Spores................................................................................................................................ 134
Starch ..................................................................................................................................90
Steel ....................................................................................................................................83
Sugar ................................................................................................................................. 122
2
Bibliographic References
PN 8321681 Rev B
T
Tablet Disintegration ........................................................................................................... 133
The Coulter Principle Compared to Other Methods ................................................................ 106
Tomato Juice ...................................................................................................................... 131
Toners................................................................................................................................ 125
W
Waters .................................................................................................................................43
Wines...................................................................................................................................46
Y
Yeast ...................................................................................................................................46
About the Bibliographies
In the late 1940s, Wallace H. Coulter invented what is now known worldwide as the Coulter
Principle for counting and sizing small particles and cells. He and his brother, Joseph, dedicated
themselves and their company to the advancement of science, and particularly medical science.
They have always been very proud of the extent of the uses of, and the vast number of
applications of, their ideas and products. Since the very beginning, they kept a record of the
contributions made by their products to laboratory science for medicine, cytometry and industry.
No record can be complete, but this collection of published references is produced in their honor.
We hope that it serves to give you encouragement and enlightenment in your work. For more
references visit our website at:
www.beckmancoulter.com/resourcecenter/bibliographies/chemistry/searchpc
.asp
Bibliographic References
3
PN 8321681 Rev B
Air
Test Dust Preparation and Evaluation, Todd W.F., Hagan J.E. and Spaite P.W., Div. Air
Pollution, U.S. Public Health Serv., Robert A. Taft Sanitary Engrg. Center, Cincinnati, Ohio,
Presented at American Industrial Hygiene Conference, Cincinnati, Ohio, May 6th-10th 1963,
21pp.
Particle Size Distribution of Settled Dust, Fairweather J.H., San Bernardino County Air
Pollution Control District, San Bernardino, Calif., Presented at the 57th Annl.Mtg.of the Air
Pollution Control Association, Houston, Texas, June 21st-25th 1963, Paper No.64-77, 11pp.
Distribution of Particulate Matter in a Firn Core from Eights Station, Antarctica, Taylor L.D.
and Gliozzi J., Inst. Polar Studies, Ohio State Univ., Columbus, Ohio, Publ.by American
Geophysical Union, in Antarctic Snow and Ice Studies, Antarctic Research Series, Volume 2,
267-277, 1964.
The Stratigraphic Distribution of Particulate Matter in the Firn at Byrd Station, Antarctica,
Marshall E.W., Dept. Geol., Univ. Michigan, Ann Arbor, Michigan, Antarctic Research,
Geophysical Monograph 7, (American Geophysical Union, Washington, D.C.), 185-196, 1962.
The Determination of the Size and Number of Fat Globules in Dairy Products Using the
Coulter Counter, Cornell D.G. and Pallansch M.J., U.S. Dept. of Agriculture, Washington, D.C.,
Presented at 148th Mtg.Am.Chem.Soc., August 30th 1964.(Abstract only).
Personnel Protection. Airplane Crash Fire-fighting, Peterson H.B., Natl. Res. Lab., Report of
N.R.L.Progress 6274, NRL Problem No.C08-15, 1966, p.8.
Evaluation of the Dust Cloud Generated by Helicopter Rotor Blade Downwash, Rodgers
S.J., MSA Research Corp., Proceedings of the 7th Annual Conference on Environmental Effects
on Aircraft and Propulsion Systems, November 1967, paper 67-ENV-1, 8pp.
Air Classification of Kansas Hard Red Winter Wheat Flours, Stringfellow A.C. and Peplinski
A.J., Northern Reg. Res. Lab., Peoria, Ill., The Northwestern Miller, 271, 10-12, March 16th 1964.
Air Classification of Indiana, Ohio and Michigan Soft Wheat Flours, Peplinski A.J.,
Stringfellow A.C. and Griffin E.L. Jr., Northern Reg. Res. Lab., Peoria, Ill., The Northwestern
Miller, 10-12, July 20th 1964.
Measurement of Natural Particulate Fallout onto High Polar Ice Sheets. Part 1. Lab.
Techniques and First Results, Bader H., Hamilton W.L. and Brown P.L., U.S. Army Materiel
Command, Cold Regions Res. and Engrg. Lab., Hanover, New Hampshire, Research Report
139, November 1965, 16pp.
Analyzing Midget Impinger Dust Samples with an Electronic Counter, Anderson F.G., Tomb
T.F. and Jacobson M., U.S. Dept. of Interior, Bureau of Mines, Pittsburgh, Pa., Report of
Investigations 7105, 1968, 8pp.
Use of the Coulter Counter for Dust Control in Mines, , , Report of the Centre for Medical
Studies in Mines, Douai, France, June 12th 1967. (Translated into English by Ruckwood A.
Coulter Electronics Ltd.), 14pp.
Application of an Electronic Particle Counter in Analyzing Natural Populations of
Phytoplankton, Mulligan H.F. and Kingsbury J.M., Dept. Botany, Cornell Univ., Ithaca, N.Y.,
Limnol.Oceanog., 13, No.3, 499-506, July 1968.
Dust Sampling', Dorman R.G., Chemical Defence Experimental Establishment, Porton Down,
Salisbury, Presented at the Filtration Soc.Mtg., Manchester, February 20th 1968.Published in
Filtration and Separation, 549-558, November/December 1968.
The Use of the Coulter Counter as an Aid to the Design of Gas Cleaning Plant for Iron and
Steelworks, Flux J.H. and Smithson D.J., British Steel Corp., Rotherham, Presented at the
Seventh British Coulter Counter Users' Conf., London, March 1969, 20pp.
4
Bibliographic References
PN 8321681 Rev B
Air Classification of Flour with the Bahco, Kent N.L., Flour Milling and Baking Res. Assocn.,
St. Albans, Presented at a mtg.of the S.A.C.Particle Size Analysis Group, Sheffield, March 5th
1969.Summary published in Proc.Soc.Analyt.Chem., 6, No.6, 97, June 1969.
Particle Size Distribution of Air Borne Particles and Air Pollution, Friedberg H.R., Crobaugh
Labs., Cleveland, Ohio, Presented at the American Inst.of Chem.Engrs.64th Natl.Mtg., New
Orleans, Louisiana, March 19th 1969, 23pp.
Fine-Grinding and Air Classification of Subaleurone Endosperm of High Protein Content,
Kent N.L. and Evers A.D., Flour Milling and Baking Res. Asscn., St.Albans, Herts., Cereal
Science Today (Amer.Ass.Cereal Chem.) 14, No.4, 142-149, April 1969.
Zur Abscheidecharakteristik von festen Teilchen im menschlichen Atemapparat, Drasche
H. and Reiter R., Inst. für Arbeitsmedizin, Univ. des Saarlandes, Germany, Staub-Reinh.Luft., 30,
No.7, 286-292, July 1970.
The Approach to Airborne Dust Measurement in British Coal Mines, Walton W.H., Med.
Service, Natl. Coal Board, London, Staub-Rh.Luft (English), 29, No.3, 32-38, March 1969.
Evaluation of the Penetration Characteristics of a Horizontal Plate Elutriator and of a
10mm Nylon Cyclone Elutriator, Tomb T.F. and Raymond L.D., U.S. Bureau of Mines,
Pittsburgh, Pa., Presented at American Industrial Hygiene Conf., Denver, Colorado, May 12th16th 1969, 18pp.
Proposta di un Metodo di Analisi delle Polveri Atmosferiche Mediante un Contatore
Elettronico di Particelle, Spiga G. and Cherchi P., Ist. di Medicina del Lavoro dell' Univ. di
Cagliari, La Medicina del Lavoro, 61, No.5, 273-282, 1970.(Translation available).
The Determination of the Size Distribution of Mine Dusts Using the Coulter Counter,
Rendall R.E.G. and van Sittert G.C.H., Pneumoconiosis Res. Unit of the South African Med. Res.
Council, Johannesburg, PRU Report 10/70, June 18th 1970, 10pp.
On the Deposition Characteristic of Solid Particles in the Human Respiratory Tract,
Drasche H. and Reiter R., Inst. für Arbeitsmedizin, Univ. des Saarlandes, Staub-Rh.Luft,
(English), 30, No.7, 12-20, July 1970.
Evaluation of Some Parameters Affecting the Collection and Analysis of Midget Impinger
Samples, Jacobson M., Terry S.L. and Ambrosia D.A., Bureau of Mines, U.S. Dept. of the
Interior, Pitsburgh, Pa., Amer.Ind.Hyg.Ass.J., 31, 442-445, July-August 1970.
Dust Collector Performance Evaluation by Midget Impinger and Coulter Counter, Dunson
J.B. Jr., E.I. du Pont de Nemours and Co., Inc., Wilmington, Delaware, Presented at 63rd
Annl.Mtg.Amer.Inst.Chem.Engrs., Chicago, Ill., November 29th-December 3rd 1970, 39pp.
Suppression and Collection of Respirable Coal Dust Using Water and Steam, Tomb T.F.,
Cheng L. and Stein R.L., U.S. Bureau of Mines, Pittsburgh, Pa., Presented at the Intl.Conf.on
Coal Workers' Pneumoconiosis, New York City, September 13th-17th 1971, 26pp.
Counting and Sizing Particles in Liquid Suspension, , , Chapter 5-3 in, Particle Size Analysis
in Industrial Hygiene, eds. Silverman L., Billings C.E. and First M.W., Academic Press, New York,
1971, p.201-205.
Etude de l'Action Expérimentale de Polluants Atmosphériques sur le Poumon de la Souris
Balb/c, Isoard P., Marcotte F., Lemercier G. and Fontanges R., Div. de Microbiol., Centre de
Recherches du Service de Santée des Armées, Lyon, Pollution Atmosphérique, No.53, 43-55,
January-March 1972.
Experimental Investigation on the Collection of Airborne Coal Dust by Water Spray in a
Horizontal Duct, Tomb T.F., Emmerling J.E., Kellner R.H. and Cheng L., U.S. Bureau of Mines,
Pittsburgh, Penna., Presented at the American Industrial Hygiene Conf., San Francisco, Calif.,
May 14th-19th 1972, 11pp.
Bibliographic References
5
PN 8321681 Rev B
The Effect of Pulsation Damping on Respirable Dust Collected by Coal Mine Dust Personal
Samplers, Lamonica J.A. and Treaftis H.N., U.S. Bureau of Mines, Pittsburgh, Penna., Presented
at the American Industrial Hygiene Conf., San Francisco, Calif., May 14th-19th 1972.(Abstract
only).(See also No.472).
Comparison of Equivalent Spherical Volume and Aerodynamic Diameters for Irregular
Shaped Particles, Tomb T.F. and Corn M., U.S. Bureau of Mines, Pittsburgh, Penna., Presented
at the American Industrial Hygiene Conf., San Francisco, Calif., May 14th-19th 1972, 24pp.
Experimental Investigation on the Collection of Airborne Coal Dust by Water Spray in a
Horizontal Duct, Tomb T.F., Emmetling J.E. and Kellner R.H., , Presented at the American
Industrial Hygiene Conf., San Francisco, Calif., May 14th-19th 1972.
The Effect of Pulsation Damping of Respirable Dust Collected by Coal Mine Dust Personal
Samplers, Lamonica J.A. and Treaftis H.N., United States Dep. of Interior, U.S.Bureau of Mines
Report of Investigations RI7636, 1972, 23pp.(See also No.442).
Relating Coulter Counts at One Size Level to the Air Permeametric Specific Surface Area
of the Product from a Wet Comminution Process, Harris J.E.C. and Scullion H.J., Materials
Quality Assurance Directorate, Royal Ordnance Factory, Bridgwater, Presented at the Coulter
Conf., London, April 10th-11th 1973, 4pp.
The Prediction of Overall Collection Efficiency of Air Pollution Control Devices from
Fractional Efficiency Curves, Sundberg R.E., Torit Corp., St. Paul, Minn., Presented at the 66th
Annl.Mtg.of the Air Pollution Control Assn., Chicago, June 23rd-28th 1973, 25pp.
Experimental Air Embolism: Measurement of Microbubbles using the Coulter Counter,
Grulke D.C., Marsh N.A. and Hills B.A., Dept. Physiol., Queen Elizabeth Coll., London,
Brit.J.exp.Path., 54, 684-691, 1973.
On the Use of the Coulter Counter to Measure the Microbubble Spectrum in Water and its
Effect on the Superheat of Water, Pyun J., , Abstract of Ph.D. Thesis, Univ. of Michigan, 1973.
Diss. Abstr., 2063 B - 2064 B, 1974.
Electronics can Increase Dairy Efficiency, Mitchell B., , Electron, 19, May 23rd 1974.
Comparative Measurements by Scattered Light and Coulter Counter Method for Cavitation
Nuclei Spectra, Keller A.P., Hammitt F.G. and Yilmaz E., Dept. Mech. Engrg., Univ. of Michigan,
Ann Arbor, Prepared for the Natl.Sci.Found., January 1974.Presented at the ASME Polyphase
Flow Forum, May 1974, paper PB 228 123, 15pp.
The Prediction of Overall Collection Efficiency of Air Pollution Control Devices from
Fractional Efficiency Curves, Sundberg R.E., Torit Division, Donaldson Co., Inc., St. Paul,
Minnesota, J.Air Pollution Control Association, 24, No.8, 758-764, August 1974.
Environmental Particulates and High Explosives, Scullion H.J., Harris J.E.C. and McCormack
J., Materials Quality Assurance Directorate, Ministry of Defence, Puriton, Bridgwater, Somerset,
Proc.at a Colloquium 'Applications of Particle Size Analysis to Environmental Pollution', organised
by the Society for Analytical Chemistry, Chemical Society Particle Size Analysis Group, Univ.of
Nottingham, September 18th-19th 1974, p.30-35.
Particle Size Analysis of Chimney Emissons 'In Situ', Svarovsky L., School of Powder
Technol., Univ. of Bradford, Proc.Colloquium 'Applications of Particle Size Analysis to
Environmental Pollution', organised by the Society for Analytical Chemistry, Chemical Society
Particle Size Analysis Group, Univ.of Nottingham, September 18th-19th 1974, p.75-80.
The Influence of Lignin Sulphonate and Xylan on the Microflotation of Microcrystalline
Cellulose, Roberts K. and Barla P., Swedish Inst. for Surface Chem., Stockholm,
J.Coll.Interf.Sci., 49, No.1, 75-81, October 1974.
Nonwoven Fabrics as Air Filters: A Study of Critical Fiber Variables, Miller B., Lamb G.E.R.
and Costanza P., Textile Res. Inst., Princetown, N.J., T.A.P.P.I., 57, No.11, 102-104, November
1974.
6
Bibliographic References
PN 8321681 Rev B
Trace Elements in Fly Ash - Dependence of Concentration on Particle Size, Davison R.L.,
Natusch D.F.S., Wallace J.R. and Evans C.A. Jr., School Chem. Scis., and Materials Res. Lab.,
Univ. of Illinois, Urbana, Environmental Science and Technology, 8, No.13, 1107-1113,
December 1974.
Tentative Method of Test for Concentration and Particle Size Distribution of Airborne
Particulates Collected in Liquid Media using an Electronic Counter, , , A.S.T.M. Standard,
Designation D 3365-74T, 1974, 8pp.
Ion Pair Partition Chromatography of Organic Ammonium Compounds, Eksborg S. and
Schill G., Dept. Analyt. Pharm. Chem., Univ. of Uppsala, Sweden, Analyt.Chem., 45, No.12,
2092-2100, October 1973.
Comparative Investigations of the Scattered Light Counting Method for the Registration of
Cavitation Nuclei and the Coulter Counter, Keller A., Yilmaz E. and Hammitt F.G., Dept. Mech.
Eng., Univ. of Michigan, Report No.UMICH 01357-36-T, January 1974, 58pp.
Comparative Measurements by Scattered Light and Coulter Counter Method for Cavitation
Nuclei Spectra, Keller A.P., Hammitt F.G. and Yilmaz E., Dept. Mech. Eng., Univ. of Michigan,
Report UMICH 0135-7-23-I, January 1974, 13pp.Presented at ASME Polyphase Flow Forum,
May 1974.
Influences of Fiber Geometry on the Performance of Nonwoven Air Filters, Lamb G.E.R.,
Costanza P. and Miller B., Textile Res. Inst., Princeton, N.J., Textile Research J., 452-463, June
1975.
Dairymen in England and Wales receive Somatic Cell Counts Monthly, Booth J.M., Milk
Marketing Board, Worcester, Hoard's Dairyman, 1235-1236, November 10th 1975.
Aerosol Scrubbing by Foam, Kaldor T.G. and Phillips C.R., Dept. Chem. Eng., Univ. of Toronto,
Ind.Eng.Chem., Process Des.Dev., 15, No.1, 199-206, January 1976.
Some Applications of Coulter Counters in the Dairy Industry, Faudot D., Coultronics S.A.,
France, Presented at the Coulter Milk Conf., Brussels, July 1973, 18pp.
Filtration of Air by Fibrous Filters, Stenhouse J.I.T., Dept. Chem. Eng., Univ. of Technol.,
Loughborough, Leics., Filtration & Separation, 268-274, May/June 1975.
Particle Sizing of Dust Found in Cottonseed Oil Mills, Matlock S.W., Wiederhold L.R. Jr. and
Parnell C.B. Jr., Texas A & M Univ., College Station, and Soil Conservation Serv., USDA Pampa,
Texas, Presented at Amer.Soc.of Agric.Eng.Mtg., Chicago., December 15th-18th
1975.Trans.A.S.A.E., 19, No.5, 970-976, September-October 1976.
Social Rank and Physiological Traits of Dairy Cows as Influenced by Changing Group
Membership, Arave C.W. and Albright J.L., Dept. Animal Scis., Purdue Univ., West Lafayette, IN,
J.Dairy Sci., 59, No.5, 974-981, 1976.
The Influence of Dietary Protein Intake on Milk Production and Blood Composition of HighYielding Dairy Cows, Treacher R.J., Little W., Collis K.A. and Stark A.J., Agric. Res. Council,
Inst. for Res. on Animal Diseases, Compton, Newbury, J.Dairy Res., 43, 357-369, 1976.
Performance Characteristics of the 10 mm Respirable Mass Sampler: Part II - Coal Dust
Studies, Caplan K.J., Doemeny L.J. and Sorenson S.D., Univ. of Minnesota, Minneapolis;
NIOSH, Cincinnati; and 3M Company, St. Paul, MN, Am.Ind.Hyg.Assoc.J., 38, No.4, 162-173,
April 1977.
Mud Design to Minimize Rock Impairment Due to Particle Invasion, Abrams A., SPE-AIME,
Shell Development Co., J.Petroleum Technol., 586-592, May 1977.
Particle Size Effects in the Determination of Respirable -Quartz by X-ray Diffraction,
Edmonds J.W., Henslee W.W. and Guerra R.E., Dow Chemical Co., Midland, Michigan and Dow
Chemical Co., Freeport, Texas, Analyt.Chem., 49, No.14, 2196-2203, December 1977.
Bibliographic References
7
PN 8321681 Rev B
The Relationship Between Herd Bulk Milk Composition and Cell Count in Commercial
Dairy Herds, Asby C.B., Gard R.P. and Watkins J.H., Llysfasi Coll. of Agric., Clwyd, and
Beecham Pharm. Res. Div., Tadworth, Surrey, J.Dairy Res., 44, 585-587, 1977.
The Effect of Intergroup Movement of Dairy Cows on Bulk Milk Somatic Cell Numbers, Kay
S.J., Collis K.A., Anderson J.C. and Grant A.J., ARC Inst. for Res. on Animal Diseases, Compton,
Newbury, and MAFF, ADAS, Bridget's Experim. Husbandry Farm, Winchester, Hants., J.Dairy
Res., 44, 589-593, 1977.
Characterization of the Volume Size Distribution of Respirable Coal-Mine Dust Samples by
Coulter Counter, Ogden T.L. and Rickmann A.M., Inst. of Occupational Med., Edinburgh,
Ann.Occup.Hyg., 20, 257-270, 1977.
Étude Morphologique et Physique de Dix Échantillons de Phosphate Bicalcique
Alimentaire, Rassel A., de Mets M., de Wispelaere W., Marcoen J.-M., Valange B. and van
Reusel A., Station de Chimie et de Physique Agricoles, C.R.A. Gembloux,
Bull.Rech.Agron.Gembloux, 12, No.1-2, 71-96, 1977.
Method Selection and Difficulties Associated with Field Sampling of Airborne Particulates,
Corn M. and Esmen N.A., Grad. Sch. Public Health, Univ. Pittsburgh, Presented at 29th
Pittsburgh Conf., Cleveland, 1978.American Laboratory, 13-26, July 1978; and also International
Laboratory, 9-22, September/October 1978.
Climatic Ice Core Records from the Tropical Quelccaya Ice Cap, Thompson L.G., Hastenrath
S. and Arnao B.M., Inst. Polar Studies, Ohio State Univ., Columbus; Dept. Meteorol., Univ. of
Wisconsin, Madison; and Inst. de Geol. y Mineria, Lima, Peru, Science, 203, 1240-1243, March
23rd 1979.
Entrapped Air as a Cause of Erroneous Milk Cell Counts (Coulter Counter), Dijkman A.J.,
Breunissen H., van der Laar J.M.J., Perriens J., Verberne H. and Jaartsveld F.H.J., Milk Hygiene
Res. Centre (MOC), Wageningen, Netherlands, and Animal Health Service, Boxtel, Netherlands,
Neth.Milk Dairy J., 33, 155-157, 1979.
Fine Milling - by the Impact of Opposed Material Streams - The Majac Air Impact Mill, de
Silva S.R., Donaldson Europe N.V., Leuven, Belgium, Presented at Powder Europa, Wiesbaden,
January 22nd-24th 1980, 43pp.
The Flammability of Coal Dust-Air Mixtures Lean Limits, Flame Temperatures, Ignition
Energies, and Particle Size Effects, Hertzberg M., Cashdollar K.L. and Opferman J.J., U.S.
Bureau of Mines, Pittsburgh, PA, U.S.N.T.I.S.Report PB 299521, 1979, 70pp.
Tentative Test Method for Concentration and Particle Size Distribution of Particulate
Collected in the Alundum Thimble Using a Liquid Media Electronic Counter, , , American
National Standard ANSI/ASTM D 3563-76T, 1976, 9pp.
Application of Expanded PTFE Membrane Filter to In-Stack Particle Size Measurement,
Hao J. and Ruby M.G., Univ. of Cincinnati, Cincinnati, Ohio, Presented at the 77th.Annl.Mtg.of
the Air Pollution Control Assoc., San Francisco, Calif., June 24th-29th 1984, 13pp.
Performance of Cyclones in the Off-Gas Path of a Pressurised Fluidised Bed Combustor,
Wheeldon J.M. and Burnard G.K., Grimethorpe PFBC Establishment, South Yorks., Filtration and
Separation, 178-187, May/June 1987.
Experimental Study of Dust Distribution Around Motor Vehicles in Motion, Jaroszczyk T.,
Corp. Res. Dept., Nelson Industries, Inc., Stoughton, Wisconsin, In, Particulate and Multiphase
Processes, Vol.2: Contamination Analysis and Control, eds.Ariman T.and Veziroglu T.N.,
Hemisphere, Washington, DC, 1987, p.417-426.
Inertial, Sedimentation, Image Analysis and Electrozone Measurements of Particle Size,
Clift R., Dept. Chem. and Process Engrg., Univ. of Surrey, Guildford, In, Particle Size Analysis
1988, ed.Lloyd P.J., John Wiley & Sons Ltd., Chichester, 1988, p.3-17.
8
Bibliographic References
PN 8321681 Rev B
Longitudinal Particle Size Distributions in an Electrostatic Precipitator, Houlgreave J.A.,
Howe A.F. and Walters J.K., Dept. Electrical and Electronic Engrg., and Dept. Chem. Engrg.,
Univ. of Nottingham, Filtration and Separation, 277-279, July/August 1988.
Physical Characteristics of Ultrastable Lipid-Coated Microbubbles, D'Arrigo J.S. and Imae
T., CAV-CON, Inc., Farmington, Connecticut; and Dept. Chem., Nagoya Univ., Nagoya, Japan,
J.Coll.Interf.Sci., 149, No.2, 592-595, March 15th 1992.
Perikinetic and Orthokinetic Aggregation/Fragmentation of Hairy Colloids, Le Berre F.,
Chauveteau G. and Pefferkorn E., Inst. Charles Sadron, Strasbourg, France, J.Coll.Interf.Sci.,
189, 312-321, 1997.
Les Contaminants Particulaires et les Médicaments, Azria M., Dept. Exper. Biol., Labs. Res.
Centre, Sandoz, France, R.Sci.Techn.Pharm., 2, No.6, 271-282, July-August 1973.
A Propos de Quelques Facteurs dont Dépend la Contamination Particulaire d'un Soluté
pour Perfusion, Bovis A., Reynier J.-P. and Paret A.-P., Fac. de Pharm., Marseille, LaboPharma - Problèmes et Techniques, No.265, 395-398, May 1977.
Etude de la Contribution des Bouchons en Caoutchouc à la Pollution Particulaire des
Solutions Parentérales de Grand Volume, Tchao T., Merceille J.-P. and Rumpler G., Stelmi
S.A., La Courneuve, R.Sci.Techn.Pharm., 6, No.5, 207-212 & 225-230, May-June 1977.
Etude Comparative de la Contamination Particulaire des Ampoules Auto-Cassables et des
Ampoules-Seringues, Bellavoir A. and Depraetere P., U.E.R. des Sciences Pharmaceutiques,
Caen, Labo-Pharma, No.283, 35-42, January 1979.
Precision and Accuracy of Analysis of Air-Filled Albumin Microspheres Using Coulter
Multisizer Mark II, Sontum P.C. and Christiansen C., Res. and Devt. Sect., Nycomed Imaging
AS, Oslo, Norway, J.Pharmac.& Biomed.Analysis, 12, No.10, 1233-1241, 1994.
Beer
Materials and Methods of Wort Production that Influence Beer Filtration, Leedham P.A.,
Savage D.J., Crab D. and Morgan G.T., Whitbread and Co. Ltd., Luton, Proceedings European
Brewery Confederation Conf., Nice, 1975, p.201-216.
Particle Size Analysis of Beer Solids using a Coulter Counter, Morris T.M., Brewing Res.
Foundn., Nuffield, Surrey, J.Inst.Brew., 90, 162-166, May-June 1984.
Agitation in Mashing, Bühler T.M., Matzner G. and McKechnie M.T., BRF Intnl., Nutfield,
Redhill, Surrey, European Brewery Convention, Proc.25th Congress, Brussels, 1995, p.293-300.
Liquid and Solid Separation - in Beer, Freeman G., Brewing Research Foundation
International, Brewers' Guardian, 27-31, December 1996.
Cells
The Electronic Particle Counter and its Potential as a Brewery Control Instrument, Kinsman
S., Coulter Electronics, Inc., Chicago, Ill., Brewers Digest, 54-56, July 1964.
Rapid Yeast Estimations, Macrae R.M., Brewing Industry Res. Found., Nutfield, Surrey,
Proc.European Brewery Convention, Brussels, 1963, Elsevier Publishing Co., Amsterdam,
Netherlands, 1964, p.510-512.
The Use of Electronic Counters for Determining the Number of Cells in Milk, Cullen G.A.,
Central Vet. Lab., Weybridge, Surrey, Veterinary Record, 77, No.29, 858, July 17th 1965.
Isolation and Electronic Counting of Leucocytes in Cows' Milk, Phipps L.W. and Newbould
F.H.S., Physics Dept., Natl. Inst. for Res. in Dairying, Shinfield, Berks., and Dept. Vet. Bacteriol.,
Univ. of Guelph, Guelph, Ontario, Veterinary Record, 77, No.46, 1377-8, November 13th 1965.
Bibliographic References
9
PN 8321681 Rev B
Eln Verfahren zur Elektronischen Zählung von Milchzellen, Tolle A., Zeidler H. and Heeschen
W., Inst. für Milchhygiene, Kiel, Milchwissenschaft, 21, No.2, 93-98, 1966.
Determination of Leucocyte Concentrations in Cow's Milk with a Coulter Counter, Phipps
L.W. and Newbould F.H.S., Natl. Inst. for Research in Dairying, Shinfield, Reading; and Ontario
Vet. Coll., Univ. of Guelph, Guelph, Ontario, J.Dairy Res., 33, 51-64, 1966.
Cells in Milk, Cullen G.A., Central Vet. Lab., Weybridge, Vet.Bull., 36, No.6, 337-346, June 1966.
Electronic Counting of Somatic Cells in Milk, Read R.B. Jr., Reyes A.L., Bradshaw J.G. and
Peeler J.T., Milk and Food Res., Robert A. Taft Sanitary Engrg. Center, Cincinnati, Ohio, J.Dairy
Sci., 50, 669, 1967.
Zur Beurteilung der Hygienischen Qualität der Anlieferungsmilch mit Hilfe neuer
Methoden, Tolle A., Zeidler H. and Heeschen W., Inst. für Milch hygiene, Kiel, Milchwissenschaft,
21, No.12, 757-763, 1966.
Determination of Numbers and Sizes of Algal Cells with an Electronic Particle Counter,
Maloney T.E., Donovan E.J. and Robinson E.L., Robt. A. Taft Sanitary Engrg. Center, Cincinnati,
Ohio, Presented at a Mtg.of the American Institute of Biological Sciences.Published in
Phycologia, 2, 1-8, 1962.
Growth and Multiplication of Rhodotorula Glutinis as Determined by Viable and Total Cell
Counts, Zellner S.R., Gustin D.F., Buck J.D. and Meyers S.P., Marine Lab., Inst. Marine Sci.,
Univ. Miami, Fl., Antonie van Leeuwenhoek, 29, 203-210, 1963.
Utilisation d'un Compteur Électronique de Particules pour l'étude de la Croissance de
Microorganismes: Croissance et Sporulation du Saccharomycodes Ludwigii Hansen,
Deysson G. and Lau N.T., Fac. de Pharmacie, Paris, Annales Pharmaceutiques Franç., 21, No.4,
275-285, 1963.
Division Synchrony in Yeasts, Williamson D.H., Cell Biol. Dept., John Innes Inst., Hertford,
Herts., Chapter 12, in Synchrony in Cell Division and Growth, E.Zeuthen, (ed.), Wiley & Sons,
Inc., 1964, p.351-379.
Voorlopige Mededeling over de Toepassing van de 'Coulter Counter' voor de Bepaling van
het Celgetal van Melk, Dijkman A.J., Schipper C.J. and Walstra P., Werkgroep Hygienische
Melkwinning T.N.O., and Lab. voor Zuivelbereiding en Melkkunde, Wageningen Holland,
Ned.Melk- en Zuiveltijdschrift, 20, 193-203, 1966.
Possibilities of Electronic Particle Counting Within the Sphere of Milk Research, Tolle A.,
Zeidler H. and Heeschen W., Inst. for Milk Hygiene, Federal Centre for Milk Res., Kiel, Presented
at the 5th British Coulter Counter Users Mtg., London, March 16th-17th 1967, 5pp.
A Method of Counting Cells in Milk Using Electronic Cell Counters, Cullen G.A., Ministry of
Agric., Fisheries and Food, Central Vet. Lab., Weybridge, Surrey, Presented at the 5th British
Coulter Counter Users Mtg., London, March 16th-17th 1967, 11pp.
Der Zellgehalt als Maßtab zur Einschätzung, Ursprünglicher Faktoren im
Mastitisgeschehen, Zeidler H., , Synopsis of lecture given by Work Study Group 'Veterinary
Medicine' of the German Society for Milk Science, October 3rd-4th 1967 in Weihenstephan,
Germany. Milchwissenschaft, 23, No.2, 103-104, 1968.
Electronic Counting of Cells in Milk: Examination of a Chemical Treatment for Dispersal of
Milk Fat, Phipps L.W., Natl. Inst. for Res. In Dairying, Shinfield, Reading, J.Dairy Res., 35, 295301, January 1968.
Die Electronische Mikrokoloniezählung -ein Verfahren zur Beurteilung der Bakteriologischhygienischen Qualität der Rohmilch, Tolle A., Zeidler H. and Heeschen W., Inst. für
Milchhygiene der Bundesanstalt für Milchforschung in Kiel, Presented at a meeting of the
Deutschen Veterinärmedizinischen Gesellschaft held In Göttingen, September 1967.Published in
Milchwissenschaft, 23, No.2, 65-70, February 1968.
10
Bibliographic References
PN 8321681 Rev B
Het Elektronisch Tellen van Cellen in Melk, Dijkman A.J., Melkhygiënisch Onderzoek Centrum
(MOC) te Wageningen, Veeteelt- en zuivelberichten, 11, No.3, 85-90, March 1968.
Zur Frage der Qualitätseinstufung der Anlieferungsmilch Mittels der Electronischen
Zellzählung, Klein H. and Thomas H.J., Natl. Vet. Testing Station, Detmold, and District Vet.
Station of Detmold District, Milchwissenschaft, 23, No.3, 153-156, 1968.
Die Anwendung der Elektronischen Bestimmung des Milchzellgehaltes im
Eutergesundheitsdienst und bei der Qualitätsüberwachung der Milch, Kleinschroth E.,
Richter O. and Schumann H., Rindegesundheitsdienst in Bayern e.V., Zeitschrift
Milchwissenschaft, 23, No.3, 147-153, 1968.
Preliminary Report on the Counting of Milk Cells in Refrigerated Tanks, Platonov I., Ministry
of Agriculture and Colonisation of the Province of Quebec, Montreal, Economie et Medicine
Animales, 9, No.1, 32-38, January-February 1968.Translated into English by Ruckwood
A.(Coulter Electronics Ltd.), 7pp.
Etude Biométrique des Levures en Brasserie: Biométrie et Microbiologie de quelques
Levures d'Infection, Claveau J., Scriban R., Strobbel B. and Carpentier Y., Ecole Nationale
Supérieure des Industries Agricoles et Alimentaires, Douai, France, Brasserie, No.253, 73-89,
February 1968 and No.254, 141-153, March 1968.Published in English as 'A Biometric Study of
Brewers' Yeasts', in Int.Brewers J., 1968, May p.67-73, July p.30-35, August p.33-37, and
September p.47-53.
Utilisation D'un Compteur de Particues pour la Numération et l'Etude de la Taille des
Levures de Vin. (Use of a Particle Counter for the Numeration and Study of the Size of
Wine Yeasts)., Lafon-Lafourcade S., Fac.des Scis.de Bordeaux, France., Ann.Technol.Agric.,
17, No.3, 241-251, 1968.Translated into English by Ruckwood A.(Coulter Electronics Ltd.), 10pp.
Small Angle Scattering by Yeast Cells - A Comparison with Mie Predictions, Latimer P. and
Tully B., Dept. Phys., Auburn Univ., Alabama, J.Coll.Interf.Sci., 27, No.3, 475-478, July 1968.
Verbesserte Präparationstechnik zur elektronischen Bestimmung des Zellgehaltes in
Milch, Zeidler H., Tolle A. and Heeschen W., Inst. für Milchhygiene der Bundesanstalt für
Milchforschung, Kiel, Milchwissenshaft, 23, No.9, 564-568, September 1968.
Untersuchungen über somatische Zellen, saprophytöre Keime and antibiotisch wirksame
Hemmstoffe in der Rohmilch aus 12 Einzugsgebieten der BRD, Tolle A., Zeidler H.,
Heeschen W., Kraack J. and Reichmuth J., Inst. für Milchhygiene der Bundesanstalt für
Milchforschung, Kiel, Kieler Milchwirtschaftliche Forschungsberichte, 20, No.4, 343-394, October
1968.
Serine Transhydroxymethylase in Methionine Biosynthesis in Saccharomyces cerevisiae,
Botsford J.L. and Parks L.W., Dept. Microbiol., Oregon State Univ., Corvallis, Oregon,
J.Bacteriol., 97, No.3, 1176-1183, March 1969.
Macromolecular Synthesis of Saccharomyces cerevisiae in Different Growth Media, Wehr
C.T. and Parks L.W., Dept. Microbiol., Oregon State Univ., Corvallis, Oregon, J.Bacteriol., 98,
No.2, 458-466, May 1969.
Minister Dr. Eisenmann baim Rindergesundheitsdienst in Kempten., , , DMZ-Sonderdruck,
90, No.43, 2174, 1969. (Editorial)
The Estimation of the Number of Cells in Farm Milk, Dijkman A.J., Schipper C.J., Booy C.J.
and Posthumus G., Melkhygiënisch Onderzoek Centrum, Wageningen, and GelderseOverijsselse Zuivelbond, Zuften, Netherlands, Neth.Milk Dairy J., 23, 168-181, 1969.
Zum Problem der Erfassung von Mastitisbeständen durch quantitativzytologische
Untersuchung der Anlieferungsmilch, Kleinschroth E., Reichmuth J. and Zeidler H., Federal
German Inst. for Milk Hygiene, Kiel, Milchwissenschaft, 24, No.11, 660-662, November 1969.
Bibliographic References
11
PN 8321681 Rev B
Die Aussagekraft der elektronischen Zellzählung der Annahmemilch im Hinblick auf die
Mastitissituation eines Bestandes, Klein H. and Behnke H., Staatlichen VeterinärUntersuchungsamt und Veterinäramt des Landkreises, Detmold, Germany, Milchwissenschaft,
24, No.11, 663-667, November 1969.
Erfahrungen mit dem Eutergesundheitsdienst in Bayern, Kleinschroth E., Kempten,
Germany, Der Tierzüchter, Zeitschr.für Veredlungswirtsch., No.23, December 5th 1969, 4pp.
Die Konservierung von Milchproben zur bakteriologischen, zytologischen und
hemmstoffbiologischen Untersuchung, Heeschen W., Reichmuth J., Tolle A. and Zeidler H.,
Federal German Inst. for Milk Hygiene, Kiel, Milchwissenschaft, 24, No.12, 729-734, December
1969.
Oxidative Enzymes in Milk and their Value as Indicators of Sub-clinical Mastitis in the Cow,
Patterson D.S.P., Berrett S. and Cullen G.A., Central Vet. Lab., Weybridge, Surrey, Vet.Record,
85, No.25, 708-713, December 20th 1969.
Electronic Counting of Somatic Cells in Milk - A Recommended Procedure for Milk Sample
Preparation and Cell Counting with a Coulter Counter, , , Internal Publication, Milk Marketing
Board of England & Wales, National Inst. for Research in Dairying and Government of Northern
Ireland Ministry of Agriculture, 5 pp., May 1970.
Groversuch zur Erforschung entscheidender Kriterien der Rinderleukose HannoverBraunschweig 1962-1969, Lehmann F., Hannover, Deutsche Molkerei-Zeitung (KemptenAllgäu), 91, No.40, 1809-1813, October 1st 1970.
Use of the Coulter Counter, , Co-operative Agricultural Dairy of Ancenis France, Report,
October 1970. Translated by Ruckwood A. (Coulter Electronics Ltd.), 7pp.
Proceedings of Meeting on Mastitis and Automatic Equipment For Counting Cells in Milk, ,
Natl. Inst. for Agric. Res., Experim. Milk Station, 39 Poligny, France., October 1970. Translated by
Ruckwood A. (Coulter Electronics Ltd.), 5pp.
Sitzung des Wissenschaftlichen Beirates des Verbandes großstädtischer
Milchversorgungsbetriebe e.V. in Rothenburg o.d.T., , , Deutsche Molkerei-Zeitung (KemptenAllgäu), 91, No.45, 2077-2079, November 5th 1970. (Editorial)
Electronic Cell Counting Procedure, Bradshaw J.G. and Read R B. Jr., , In, 'Screening and
Confirmatory Tests for the Detection of Abnormal Milk' Published by Dept.of Health, Education,
and Welfare, F.D.A., Cincinnati, Ohio, 1970, p.41-44. 1970 Revision
Essais de l'appareil 'Compteur Coulter' Utilisé pour la Détermination du Nombre de
Cellules Totales des Laits de Troupeaux, Grappin R. and Jeunet R., I.N.R.A., Station
Expérimentale Laitière, Poligny, Le Lait, Revue Générale des Questions Laitières, LI, No.505-6,
273-293, May-June 1971.
A Method of Counting Cells In Milk using an Electronic Cell Counter, Cullen G.A., Ministry of
Agric., Central Vet. Lab., Weybridge, Veterinary Record, 80, No.5, 188-195, February 4th 1967.
Use of the Coulter Counter to Count Cells of Streptococcus Faecalis, Andrew M.H.E. and
Westwood N., City of Leicester Polytechnic, School of Pharm., Microbiol. Unit, Presented at the
Eighth Coulter Conf., Cardiff, March 25th-26th 1970, 13pp.(See also Ph.249).
Interêt des Ultrasons pour la Separation des Levures après Culture en Milieu Liquide
Application à Differentes Methodes de Comptage, Pompidou A., Prudhomme J. and Le Go R.,
Commissariat à l'Energie Atomique, France, C.E.A.Note N-1304, May 1970, 9pp.
Qualité Bactériologique du Lait et Numération Electronique des Cellules, Van Belleghem
M., Natl. Milk Lab., Gent, Belgium, Revue de l'Agriculture, No.10, 1453-1468, October 1970.
A Study of Methods for Estimating the Cell Content of Bulk Milk, Pearson J.K.L., Wright C.L.
and Greer D.O., Ministry of Agric., Vet. Res. Labs., Stormont, Belfast, J.Dairy Res., 37, 467-480,
1970.
12
Bibliographic References
PN 8321681 Rev B
Über Einflüsse auf die Groenverteilung von Partikeln in Milch nach Labzusatz, Guthy K. and
Kiermeier F., Milchwiss. Inst., Techn. Univ. Munich, Z.Lebensmittel u.- Forsch., 145, 273-278,
1971.
Electronic Counting of Somatic Cells in Milk: A Recommended Procedure for Milk Sample
Preparation and Cell Counting with a Coulter Counter, , , Intl. Dairy Fed., Annual Bull., Part 2,
'A Monograph on Bovine Mastitis, Part 1', ed. Tolle H., published in Brussels, 1971, Appendix 1,
p.23-31. (In French, p.67-75)
Taelling af Somatiske Celler i Maelk. (Counting of Somatic Cells in Milk), Pedersen H., ,
Statens Forøgsmejeri-Hillerød, publication no.194, May 1972, 32pp.
Aptitude de quelques Appareils à Déterminer, par voie électronique, la Teneur en Cellules
Somatiques du Lait, Van Belleghem M. and Bouchez D., Natl. Milk Lab., Gent, Belgium, Revue
de l'Agriculture, 8, 1093-1103, August 1972.
Disintegration of Cells and Protein Recovery, Edebo L. and Magnusson K.-E., Dept. Med.
Microbiol., Linköping Univ., Sweden, Presented at 1st Symposium on Advances in Microbial
Engineering, Mariániské Lazne, Czechoslovakia, August 28th-September 1st 1972, 24pp.
Zur Methode de Mikrokoloniezählung in Rohmilch, Gerigk K., Inst. für Veterinärmedizin,
Bundesgesundheitsamt, R. -v.- Ostertag-Inst., Berlin, Deutsche Molkerie, 44, November 2nd
1972, 1pp.
Comparison of Four Methods for Enumerating Somatic Cells in Milk with an Electronic
Counter, Philpot W.N. and Pankey J.W. Jr., North Louisiana Hill Farm Exp. Station, Louisiana
State Univ., Homer, J. Milk Food Technol., 36, No.2, 94-100, February 1973
Quelques Applications des Compteurs Coulter dans le Domaine Laitier, Faudot D.,
Coultronics, France, Coulter Somatic Cell Conf., Brussels, July 23rd-24th 1973, 8pp.
A Monograph on Bovine Mastitis, Part II, Principles of Mastitis Control, , , International Dairy
Federation Annual Bulletin, Document No.76, (Brussels), 1973, 69pp
Cells in Milk, , , North of Scotland Coll. of Agric., Bulletin No.5, 1973, 10pp.
The Coulter Counter and its Applications, Lambin G., , Silicates Industriels, 39, No.2, 55-63,
1974.
Sovellutuksia Hiukkaslaskinten Käytöstä Maidon Ja Maitovalmisteiden
Laaduntarkkailussa, Kylä-Siurola A.-L., , Presented at the Finnish Food Engrg. Conf., Helsinki,
March 1974, 9pp.
Reproducibility of the Electronic Cell-Count Procedure for Counting Somatic Cells in Milk,
Pearson J.K.L., Greer D.O. and Stewart D.A., Vet. Res. Labs., and Ministry of Agric., Stormont,
Northern Ireland, J.Dairy Research, 41, No.2, 193-201, June 1974.
The Cell Count in Milk Using an Electronic Cell Counter, Luhtala A., Siirtola T. and Antila M., ,
Finsk Vetinärtidskrift, 75, 142-147, 1969. (In Finnish)
Cell Counting as a Management Aid, Smith G.M., Scottish Milk Marketing Board, Presented at
a West of Scotland Coll.of Agric.Conf., Ayr, March 28th 1972, 7pp.
Electronics can Increase Dairy Efficiency, Mitchell B., , Electron, 19, May 23rd 1974.
Automated Somatic Cell Counting of Milk, Wernery H., Inst. für Hygiene, Bundesanstalt für
Milchforschung Kiel, Fed. Republic of Germany, Presented at I.A.M.S.IXth Intnl.Symp., Kiel,
September 16th-20th 1974, 2pp.
Speeds Microscope Counting - From Hours to Minutes, Sakamoto G.S. and De Laye G.,
Almaden Vineyards, Food Processing, 35, No.9, 24, September 1974.
Bibliographic References
13
PN 8321681 Rev B
Electronic Counting of Somatic Cells in Farm Bulk Tank Milk, Newbould F.H.S., Dept. Vet.
Microbiol. and Immunol., Univ. of Guelph, Ontario, Canada, J.Milk and Food Technology, 37,
No.10, 504-509, October 1974.
Un Noveau Compteur Electronique de Particules. Application à la Fermentation en
Brasserie, Scriban R., Ecole Nationale Superieure des Industries Agricoles et Alimentaires,
Douai, Bios, No.4, 209-211, 1974, 7pp.
A National Mastitis Awareness Scheme and the Role of Cell Counts, Booth J.M., Vet. Res.
Unit, Milk Marketing Board, Lower Wick, Worcester, Presented to the National Mastitis Council,
U.S.A., February 1975, 7pp.
The Value of Somatic Cell Counting in Monitoring Udder Health, Booth J.M., Vet. Res. Unit,
Milk Marketing Board, Lower Wick, Worcester, Presented to the National Mastitis Council, U.S.A.,
February 1975, 6pp.
Factors Affecting the Relationship between Electronic and Microscopic Cell Counts in
Bovine Milk, Belino E.D., Mitchell W.R. and Newbould F.H.S., Ontario Vet. Coll., Univ. of
Guelph, Ontario, Canada, J.Dairy Sci., 53, No.6, 719-726, 1970.
Do you use a Screening Test?, , , Hoard's Dairyman, October 10th 1971, 1pp
Number and Types of Somatic Cells in Normal and Mastitic Milk, , , Chapter 6 in, Bovine
Mastitis, Schalm O.W. et al., Lea and Febiger, Philadelphia, 94-127, 1971.
Effects of Time and Temperature as Determined by Viscometric Methods, Leonard R.D. and
Gurtle G., Monterey, Santa Clara; and Tulare County, Calif.Agric., 8-10, July 1975.
Dairymen in England and Wales receive Somatic Cell Counts Monthly, Booth J.M., Milk
Marketing Board, Worcester, Hoard's Dairyman, 1235-1236, November 10th 1975.
Conditions d'Utilisation des Méthodes Automatiques de Dénombrement des Cellules du
Lait: Etalonnage et Conservation des Echantillons de Lait, Grappin R. et Jeunet R., I.N.R.A.,
Station Expérimentale Laitière de Poligny, Le Lait, Revue Générale des Questions Laitières, LV,
No.549-550, 650-668, November/December 1975.
Determination of Somatic Cells In Milk (Technical Aspects of Counting), Heeschen W., Inst.
für Hygiene der Bundesanstalt für Milchforschung, Kiel, Germany, Proc.Seminar on Mastitis
Control, Reading Univ., April 7th-11th 1975, Intnl.Dairy Fed.Bulletin, Document 85, 1975, p.79-92.
Interpretation of Herd Bulk Milk Cell Counts, Westgarth D.R., Natl. Inst. for Res. in Dairying,
Shinfield, Reading, Proc.Seminar on Mastitis Control, Reading Univ., April 7th-11th 1975,
Intnl.Dairy Fed.Bulletin, Document 85, 1975, p.110-115.
Somatic Cell Counting in the Netherlands, Grootenhuis G., Centraal Diergeneeskundig Inst.,
Rotterdam, Netherlands, Proc.Seminar on Mastitis Control, Reading Univ., April 7th-11th 1975,
Intnl.Dairy Fed.Bulletin, Document 85, 1975, p.116-124.
Discussion Opening, Booth J.M., Vet. Res. Unit, Milk Marketing Board, Worcester,
Proc.Seminar on Mastitis Control, Reading Univ., April 7th-11th 1975, Intnl.Dairy Fed.Bulletin,
Document 85, 1975, p.125-129.
A Technique for Differential Somatic Cell Counts In Milk, Newbould F.H.S., Univ. of Guelph,
Ontario, Proc.Seminar on Mastitis Control., Reading Univ., April 7th-11th 1975, Intnl.Dairy
Fed.Bulletin, Document 85, 1975, p.135-141.
Somatic Cell Counting in Australia, Hoare R.J.T., Andrews R.J., Ballek J.C., Corbould A.,
Hehir A.F. and Richards R.J., Vet. Res. Station, Glenfield; Dept. of Primary Industries, Brisbane;
Dept. Agric., Melbourne; Dept. Agric., Launceston, South Tasmania; Dept. Agric., Adelaide; and
Dept. Agric. Sydney, Proc.Seminar on Mastitis Control, Reading Univ., April 7th-11th 1975,
Intnl.Dairy Fed.Bulletin, Document 85, 1975, p.142-144.
14
Bibliographic References
PN 8321681 Rev B
Evaluation of the Coulter Counter - Chemical Method, DMSCC and WMT Tests for Mastitis,
Thompson D.R., Packard V.S. and Ginn R.E., Univ. of Minnesota, St. Paul; and Dairy Quality
Control Inst., St. Paul, Minnesota, Presented at the Natl.Mastitis Council Annl.Mtg., Louisville,
Kentucky, February 16th-18th 1976, 12pp.
Effect of Storage on the Electronic Cell Count of Milk, Sweetsur A.W.M. and Phillips J.D.,
Hannah Res. Inst., Ayr, J.Dairy Res., 43, 53-62, 1976.
Further Studies on Acid Phosphatase of Leucocyte Origin in Normal and Mastitic Bovine
Milks, Andrews A.T., Natl. Inst. for Res. in Dairying, Reading, J.Dairy Res., 43, 127-131, 1976.
Some Applications of Coulter Counters in the Dairy Industry, Faudot D., Coultronics S.A.,
France, Presented at the Coulter Milk Conf., Brussels, July 1973, 18pp.
Experience in Adaptation and Comparative Evaluation of the Coulter Counter and Direct
Microscopic Somatic Cell Count (DMSCC) Method for Determining Somatic Cell Counts in
Milk, Macaulay D.M., Ginn R.E. and Packard V.S., Dairy Lab. Agric. Service Complex, Univ. of
Manitoba Campus, Winnipeg, Canada; Dairy Q.C. Inst., Inc., St. Paul, MN; and Univ. of
Minnesota, St. Paul, MN, J.Milk Food Technol., 39, No.4, 250-252, April 1976.
Coulter Seminars in Peking, Lines R.W., Coulter Electronics Ltd., Luton, A review, April 1976,
94pp.
Mastitis... the Continuing Problem, Downey B.R., Dept. of Animal Sci., M.J., 3-6, October
1976.
Electronic Somatic Cell Count - Chemical Method, DMSCC, and WMT Tests for Raw Milk,
Thompson D.R., Packard V.S. and Ginn R.E., Depts. Agr. Engrg. and Food Sci. and Nutrition,
Univ. Minnesota, St. Paul; and Dairy Q.C. Inst. Inc., St. Paul, Minnesota, J.Milk Food Technol.,
39, No.12, 854-858, December 1976.
Social Rank and Physiological Traits of Dairy Cows as Influenced by Changing Group
Membership, Arave C.W. and Albright J.L., Dept. Animal Scis., Purdue Univ., West Lafayette, IN,
J.Dairy Sci., 59, No.5, 974-981, 1976.
Variations in the Susceptibility of Lactating and Non-Lactating Bovine Udders to Infection
when Infused with Escherichia coli, Bramley A.J., Natl. Inst. for Res. in Dairying, Shinfield,
Reading, J.Dairy Res., 43, 205-211, 1976.
Enzymic Methods for Estimation of the Somatic Cell Count in Bovine Milk, Kitchen B.J.,
Otto Madsen Dairy Res. Lab., Brisbane, Australia, J.Dairy Res., 43, 251-258, 1976.
Reproducibility of Electronic Cell Counts in Milk; a Study of 5 Further Factors, Greer D.O.
and Pearson J.K.L., Dept. of Agric., Vet. Res. Labs., Stormont, Belfast, J.Dairy Res., 43, 371-379,
1976.
Processors Face Abnormal Milk Control Program, Packard V.S., Agricultural Extension Serv.,
Univ. of St.Paul, Minnesota, Dairy & Ice Cream Field, 159, No.12, 50,
Fractionation of Saccharomyces cerevisiae Cell Populations by Centrifugal Elutriation,
Gordon C.N. and Elliott S.G., Dept. Mol. Biol. and Biochem., Univ. of California, Irvine,
J.Bacteriol., 129, No.1, 97-100, January 1977.
Excretion of Organic Matter by Marine Phytoplankton; do Healthy Cells do it?, Sharp J.H.,
Inst. of Marine Resources, Univ. of California, San Diego, Limnol.Oceanog., 22, No.3, 381-399,
May 1977.
Collaborative Study of the Coulter Counter-Chemical Method for Counting Somatic Cells in
Raw Milk, Ginn R.E., Thompson D.R. and Packard V.S., Dairy Quality Control Inst., Inc., St.
Paul, Minnesota; and Depts. Agric. Engrg. and Food Sci. and Nutrition, Univ. of Minnesota, St.
Paul, Minnesota, J.Food Protection, 40, No.7, 456-458, July 1977.
Bibliographic References
15
PN 8321681 Rev B
Milk Marketing Board, Worcester Veterinary Laboratory, , , Brochure, M.M.B. Public Relations
Div., Worcester, October 1977, 8pp.
Cell Volume to Aid Analysis and Technique of Somatic Cell Counts in Milk, Sheldrake R.F.,
Hoare R.J.T., Woodhouse V.E. and McGregor G.D., N.S.W. Dept. of Agriculture, Veterinary Res.
Station, Glenfield, Australia, J.Dairy Sci., 60, No.6, 882-888, 1977.
Electronic Help for Detecting Mastitis., , , Holstein-Friesian J., 139, 1977. (Editorial)
Progressive Changes in Individual Milk Protein Concentrations Associated with High
Somatic Cell Counts, Anderson M. and Andrews A.T., Natl. Inst. for Res. in Dairying, Reading,
J.Dairy Res., 44, 223-235, 1977.
The Role of Various Milk Fractions and the Importance of Somatic Cells in the Formation
of Germinant(s) for Bacillus cereus when Milk is Pasteurized, Davies F.L., Natl. Inst. for Res.
in Dairying, Reading, J.Dairy Res., 44, 555-568, 1977.
The Effect of Intergroup Movement of Dairy Cows on Bulk Milk Somatic Cell Numbers, Kay
S.J., Collis K.A., Anderson J.C. and Grant A.J., ARC Inst. for Res. on Animal Diseases, Compton,
Newbury, and MAFF, ADAS, Bridget's Experim. Husbandry Farm, Winchester, Hants., J.Dairy
Res., 44, 589-593, 1977.
Effect of Several Factors on Total and Differential Counting of Somatic Cells in Farm Bulk
Tank Milk, Newbould F.H.S., Dept. Vet. Microbiol. and Immunol., Univ. of Guelph, Ontario,
J.Food Protection, 41, No.2, 96-99, February 1978.
Work of the IDF Bovine Mastitis Group (Group A2), , International Dairy Federation, Brussels,
Mastitis Newsletter, No.2, March 1978, 3pp.
The Cell Count In Milk in Relation to Milk Yield, Meijering A., Jaartsveld F.H.J., Verstegen
M.W.A. and Tielen M.J.M., Agric. Univ., Wageningen, and Animal Health Service of NoordBrabant, Boxtel, Netherlands, J.Dairy Res., 45, 5-14, 1978.
Mise au Point d'un Appareil Industriel de Mesure Automatique des Particules en
Suspension dans un Liquide: Application au Contrôle du Développement des Levures au
Cours de la Fermentation de la Bière, Moll M., Duteurtre B., Weber J.-C. and Delorme J.-J., ,
Industries Alimentaires et Agricoles, 95, 23-28, 1978.
Clarification of Liquids Using Filter Aids. Part III. Cake Resistance in Surface Filtration,
Heertjes P.M. and Zuideveld P.L., Lab. Chem. Eng., Univ. Technol., Delft, Powder Technol., 19,
45-64, 1978.
The History and Work of the Veterinary Laboratory, Worcester, Doggett F., M.M.B.,
Worcester, M.M.B.Magazine, 26, No.1, 20-25, Spring 1979.
A Comparison of the Automated with the Semi-Automatic Coulter Counter Method and the
Direct Microscopic Somatic Cell Count (DMSCC) on Raw Milk Samples, Ginn R.E., Packard
V.S. and Thompson D.R., Dairy Quality Control Inst., Inc., and Univ. of Minnesota, St. Paul, MN.,
Scientific J.Series, Minnesota Agric.Experiment Station, St.Paul, MN, 1979.Published in J.Food
Protection, 42, No.7, 567-568, July 1979.
Evaluation of Automatic Coulter Counter® (Milk Cell Counter), Longland J.M., Milk Marketing
Board, Worcester, Internal report of 23rd April 1975, released for general use August 1979, 3pp.
Entrapped Air as a Cause of Erroneous Milk Cell Counts (Coulter Counter), Dijkman A.J.,
Breunissen H., van der Laar J.M.J., Perriens J., Verberne H. and Jaartsveld F.H.J., Milk Hygiene
Res. Centre (MOC), Wageningen, Netherlands, and Animal Health Service, Boxtel, Netherlands,
Neth.Milk Dairy J., 33, 155-157, 1979.
Observations on the Influence of High Cell Count on Lipolysis in Bovine Milk, Salih A.M.A.
and Anderson M., Natl. Inst. for Res. in Dairying, Shinfield, Reading, J.Dairy Res., 46, 453-462,
1979.
16
Bibliographic References
PN 8321681 Rev B
Analysis of Somatic Cell Volume Distribution as an Aid to the Diagnosis of Mastitis, Hoare
R.T.J., Sheldrake R.F., Nicholls P.L., McGregor G.D. and Woodhouse V.E., N.S.W. Dept. Agric.,
Glenfield and Sydney, Australia, J.Dairy Res., 47, 167-176, 1980.
Métodos Instrumentales para el Recuento de Celulas Somaticas en la Leche. 2. Metodo
Coulter-Counter, , , Revista Industries Lacteas Espanolas, No.20, 66-71, October 1980.
(Editorial).
Influence of Elevated Somatic Cell Count on Casein Distribution and Cheese-making, Ali
E.A., Andrews A.T. and Cheeseman G.C., Natl. Inst. for Res. in Dairying, Shinfield, Reading,
J.Dairy Res., 47, 393-400, 1980.
Laktose- und Zellgehalt von Einzelgemelksproben in Abhängigkeit von Euterinfektionen
und systematischen Einflüssen, Kramer R., Lederer J., Frank W. and Seefeldt G.,
Tiergesundheitsamt der Landwirtschaftskammer Hannover, Rechenzentrum zur Förderung der
Landwirtschaft in Niedersachsen und dem Tierzuchtamt Uelzen der Landwirtschaftskammer
Hannover, Milchwissenschaft, 35, No.3, 136-140, 1980.
Trypsin-Inhibitors in Mastitic Milk and Colostrum: Correlation between Trypsin-Inhibitor
Capacity, Bovine Serum Albumin and Somatic Cell Contents, Honkanen-Buzalski T. and
Sandholm M., Coll. Vet. Med., Helsinki, and State Vet. Med. Inst., Helsinki, Finland, J.Dairy Res.,
48, 213-223, 1981.
The Relationship between the Levels of Free Fatty Acids, Lipoprotein Lipase,
Carboxylesterase, N-Acetyl--D-Glucosaminidase, Somatic Cell Count and other Mastitis
Indices in Bovine Milk, Fitz-Gerald C.H., Deeth H.C. and Kitchen B.J., Otto Madsen Dairy Res.
Lab., Dept. of Primary Industries, Hamilton, Queensland, Australia, J.Dairy Res., 48, 253-265,
1981.
Rapid Estimates of Sizes of Micro-organisms with the Coulter® Nano-Sizer™, Poole R.K.,
Dept. Microbiol., Queen Elizabeth Coll., Univ. of London, Microbios Letters, 19, 109-117, 1982.
Mastitis and Other Diseases of the Goat's Udder, Smith M.C. and Roguinsky M., Dept. Large
Animal Med., N.Y. State Coll. of Vet. Med., Ithaca, N.Y. and Pathol. de la Reproduction INRA,
Nouzilly 37 380 Monnaie, France, J.Amer.Vet.Med.Assoc., 171, 1241-1248, December 15th
1977.
Laboratory Methods for use in Mastitis Work, , , International Dairy Federation, Document
132, 1981, 27pp.
Relationship of Somatic Call Count and Cell Volume Analysis of Goat's Milk to
Intramammary Infection with Coagulase-negative Staphylococci, Sheldrake R.F., Hoare J.T.
and Woodhouse V.E., New South Wales Dept. of Agric., Vet. Res. Station, Glenfield, New South
Wales, Australia, J.Dairy Res., 48, 393-403, 1981.
Particles in Bulk Milk Capable of Causing Falsely High Electronic Cell Counts, Hill A.W.,
Hibbitt K.G. and Davies J., A.R.C. Inst. for Res. on Animal Dis., Compton, Newbury, Berks., and
Milk Marketing Board Vet. Lab., Lower Wick, Worcester, J.Dairy Res., 49, 171-177, 1982.
Monitoring the Nation's Milk Supply, , , Worcester Evening News, February 9th 1982, 1pp.
(Editorial).
Standard Methods for Counting Somatic Cells in Bovine Milk in the Republic of South
Africa, van den Heever L.W., Katz K.W., Prinsloo J.D., Giesecke W.H., Rawlings G. and Jones
A., Dept. Agriculture, Republic of South Africa, Technical Communication No.190, Republic of
South Africa Dept.of Agric., December 1983, 8pp.
Electronic Somatic Cell Counting Procedure, , , Chapter 8.42 in, Standard Methods for the
Examination of Dairy Products, ed. Marth E.H., Amer. Publ. Health Assoc., Inc., 14th Ed., 1978,
p.134-140.
Milk-Cell Counters Offer New Automation, , Coulter Electronics Ltd., Luton, Dairy Record,
p.86, November 1984.
Bibliographic References
17
PN 8321681 Rev B
Recommended Methods for Somatic Cell Counting in Milk, , , International Dairy Federation
Bulletin, Document 168, 1984, 19pp.
Spectrometer for Laser-light Scattering Measurements of Macromolecular and Subcellular
Particle Motions, Sattelle D.B., Palmer G.R., Griffin M.C.A. and Holder R.E.D., A.R.C. Unit of
Invertebrate Chem. and Physiol., Dept. Zool., Cambridge, Med.& Biol.Eng.& Comput., 20, 37-43,
1982.
Improvements of Bovine Mastitis Control, Park Y.H., Joo Y.S., Kang S.W. and Park J.M., Inst.
of Vet. Res., Anyang, Korea, Proc.Conf.Efficient Animal Production for Asian Welfare, 3rd Asian
Australian Animal Production (AAAP) Soc.Congress, Seoul, May 6th-10th 1985, Vol.1, p.553-558.
Institute of Brewing Analysis Committee: Measurement of Yeast Concentration, Rainbow
C., , J.Inst.Brew., 74, 427-429, 1968. (for the Analysis Committee).
Yeast Counting by Microscopy or by Electronic Particle Counting, Siebert K.J. and Wisk
T.J., Stroh Brewery Co., Detroit, Michigan, A.S.B.C.Journal (Amer.Soc.Brewing Chemists), 42,
71-79, 1984.
Capture of Small Cells by the Copepod Eucalanus elongatus, Price H.J. and Paffenhöfer G.A., Skidaway Inst. of Oceanogr., Savannah, Georgia, Limnol.Oceanogr., 31, No.1, 189-194,
1986.
Photodynamic Treatment of Yeast Cells with the Dye Toluidine Blue : All-or-None Loss of
Plasma Membrane Barrier Properties, Paardekooper M., Van de Broek P.J.A., De Bruijne
A.W., Elferink J.G.R., Dubbelman T.M.A.R. and Van Steveninck J., Dept. Med. Biochem., State
Univ. Leiden, Leiden, Netherlands, Biochim.Biophys.Acta, 1108, 86-90, 1992.
The Use of a Coulter Counter to Study the Alcoholic Fermentation in Enological
Conditions, Sablayrolles J.M. and Barre P., INRA, Inst. des Produits de la Vigne, Lab. de
Microbiologie des Fermentations, Montpellier, France, Biotechnol.Techn., 6, No.1, 15-18, 1992.
Determination of Particle Size Distribution in Tomato Concentrate, den Ouden F.W.C. and
van Vliet T., Dept. Food Sci., Wageningen Agric. Univ., Netherlands, Special Publication, Royal
Soc.Chem., 113, (Food Colloids & Polymers), 1993, p.285-288.
Agitation in Mashing, Bühler T.M., Matzner G. and McKechnie M.T., BRF Intnl., Nutfield,
Redhill, Surrey, European Brewery Convention, Proc.25th Congress, Brussels, 1995, p.293-300.
Liquid and Solid Separation - in Beer, Freeman G., Brewing Research Foundation
International, Brewers' Guardian, 27-31, December 1996.
Milk - Enumeration of Somatic Cells. Part 2. Method Using an Electronic Particle Counter, ,
, British Standard, BS EN ISO 13366-2: 1997, 6pp. (Copyright BSI)
Some Effects of Ampicillin on Growing and Glucose-Starved Cells of Escherichia Coli, Rye
R.M. and Wiseman D., School of Pharm., Univ. of Bradford, J.Pharm.Pharmac., 19, Suppl., 4S8S, December 1967.
The Differentiation Between Living and Dead Cells of Escherichia coli using the Coulter
Counter, Rye R.M. and Wiseman D., Postgrad. School of Studies in Pharmacy, Univ. of
Bradford, Presented at the Seventh British Coulter Counter Users' Conf., London, March 1969,
6pp.
Systems Approach to Study of Solute Transport across Membranes Using Suspension
Cultures of Mammalian Cells II: Experimental Procedures and Uptake Studies with
Cholesterol, Turi J.S., Higuchi W.I., Shipman C.Jr., and Ho N.F.H., Coll. Pharm., Univ. of
Michigan, Ann Arbor, J.Pharm.Sci., 61, 1618-1624, October 1972.
Systems Approach to Study of Solute Transport across Membranes using Suspension
Cultures of Mammalian Cells V: Uptake and Release Kinetics of Cardiac Glycosides by
Burkitt Lymphoma Cells, Turi J.S., Ho N.F.H., Higuchi W.I. and Shipman C.Jr., Pharm. Res.,
18
Bibliographic References
PN 8321681 Rev B
Upjohn Co., Kalamazoo, MI; and SchoolS of Medicine and Dentistry, Univ. of Michigan, Ann
Arbor, J.Pharm.Sci., 64, No.4, 631-639, April 1975.
Use of the Coulter Counter to Count Cells of Streptococcus faecalis, Andrew M.H.E. and
Westwood N., School of Pharm. Microbiol. Unit, City of Leicester Polytechnic, J.Appl.Bact., 34,
No.2, 441-447, 1971.
Evaluation of 1-(3,4-Dichlorophenyl)-4-dimethylaminomethyl-1-nonen-3-one Hydrochloride
Effect on Nucleic Acid and Protein Syntheses using Murine Leukemia L-1210 Cells, Nyathi
C.B., Gupta V.S. and Dimmock J.R., Dept. Physiol. Scis., Western Coll. of Vet. Med., and Coll. of
Pharm., Univ. of Saskatchewan, Saskatoon, Saskatchewan, Canada, J.Pharm.Sci., 68, No.11,
1383-1385, November 1979.
Studies on the Mode of Action of the Antitumour Drug Nitrogen Mustard (Mustine), Spurgin
G.E. and Hickman J.A., Dept. of Pharm., Univ. of Aston, Birmingham, J.Pharm.Pharmacol., 31,
Suppl., 68P, December 1979.
Protection of Murine L1210 Leukemia and Bone Marrow Progenitor Cells Against
Mechlorethamine and Inhibition of Choline Uptake as a Structure-Activity Relationship of
2-Dimethylaminoethanol and its Analogues, Naujokaitis S.A., Fisher J.M. and Rabinovitz M.,
Lab. of Med. Chem. and Pharmacol., Development Therapeutics Program, Div. of Cancer
Treatment, Natl. Cancer Inst., Natl. Insts. of Health, Bethesda, Md., J.Pharm.Sci., 73, No.1, 3439, January 1984.
In Vivo Uptake of Polyisobutyl Cyanoacrylate Nanoparticles by Rat Liver Kupffer,
Endothelial and Parenchymal Cells, Lenaerts V., Nagelkerke J.F., Van Berkel T.J.C., Couvreur
P., Grislain L., Roland M. and Speiser P., Lab. de Pharmacie Galénique, Univ. Catholique de
Louvain, Brussels, Belgium; Dept. Biochem., Erasmus Univ., Rotterdam, Netherlands; and
School of Pharm., Fed. Inst. Technol. Zürich, Switzerland, J.Pharm.Sci., 73, No.7, 980-982, July
1984.
In Vivo Uptake of Poiyisobutyl Cyanoacrylate Nanoparticles by Rat Liver Kupffer,
Endothelial, and Parenchymal Cells, Lenaerts V., Nagelkerke J.F., Van Berkel T.J.C., Couvreur
P., Grislain L., Roland M. and Speiser P., Lab. de Pharm. Galénique, Univ. Catholique de
Louvain, Brussels; Dept. Biochem., Erasmus Univ., Rotterdam; and School of Pharm., Fed. Inst.
Technol., Zürich, J.Pharm.Sci., 73, No.7, 980-982, July 1984.
Flow Cytometric Quantitative Evaluation of Phagocytosis by Human Mononuclear and
Polymorphonuclear Cells using Fluorescent Nanoparticles, Rolland A., Merdrignac G.,
Gouranton J., Bourel D., Le Verge R. and Genetet B., Lab. Pharm. Galénique et Biopharm., UER
du Médicament, Univ. Rennes I; Service Univ. Commun de Cytofluorométrie, Centre Régional de
Transf. Sanguine, Rennes; and Lab. de Biol. Cell., Univ. Rennes, France, J.Immunol.Methods,
96, 185-193, 1987.
Sixty Second, High Resolution Measurements of Surface Binding Reactions and Surface
Charge Modification of Drug Vesicles, Proteins and Cells by Doppler Electrophoretic Light
Scattering, Sugrue S., Coulter Electronics, Inc., Hialeah, FL, Presented at Int.Symp.on Surface
Charge Characterization, 21st Ann.Mtg.of Fine Particle Soc., August 21st-25th 1990,
1pp.(Abstract only).
The Yeast Test: An Alternative Method for the Testing of Acute Toxicity of Drug
Substances and Environmental Chemicals, Koch H.P., Hofeneder M. and Bohne B., Inst. of
Pharm. Chem., Div. Biopharm., Univ. Vienna, Austria, Meth.Find.Exp.Clin.Pharmacol., 15, No.3,
141-152, 1993.
Cells Involved in the Capture of Nanoparticles in Hematopoietic Organs, Gibaud S., Demoy
M., Andreux J.P., Weingarten C., Gouritin B. and Couvreur P., Lab. de Physico-Chimie,
Pharmacotech. et Biopharm., and Lab. d'Hematologie, Fac. de Pharm., Univ. Paris XI, ChátenayMalabry, France, J.Pharm.Sci., 85, No.9, 944-950, September 1996.
Bibliographic References
19
PN 8321681 Rev B
Application of an Electronic Particle Counter to the Quantification of Bacterial and
Candida Adherence to Mucosal Epithelial Cells, Gorman S.P., McCafferty D.F. and Anderson
L., Dept. Pharm., Med. Biol. Centre, Queen's Univ. of Belfast, Letters in Applied Microbiol., 2, 97100, 1986.
Cellulose
Number and Size Distribution of Particles in Cellulosic Solutions, Parks L.R. and Jurbergs
K.A., Buckeye Cellulose Corp., Memphis, Tenn., Presented at the American Chemical Society,
137th Mtg., Cleveland, Ohio, April 1960.J.Applied Polymer Science, IV, No.11, 193-199,
November 1960.
Particle Counts in Cellulose Acetate Solutions, Pickering T.P. and Wilson A.F., Res. Dept.,
Canadian Chem. Co., Edmonton, Alberta, Canada, Svensk Papperstidning, 67, No.6, 232-237,
March 31st 1964.
The Coagulation of Cellulose Pulp Fibers and Fines as a Mechanism of Retention, Walkush
J.C. and Williams D.G., Inst. of Paper Chemistry, Appleton, Wisc., T.A.P.P.I., 57, No.1, 112-116,
January 1974.
The Determination of the Efficiency of Cellulose Filter Papers, Meakin J.C. and Pratt M.C.,
W. & R. Balston Ltd., Maidstone, Lab.Practice, 104-108, March 1974.
The Influence of Lignin Sulphonate and Xylan on the Microflotation of Microcrystalline
Cellulose, Roberts K. and Barla P., Swedish Inst. for Surface Chem., Stockholm,
J.Coll.Interf.Sci., 49, No.1, 75-81, October 1974.
Particle Size Analysis of Gelatin-Acaca Coacervate and Ethylcellulose Walled
Microcapsules, Ismail N., Harris M.S. and Nixon J.R., Dept. Pharm., Chelsea Coll., London
Univ., Presented at Conf.PSA 85, Bradford Univ., September 16th-19th 1985.Publ.in Particle Size
Analysis 1985, ed.Lloyd P.J., J.Wiley & Sons, Chichester, 1987, p.447-487.
Thermodynamics of Swelling of Polymer Latex Particles by a Water-Soluble Solvent: II.
Experimental Results on Cellulose Acetate Latices, Bindschaedler C., Gurny R., Doekler E.
and Peppas N.A., Dept. Pharm., Sch. of Pharm., Univ. Geneva; and Sch. of Chem. Engrg.,
Purdue Univ., West Lafayette, Indiana, J.Coll.Interf.Sci., 108, No.1, 83-94, November 1985.
Variations in the Properties of Microcrystalline Cellulose from Different Sources, Whiteman
M. and Yarwood R.J., Wyeth Research (U.K.) Ltd., Taplow, Maidenhead, Powder Technol., 54,
No.1, 71-74, January 1988.
Interactions between Polystyrene Latex Spheres and a Semiflexible Polymer,
Hydroxypropylcellulose, Russo P.S., Mustafa M., Cao T. and Stephens L.K., Macromolecular
Studies Group, Dept. Chem., Louisiana State Univ., Baton Rouge, Louisiana, J.Coll.Interf.Sci.,
122, No.1, 120-137, March 1988.
Coagulation of Microcrystalline Cellulose Dipersions, Evans R. and Luner P., Empire State
Paper Res. Inst., Coll. of Envir. Sci. and Forestry, Syracuse, New York, J.Coll.Interf.Sci., 128,
No.2, 464-476, March 15th 1989.
Cellulose Acetate Butyrate and Polycaprolactone for Ketoprofen Spray-Dried Microsphere
Preparation, Giunchedi P., Conti B., Maggi L. and Conte U., Dept. Pharm. Chem., Univ. of Pavia,
Italy, J.Microencapsulation, 11, No.4, 381-393, 1994.
Cellulose Acetate Trimellitate Ethylcellulose Blends for Non-Steroidal Anti-Inflammatory
Drug (NSAID) Microspheres, Giunchedi P., Torre M.L., Maggi L., Conti B. and Conte U., Dept.
Pharm. Chem., Univ. of Pavia, Pavia, Italy, J.Microencapsulation, 13, No.1, 89-98, 1996.
Effect of Sodium Carboxymethylcellulose and Compound Tragacanth Powder on the
Sedimentation and Redispersal of Sulphadimidine Mixture, Paediatric B.P.C. 1968,
20
Bibliographic References
PN 8321681 Rev B
Bhagwan L.B., Deasey P.D. and Timoney R.F., Coll. of Pharm. Soc. of Ireland, Dublin,
J.Pharm.Pharmac., 23, Suppl., 251S-252S, 1971.
The Determination of Some Physical Characteristics of Microcrystalline Cellulose, Marshall
K. and Sixsmith D., School of Pharm., Univ. of Bradford, Abstract of a paper presented at an
S.A.C.Particle Size Analysis Mtg., Chelsea Coll., London, November 20th 1974, 1pp.
Effects and Distribution of Intravenously Administered Cellulose Particles in Mice, Purkiss
R., Pharm. Dept., Univ. of Aston, Birmingham, J.Pharm.Pharmac., 27, 290-292, April 1975.
Some Physical Characteristics of Microcrystalline Cellulose, Marshall K. and Sixsmith D.,
Ind. Pharm. Unit, Univ. of Bradford, Drug Development Communications, 1, No.1, 51-71, 19741975.
Particle Size and Surface Area Distributions of Pharmaceutical Powders by
Microcomputerized Mercury Porosimetry, Carli F. and Motta A., Phys. Pharm. Lab., Pharm.
Res. and Devt., Farmitalia Carlo Erba, Milan, Italy, J.Pharm.Sci., 73, No.2, 197-203, February
1984.
Particle Size Analysis of Gelatin-Acacia Coacervate and Ethylcellulose Walled
Microcapsules, Ismail N., Harris M.S. and Nixon J.R., Dept. Pharm., Chelsea Coll., London
Univ., J.Microencapsulation, 1, No.1, 9-19, 1984.
Swelling Properties of Disintegrants, Caramella C., Colombo P., Bettinetti G., Giordano F.,
Conte U. and La Manna A., Dipt. di Chim Farm., Univ. Pavia, Italy, Acta Pharm.Technol., 30,
No.2, 132-139, 1984.
Cement
Use of the Coulter Counter for Particle Size Analysis of Cement and Related Material,
Brown O.E., Marquette Cement Manuf. Co., Chicago, Ill., Presented at the A.I.M.E.Mtg., February
1960.Cement, Lime and Gravel, 99-104, April 1962.
The Use of the Coulter Counter in Particle Size Analysis of Cement and Raw Mix, Eckhoff
R.K. and Soelberg P., Chr. Michelsen Inst., Bergen, Betongtekniske Publikasjoner, No.7, 1-8,
February 1967.
Experimental Indication of the Volume Proportional Response of the Coulter Counter for
Irregularly Shaped Particles, Eckhoff R.K., Chr. Michelsen Inst., Bergen, J.Sci.Instrum., 44,
648-649, May 1967.
The Application of the Coulter Counter to Portland Cement Studies, Pring R.W. and Blezard
R.G., Tunnel Portland Cement Co., Grays, Essex, Presented at the Sixth British Coulter Counter
Users' Conf., London, March 5th-7th, 1968, 11pp.Published as 'Electronic Techniques for Particle
Size Analysis' in Minerals Processing, 16-21, June 1969.
Use of the Coulter Counter and the Alpine Sieve for Particle Size Analysis of Cement,
Brown O.E., Bobrowski G.S. and Kovall G.E., Marquette Cement Manuf. Co., Chicago. Ill., ASTM
Special Tech.Publ.473, 82-97, 1968.
Investigations of Particle Size Analysis of Cement with a Coulter Counter and Ways of
Practical Applications, Blumbach H.J., Technical Inst., Aachen, Presented at the Eighth Coulter
Conf., Cardiff, March 25th-26th 1970, 10pp.
Untersuchungen zur Feinheitsbestimmung von Zementen mit dem Coulter Counter und
zur Beurteilung von Mahlvorgängen in Zementmühlen, Blumbach J., , TechnischeHochschule Aachen, Doktoringeneur Thesis, September 28th 1970, 139pp.
Analyse Granulométrique du Ciment par le Compteur Coulter, Breuse J., Fierens P. and
Lambin G., Serv. de Sci. des Matériaux, Univ. de l'Etat, Mons, Silicates Industriels, 38, No.12,
263-265, December 1973.
Bibliographic References
21
PN 8321681 Rev B
The Coulter Counter and its Applications, Lambin G., , Silicates Industriels, 39, No.2, 55-63,
1974.
Coarse-Grind Cement in Oil-Well Cementing, Clark C.R., Steel J.H. and Gidley J.L., Humble
Oil and Refining Co., Presented at 46th Ann.Mtg.Soc.Petroleum Engineers of AIME, New
Orleans, October 3rd-6th 1971.Published in Oil & Gas J., 50-53, January 24th 1972.
Composition A-3 Desensitizer Replacement Program - GG37300 Ctg, 105MM, HEP-T
M393A2, Hildebrant F.J., Explosives Application Section, Picatinny Arsenal, Dover, New Jersey,
Technical Review, September 1976, 105pp.
The Use of Coulter Counter for Size Analysis of Cement Powders in Sub Sieve Range,
Laapas H. and Lahtinen U.-R., Helsinki Univ. of Technol., and Techn. Res. Centre of Finland,
Espoo, Finland, Presented at Powder Europa, Wiesbaden, January 22nd-24th 1980, 16pp.
The Use of Coulter Counter for Size Analysis of Cement Powders in Sub-Sieve Range,
Laapas H. and Lahtinen U.-R., Helsinki Univ. of Technol., and Lab. of Metallurgy and Mineral
Engrg., Metallimiehenkuja 2, Espoo, Finland, TIZ-Fachberichte Rohstoff-Engineering, 104,
No.7/80, 440-446, 1980.
Ceramics
Rapid Particle Size Analysis of Ceramic Materials with an Electronic Counter, Auda D. and
Dorf A., Boeing Airplane Company, Seattle, Wash., Presented at the Pacific Coast Regional Mtg.,
American Ceramic Society, Seattle, Wash., October 17th 1959, 21pp.
Correlations Between Sieve Analyses, Surface Areas, and Shape Factors of Ceramic and
Metal Particles, Mistler R.E., Muccigrosso A.T. and Ploetz G.L., General Electric Co., Knolls
Atomic Power Lab., Schenectady, N.Y., Presented at the American Ceramic Society, 63rd Annual
Mtg., Toronto, Canada, April 26th 1961, 45pp.
Particle Size Measurements Using the Resistance Change Principle, Kinsman S. and Coulter
J.Jr., Coulter Electronics Inc., Chicago, Ill., Presented at the American Ceramic Society 63rd
Annual Mtg., Toronto, Canada, April 26th 1961, 8pp.
Electronic Particle Size Analysis in the Subsieve Size Range, Treffner W.S. and Robertson
D.W., General Refractories Co., Baltimore, Maryland, Radex Rundschau, No.2, 55-69, 1962.
Particle Size Analysis in Porcelain Enamel Systems, Mueller E.E. and McLeran W.A., Pemco
Div., Glidden Co., Baltimore, Md., Presented at the American Ceramic Society 65th Annual Mtg.,
Pittsburgh, Pennsylvania, April 26th-May 2nd 1963.
Gamma-Irradiation of Kaolinite, Corbett W.J., Burson J.H. and Young R.A., Georgia Inst. of
Technol., Atlanta, Ga., Final Report, Project No.A-446-5 for the U.S.Atomic Energy Commission
Div.of Isotopes Development.Printed by the Offices of Tech. Services, Dept.of Commerce,
Washington D.C., August 15th 1961.Reprinted in Clays and Minerals,10, 344-355, 1961.
Homogeneity of Microscopic Particles, Brown R.J., Brush Beryllium Co., Ceramic Age, 58-62,
December 1964.
Particle Size Analysis by Automatic Electronics, Major R., Coulter Electronics, Inc., Presented
at the Ceramic Society Annual Mtg., Philadelphia, May 3rd 1965, 6pp.
Automatic Counting and Sizing of Fine Particles, Lines R.W. and Wood W.M., Coulter
Electronics Ltd., St. Albans, Ceramics, 16, No.195, 27-30, May 1965 and No.196, 28-31, June
1965.
Thermistors and Varistors., Tatnall R.F., General Electric Co., Edmore, Michigan, Ceramic Age,
46-51, July 1965. (Editorial)
22
Bibliographic References
PN 8321681 Rev B
The Coulter Counter - A Tool in Formulation Research, Van Valkenburg W., Van Horn R. and
Rosenfield C., Dow Chemical Co., Midland, Michigan, Down to Earth (Dow Chemical Publication),
21, No.3, 10-11, Winter 1965.
Characterization of Ground Calcined Alumina Powders Using the Coulter Counter, Emonet
A.L.D., Res. Labs., British Aluminium Co. Ltd., Gerrards Cross, Bucks., Presented at the 3rd
British Coulter Counter Users Mtg., Cardiff, March 1966, 11pp.
Particle Size Determination of Milled Zircons, Wanless L., Assoc. Lead Manufacturers Ltd.,
Ceramics, 17, 14-16, November 1966.
Composite Method for Determination of Particle Size Below 45 Microns, McLeran W.A.,
Pemco Products, Glidden-Durkee Div., SCM Corp., Baltimore, Md., Presented at the 69th
Annl.Mtg.of the Amer.Ceram.Soc., New York, May 2nd 1967.Published in Ceramic Bulletin, 47,
No.9, 795-797, September 1968.
Production of Mullite Nanoceramics through Controlled Heterocoagulation of Sols, Miao
X., Ponton C.B. and Marquis P.M., Schs. of Metallurgy & Materials; and Dent., Univ. of
Birmingham, In, Nanoceramics, British Ceramic Proceedings, No.51, Cambridge 8th-12th April
1992, Freer R., Manchester Materials Sci.Centre, Univ.of Manchester and UMIST, Manchester,
The Institute of Metals, 1993, p.157-164.
Clays
Gamma-Irradiation of Kaolinite, Corbett W.J., Burson J.H. and Young R.A., Georgia Inst. of
Technol., Atlanta, Ga., Final Report, Project No.A-446-5 for the U.S.Atomic Energy Commission
Div.of Isotopes Development.Printed by the Offices of Tech. Services, Dept.of Commerce,
Washington D.C., August 15th 1961.Reprinted in Clays and Minerals,10, 344-355, 1961.
Floc Strength - Measurement by Particle Counting, Hannah S.A., Cohen J.M. and Robeck
G.G., Fed. Water Pollution Control Admin., Cincinnati Water Res. Lab., Cincinnati, Ohio,
Presented at the American Water Works Assocn.Annl.Mtg., Portland, Oregon, July 1965, 35pp.
Effect of Electrolyte Composition and pH on the Particle Size Distribution of
Microorganisms and Clay Minerals as Determined by the Electrical Sensing Zone Method,
Santoro T. and Stotzky G., Kitchawan Res. Lab. of the Brooklyn Botanic Garden, Ossining, N.Y.,
Archives of Biochemistry and Biophysics, 122, No.3, 664-669, December 1967.
Influence of Cations on Flocculation of Clay Minerals by Microbial Metabolites as
Determined by the Electrical Sensing Zone Particle Analyzer, Santoro T. and Stotzky G.,
Kitchawan Res. Lab., Brooklyn Botanic Garden, Ossining, N.Y., Soil Science Society of America
Proceedings, 31, No.6, 761-765, November-December 1967.
Application of the Electronic Particle Counter in Soil Microbiology, Santoro T. and Stotzky
G., Kitchawan Res. Lab., Brooklyn Botanic Garden, Ossining, N.Y., Am.Soc.Agron.Abstr.,
Division S-3, 1965, p.88.
Sorption and Flocculation of Clay Minerals by Microorganisms and their Metabolites,
Santoro T. and Stotzky G., Kitchawan Res. Lab. of Brooklyn Botanic Garden, Ossining, N.Y.,
Bacteriological Proceedings, 66th Annl.Mtg., paper RT26, 1966, p.142.
Influence of Clay Minerals on Microorganisms III. Effect of Particle Size, Cation Exchange
Capacity, and Surface Area on Bacteria, Stotzky G., Kitchawan Res. Lab. of Brooklyn Botanic
Garden, Ossining, N.Y., Canad.J.Microbiol., 12, 1235-1246, 1966.
Korngrössenbestimmung mit dem Coulter Counter, Hackenberg P., Inst. für Glas, Keramik
und Bindemittel, Berlin, Tonind-Ztg., 92, No.12, 482-487, December 1968.
Sorption between Microorganisms and Clay Minerals as determined by the Electric
Sensing Zone Particle Analyzer, Santoro T. and Stotzky G., Kitchawan Res. Lab. of Brooklyn
Botanic Garden, Ossining, N.Y., Canad.J.Microbiol., 14, 299-307, 1968.
Bibliographic References
23
PN 8321681 Rev B
New Equipment Determines Mud Particle Size, Louden L.R. and Nance W., Dresser
Magcobar, Houston; and Brown & Root, NASA Lunar Receiving Laboratory, Petroleum Engineer,
42, No.10, 56-58, 1970.
Clay Distributions in Recent Estuarine Sediments, Edzwald J.K. and O'Melia C.R., Dept. Env.
Scis. and Engrg., Univ. of North Carolina, Chapel Hill, Clays and Clay Minerals, 23, No.1, 39-44,
1975.
Coagulation in Estuaries, Edzwald J.K., Upchurch J.B. and O'Melia C.R., Dept. Env. Scis. and
Engrg., Univ. of North Carolina, Chapel Hill, Env.Sci.Technol., 8, No.1, 58-63, January 1974.
A Shallow Plugging-Selective Re-Entry Technique for Profile Correction, Thomeer J.H. and
Abrams A., SPE-AIME, Shell Oil Co., and Shell Development Co., J.Petroleum Technol., 571578, May 1977.
Rapid Grain-Size Analyses of Clay and Silt Fraction by Sedigraph 5000 D: Comparison
with Coulter Coulter and Atterberg Methods, Stein R., Geol. Paläontol. Inst., Univ. Kiel, W.
Germany, J.Sediment.Petrol., 55, No.4, 590-615, July 1985.
Evaluation of Process Parameters Involved in Chitosan Microsphere Preparation by the
o/w/o Multiple Emulsion Method, Pavanetto F., Perugini P., Conti B., Modena T. and Genta I.,
Dept. Pharm. Chem., Univ. of Pavia, Italy, J.Microencapsulation, 13, No.6, 679-688, 1996.
Laser Grain-Size Determination in Soil Genetic Studies. 1. Practical Problems, Buurman P.,
Pape Th. and Muggler C.C., Dept. Soil Sci. and Geol., Wageningen Agric. Univ., Netherlands,
Soil Science, 162, No.3, 211-218, March 1997.
Negative Thixotropy in Flocculated Clay Suspensions, Samyn J.C. and Jung W.Y., Product
Development Dept., Parke, Davis & Co., Detroit, Michigan, Presented at Basic Pharmaceutics
Conference, Dallas, Texas, April 29th 1966, Fifth session Paper 40.(Abstract only).
Contamination
An Automatic Method for the Determination of the Degree of Contamination in Hydraulic
Fluids, Michaelson P.D., Boeing Airplane Company, Seattle, Wash., Presented at The
Symposium on Fluid Filtration and Contamination Behaviour and Control, at California Univ., Los
Angeles, February 1st 1961, 11pp.
An Appreciation of the Coulter Electronic Particle Counter as a Suitable Method for
Assessing the Contamination Level of Hydraulic Oils, Coppola R.F., Bristol Aircraft Ltd.,
Filton, Internal Publication M6/R/RFC/17 July 5th 1960, 7pp.
Hydraulic Fluid Contamination Control, Schuler R.B., , Company Report by the Contamination
Control Committee, North American Aviation, Columbus, Ohio, 1962, 18pp.
Preliminary Research and Development Report on the Automatic Sizing and Counting of
Particulate Contamination in Hydraulic Fluid using a Multi-Channel Model 'C' Coulter
Counter, Van Loon J.K., Bendix-Pacific, North Hollywood, Calif., Presented at the S.A.E.A-6
Meeting, Miami Beach, Florida, May 5th-10th 1963, 8pp.
Counting and Measuring of Contamination Particles in Hydraulic Oils Using an Electric
Sensing Zone Instrument, Kinsman S., Coulter Electronics, Inc., Chicago, Ill., Presented at the
Meeting of the Society of Automotive Engineers, AGE-1 B Sub-committee on Hydraulic
Pneumatic Military Support Equipment, Seattle, Wash., September 19th-20th 1963, 4pp.
Liquid Automatic Particle Counters and Contamination Monitors, , , Aerospace Information
Report AIR 898, Soc. of Automotive Engrs., Inc., January 31st 1968, 2pp.
A New Technique for Monitoring Particulate Contamination, Wenman R.A. and Simmons
A.W., Coulter Electronics Ltd., Luton, Presented at Pittsburg Conf., Atlantic City, March 9th-13th
1987.(Abstract only).
24
Bibliographic References
PN 8321681 Rev B
The Mesh Obscuration Technique for the Measurement of Particulate Contamination in
Lubricating Fluids, Wenman R.A., Coulter Electronics Ltd., Luton, Presented at the Fine Particle
Soc.Mtg., Boston, Mass., August 3rd-6th 1987, 12pp.
Development of a Portable Particle Contamination Counter for Use with Lubricating Fluids,
Miller B.V., Simmons A.W. and Wenman R.A., Coulter Electronics Ltd., Luton, Presented at the
Pittsburgh Conf., New Orleans, February 22nd-26th 1988.(Abstract only).
Optimisation of the Mesh Obscuration Technique for the Measurement of Particulate
Contamination in Lubricating Liquids, Wenman R.A., Bunker R. and Miller B.V., Coulter
Electronics Ltd., Luton, In, Particle Size Analysis 1988, ed.Lloyd P.J., John Wiley & Sons Ltd.,
Chichester, 1988, p.62-73.
The Mesh Obscuration Technique for Contamination Monitoring of Oils, Hunt T., Bristol,
Proc.Coulter Sci.Symp.'Particle Technology', Stratford-upon-Avon, June 13th-14th 1988,
publ.Coulter Electronics Ltd., 1990, p.123-125.
Detecting Trace Contamination using a Multiangle PCS Particle Sizer, Hildebrand H. and
Row G., Coulter Corp., Hialeah, FL, Amer.Lab.News, February 1995, 2pp.
Keeping a Watchful Eye on Hydraulic Contamination (Editorial), Korane K.J., , Machine
Design (U.S.A.), 43-46, February 8th 1996.
Some Size Distributions of Particulate Contamination Found in Commercially Available
Intravenous Fluids, Groves M.J., Res. Dept., Boots Pure Drug Co. Ltd., Nottingham,
J.Pharm.Pharmac., 18, 161-167, March 1966.
An Insertable Orifice Tube for in situ Contamination Counts of Solutions in Opened
Ampoules and Vials Using the Coulter Counter, Lines R.W., Coulter Electronics Ltd.,
Dunstable, Beds., J.Pharm.Pharmac., 19, 701-702, October 1967.
Methods of Removal of Particulate Contamination from Injection Fluids, Marshall K., Univ.
of Bradford, Presented at the Sixth British Coulter Counter Users Conf., London, March 1968,
3pp.
A Comparison of the Particulate Contamination of Saline Packed in Polyethylene and in
Polypropylene Containers, Groves M.J., Res. Dept., Boots Pure Drug Co. Ltd., Nottingham,
Presented at the Conf.on Modern Dispensing Forms of Pharmaceuticals, Stary Smokovec, High
Tatra, Slovakia, October 9th-11th 1988, 4pp.
Effect of Repeated Puncture on the Particulate Matter Contamination of Multidose Vials as
Assessed by the Industrial Model B Coulter Counter, Edirimanasinghe S.M., Lemberger A.P.
and Perrin J.H., School of Pharm., Univ. of Wisconsin, Madison, Acta Pharmaceutica Suecica, 5,
501-508, 1968.
Particulate Contamination in Pharmaceutical Preparations for Injection, Dungan D.J.,
Commonwealth Serum Labs., Parkville, Victoria, Australia, Australas.J.Pharm., 49, No.584,
Supplement No.66, S59-S64, August 1968.
Particulate Contamination of Parenteral Solutions, Hersey J.A., Pharm. Res. and Devt.,
Sandoz A.G., Basle, Presented at the Conf.'Uses of the Coulter Counter in the Pharmaceutical
Industry', Basle, November 13th 1969, 12pp.
Recent Investigations into the Particle Size Distribution of Intravenous Fluid
Contamination, Groves M.J., Pharm. Dept., Chelsea Coll., Univ. of London, Presented at
S.A.C.Particle Size Group Mtg., April 21st 1971.Proc.Soc.Analyt.Chem., 8, No.12, 271-275,
December 1971.
Progress Towards a Standard to Limit Particulate Contamination in Intravenous Fluids,
Groves M.J., Pharm. Dept., Chelsea Coll. of Sci. and Technol., Univ. London, Presented at British
Pharmaceutical Conf., September 1971.J.Pharm.Pharmac., 23, Suppl., 238S-239S, 1971.
Bibliographic References
25
PN 8321681 Rev B
A Study of Some Aspects of Particulate Contamination of Intravenous Infusion Fluids and
a Possible Means of its Removal, Clapinski W.G., Welsh School of Pharm., Cardiff,
B.Pharm.Thesis, March 1971, 60pp.
Côntrole de la Contamination des Solutés Injectables par des Particules Etrangères, Van
Ooteghem M., K.U.L., Pharm. Inst., Leuven, J.Pharmacie de Belgique, 27, No.4, 493-504, JulyAugust 1972.
Particulate Contamination in Intravenous Fluids, Administration Sets and Cannulae,
Williams A. and Barnett M.I., Univ. Hosp. of Wales, and Welsh School of Pharmacy, Cardiff,
Pharm.J., 190, 191 & 204, September 8th 1973.
The Investigation and Control of Particulate Contamination in the Manufacture of Small
Volume Multi-dose Parenteral Solutions, Parsons W.J., Parke-Davis Ltd, R.P.Scherer Award
Winning Paper, Presented to the Pharmaceutical Society of G.B., London, June 11th 1975, 28pp.
An Investigation of Two Methods of Evaluating Particulate Contamination in Parenteral
Solutions, Spragg K., Dept. Pharm., Victoria Univ. of Manchester, M.Sc.Thesis, 1966, p.72-75.
Closures Blamed for Particulate Contamination in Parenterals., , , Manuf. Chem. & Aerosol
News, 46, No.7, 31, July 1975. (Editorial.)
An Investigation of Two Methods of Evaluating Particulate Contamination in Parenteral
Solutions, Spragg K., Victoria Univ. of Manchester, M.Sc.Thesis, 1966, 77pp.
Particulate Contamination in Small-Volume, Multidose Parenteral Solutions, , , R.P. Scherer
Award; Pharm. J., 553-554, June 21st 1975.
Early Detection of Microbial Contamination in Sterile Solutions Using an Electronic
Counter, Rameshbabu T.R. and Arambulo A.S., Univ. of Illinois, Med. Center, Chicago, Ill.,
Bull.Parent.Drug Assoc., 30, No.2, 80-87, March-April 1976.
Particulate Contamination and Stability of Three Additives in 0.9% Sodium Chloride
Injection in Plastic and Glass Large-Volume Containers, Stokes T.F., Sumner E.D. and
Needham T.E., Eli Lilley Co., and School of Pharm., Univ. of Georgia, Athens, GA,
Am.J.Hosp.Pharm., 32, 821-826, August 1975.
A Propos de Quelques Facteurs dont Dépend la Contamination Particulaire d'un Soluté
pour Perfusion, Bovis A., Reynier J.-P. and Paret A.-P., Fac. de Pharm., Marseille, LaboPharma - Problèmes et Techniques, No.265, 395-398, May 1977.
A Comparison of Instrumental Techniques for the Determination of Contamination in
Filtered Aqueous Solutions, Groves M.J. and Wana D., Pharm. Dept., Chelsea Coll., Univ.
London, Powder Technol., 18, 215-223, 1977.
Etude Comparative de la Contamination Particulaire des Ampoules Auto-Cassables et des
Ampoules-Seringues, Bellavoir A. and Depraetere P., U.E.R. des Sciences Pharmaceutiques,
Caen, Labo-Pharma, No.283, 35-42, January 1979.
Characterization of Particulate Contamination Released by Application of Parenteral
Solutions. I. Particulate Matter from Administration Sets, Illum L., Jensen V.G. and Moller N.,
Royal Danish School of Pharm., Copenhagen, Arch. Pharm. Chemi, Sci. Ed., 6, 93-108, 1978
Characterization of Particulate Contamination Released by Application of Parenteral
Solutions. II. Particulate Matter from Cannulae, Illum L., Jensen V.G. and Moller N., Royal
Danish School of Pharm., Copenhagen, Arch.Pharm.Chemi, Sci.Ed., 6, 169-178, 1978.
Influence of Blood Plasma on Size Distribution of Particulate Contamination in Parenteral
Solutions, Illum L., Jensen V.G. and Moller N., Royal Danish School of Pharm., Copenhagen,
Arch.Pharm.Chemi, Sci.Ed., 6, 179-183, 1978.
Particulate Contamination in Parenteral Solutions, Davies P.J., Daisley R.W. and Patel N.,
Dept. Pharm., Brighton Polytechnic, J.Pharm.Pharmacol., 31, Suppl., 59P, December 1979.
26
Bibliographic References
PN 8321681 Rev B
Characterization of Particulate Contamination Released by Application of Parenteral
Solutions, Illum L., Jensen G.G. and Moller N., Royal Danish School of Pharm., Dept. Pharm.,
Copenhagen, Denmark, Pharm.Technol., 2nd.Int.Conf., Assoc.Pharm.Galenique Ind., 4, 209-218,
1980.(See also Ph.275 and Ph.276).
Particulate Contamination of Small Volume Parenterals, Wigley S.G., Welsh School of
Pharm., Cardiff, Internal Report, April 1984, 32pp.
Comparison of Light Blockage and Electrical Resistance Methods of Estimating
Particulate Contamination in Large Volume Parenterals, Haines-Nutt R.F., Regional Q.C.
Lab., Torbay, Presented at Ann.Mtg.Parenteral Soc., Harrogate, November 4th-6th
1985.Parent.Soc.Newsletter, 4, No.1, 3-4, February 1986.(Abstract only).
Evaluation of Official Instrumental Methods for the Determination of Particulate Matter
Contamination in Large Volume Parenteral Solutions, Montanari L., Pavanetto F., Conti B.,
Ponci R. and Grassi M., Dept. Pharm. Chem., and Inst. of Applied Health Scis., Univ. of Pavia,
Italy, J.Pharm.Pharmacol., 38, 785-790, 1986.
Some Considerations on Particulate Matter Contamination and Proper Material Selection
During the Development of Parenterals, Uotila J., Orion Pharmaceutica, Espoo, Finland,
Pharm.Ind., 49, No.9, 968-971, 1987.
Cosmetics
Particle Size Analysis Using Coulter Counters, Wood W.M. and Lines R.W., Coulter
Electronics Ltd., Dunstable, J.Soc.Cosm.Chem., 17, 197-211, 1966.
Rheological Properties of Creams Upon Production Scale-Up, Fujiyama Y., Tahara S. and
Kumano Y., Shiseido Lab., Kita-ku, Tokyo, Japan, J.Soc.Cosmet.Chem., 21, 625-637, August
19th 1970.
Testing the Stability of Cosmetics Emulsions, Quack J.M., Reng A.K. and Skrypzak W.,
Hoechst AG., Frankfurt, Main, Cosmetics & Toiletries, 91, 21-37, October 1976.
Methods Available for Studying Antimicrobial Interaction in Cosmetics, Coates D. and
Woodford R., School of Pharm., Portsmouth Polytechnic, Portsmouth, Hants., Cosmetics and
Perfumery, 88, 43-46, April 1973.
Dairy Products
The Determination of the Size and Number of Fat Globules in Dairy Products Using the
Coulter Counter, Cornell D.G. and Pallansch M.J., U.S. Dept. of Agriculture, Washington, D.C.,
Presented at 148th Mtg.Am.Chem.Soc., August 30th 1964.(Abstract only).
Electronics can Increase Dairy Efficiency, Mitchell B., , Electron, 19, May 23rd 1974.
Dairymen in England and Wales receive Somatic Cell Counts Monthly, Booth J.M., Milk
Marketing Board, Worcester, Hoard's Dairyman, 1235-1236, November 10th 1975.
Some Applications of Coulter Counters in the Dairy Industry, Faudot D., Coultronics S.A.,
France, Presented at the Coulter Milk Conf., Brussels, July 1973, 18pp.
Social Rank and Physiological Traits of Dairy Cows as Influenced by Changing Group
Membership, Arave C.W. and Albright J.L., Dept. Animal Scis., Purdue Univ., West Lafayette, IN,
J.Dairy Sci., 59, No.5, 974-981, 1976.
The Influence of Dietary Protein Intake on Milk Production and Blood Composition of HighYielding Dairy Cows, Treacher R.J., Little W., Collis K.A. and Stark A.J., Agric. Res. Council,
Inst. for Res. on Animal Diseases, Compton, Newbury, J.Dairy Res., 43, 357-369, 1976.
Bibliographic References
27
PN 8321681 Rev B
The Relationship Between Herd Bulk Milk Composition and Cell Count in Commercial
Dairy Herds, Asby C.B., Gard R.P. and Watkins J.H., Llysfasi Coll. of Agric., Clwyd, and
Beecham Pharm. Res. Div., Tadworth, Surrey, J.Dairy Res., 44, 585-587, 1977.
The Effect of Intergroup Movement of Dairy Cows on Bulk Milk Somatic Cell Numbers, Kay
S.J., Collis K.A., Anderson J.C. and Grant A.J., ARC Inst. for Res. on Animal Diseases, Compton,
Newbury, and MAFF, ADAS, Bridget's Experim. Husbandry Farm, Winchester, Hants., J.Dairy
Res., 44, 589-593, 1977.
Dust
The Application of the Coulter Electronic Particle Counter to Size Analysis of Pulverised
Coal and Fly-Ash, Batch B.A., Central Electricity Research Labs., Leatherhead, Laboratory Note
No.RD/L/N24/63, March 11th 1963, Internal Publication.See No.52.
Test Dust Preparation and Evaluation, Todd W.F., Hagan J.E. and Spaite P.W., Div. Air
Pollution, U.S. Public Health Serv., Robert A. Taft Sanitary Engrg. Center, Cincinnati, Ohio,
Presented at American Industrial Hygiene Conference, Cincinnati, Ohio, May 6th-10th 1963,
21pp.
Particle Size Distribution of Settled Dust, Fairweather J.H., San Bernardino County Air
Pollution Control District, San Bernardino, Calif., Presented at the 57th Annl.Mtg.of the Air
Pollution Control Association, Houston, Texas, June 21st-25th 1963, Paper No.64-77, 11pp.
Measuring the Retention of Filter Paper, Kime H.B., Eaton-Dikeman Co., Mount Holly Springs,
Pennsylvania, Presented at the Fourth Annual Coulter Counter Users' Conference, New York,
April 1964.Publ.in Filtration & Separation, July/August 1965, 3pp.
The Coulter Counter, Wickham R., Admiralty Engrg. Lab., Journal of the Royal Naval Scientific
Service, 19, No.3, 153-156, May 1964.
Particle Size Effects and Flame Propagation Rate Control in Laminar Coal Dust Flames,
Marshall W.F., Palmer H.B. and Seery D.J., Dept. Fuel Technol., Pennsylvania State Univ.; and
United Aircraft Corp., East Hartford, Conn., J.Inst.Fuel, 342-349, August 1964.
The Application of an Electronic Particle Counter to Size Analysis of Pulverised Coal and
Fly-Ash, Batch B.A., Central Electricity Res. Labs., Leatherhead, J.Inst.Fuel, 455-461, October
1964.
Distribution of Particulate Matter in a Firn Core from Eights Station, Antarctica, Taylor L.D.
and Gliozzi J., Inst. Polar Studies, Ohio State Univ., Columbus, Ohio, Publ.by American
Geophysical Union, in Antarctic Snow and Ice Studies, Antarctic Research Series, Volume 2,
267-277, 1964.
The Stratigraphic Distribution of Particulate Matter in the Firn at Byrd Station, Antarctica,
Marshall E.W., Dept. Geol., Univ. Michigan, Ann Arbor, Michigan, Antarctic Research,
Geophysical Monograph 7, (American Geophysical Union, Washington, D.C.), 185-196, 1962.
Properties of Metallic Zinc Pigments In Anticorrosive Primers, Lester G.R. and Proudley
P.M., Durham Raw Materials Ltd., Paint Manfr., 73-84, March 1964.
Consumer Demands in the Paint Industry, Crowl V.T., Paint Res. Station, Teddington, Middx.,
J.Soc.Dyers and Colourists, 81, No.12, 545-552, December 1965.
Zinc Dust and Flake Pigments, Atkinson G.D., Durham Chemicals, Birtley, Co. Durham,
J.O.C.C.A., 49, No.2, 137-149, February 1966.
Application of the Coulter Counter to Particle Size Distribution of Zinc Dust, Paul M.,
Durham Chemicals Ltd., Presented at the 4th British Coulter Counter Users Mtg., Bradford, April
1966, 8pp.
28
Bibliographic References
PN 8321681 Rev B
Evaluation of the Dust Cloud Generated by Helicopter Rotor Blade Downwash, Rodgers
S.J., MSA Research Corp., Proceedings of the 7th Annual Conference on Environmental Effects
on Aircraft and Propulsion Systems, November 1967, paper 67-ENV-1, 8pp.
Methods of Measuring Slough Characteristics of Clean Packaging Materials, Gieseke J.A.,
Clark W.E., Pilcher J.M. and Lewis T.W., Battelle Mem. Inst., Columbus Labs., Ohio; and Natl.
Aeronautics and Space Admin., Huntsville, Alabama, Proc.American Association of
Contamination Control Annl.Mtg., Washington, D.C., May 15th-18th 1967, p.86-90.
Effect of Particle Size upon the Strength of Powders, Farley R. and Valentin F.H.H., Warren
Spring Lab., Stevenage, Herts., Powder Technology, 1, No.6, 344-354, April 1968.
Ultrapure Water for the Semiconductor and Microcircuit Industries, Simon G.P. and Calmon
C., Ionac Chemical Co., Birmingham, New Jersey, Solid State Technology, 11, No.2, 21-30,
February 1968.
Analyzing Midget Impinger Dust Samples with an Electronic Counter, Anderson F.G., Tomb
T.F. and Jacobson M., U.S. Dept. of Interior, Bureau of Mines, Pittsburgh, Pa., Report of
Investigations 7105, 1968, 8pp.
Size Analysis of Pulverised Coal and Fly Ash Using the Coulter Counter, Batch B.A., Central
Electricity Board Res. Labs., Leatherhead, Presented at the Third British Coulter Counter Users'
Mtg., Cardiff, March 1966, 10pp.
Use of the Coulter Counter for Dust Control in Mines, , , Report of the Centre for Medical
Studies in Mines, Douai, France, June 12th 1967. (Translated into English by Ruckwood A.
Coulter Electronics Ltd.), 14pp.
Particle Size of the Saharan Dust which Fell in Britain in July 1968, Pitty A.F., Dept. Geog.,
Univ. of Hull, Nature, 220, 364-365, October 26th 1968.
Dust Sampling', Dorman R.G., Chemical Defence Experimental Establishment, Porton Down,
Salisbury, Presented at the Filtration Soc.Mtg., Manchester, February 20th 1968.Published in
Filtration and Separation, 549-558, November/December 1968.
Simplified Dust Sampling Apparatus for Use in Iron- and Steelworks, Flux J.H., Smithson
D.J. and Smithson R.N., Res. and Dev. Dept., British Steel Corp., Rotherham, J.Iron & Steel Inst.,
1188-1193, December 1968.
Particle Size Distribution of Air Borne Particles and Air Pollution, Friedberg H.R., Crobaugh
Labs., Cleveland, Ohio, Presented at the American Inst.of Chem.Engrs.64th Natl.Mtg., New
Orleans, Louisiana, March 19th 1969, 23pp.
The Moon at Houston., , , Nature, 225, 321-327, January 24th 1970. (Editorial)
Lunar Soil: Size Distribution and Mineralogical Constituents, Duke M.B., Woo C.C., Bird
M.L., Sellers G.A. and Finkelman R.B., U.S. Geol. Survey, Washington, D.C., Science, 167, 648650, January 30th 1970.
The Hyberbolic Distribution of Particle Sizes, Bader H., Inst. of Marine and Atmospheric Sci.,
Univ. Miami, J.Geophys.Res., 75, No.15, 2822-2830, May 20th 1970.
The Approach to Airborne Dust Measurement in British Coal Mines, Walton W.H., Med.
Service, Natl. Coal Board, London, Staub-Rh.Luft (English), 29, No.3, 32-38, March 1969.
Evaluation of the Penetration Characteristics of a Horizontal Plate Elutriator and of a
10mm Nylon Cyclone Elutriator, Tomb T.F. and Raymond L.D., U.S. Bureau of Mines,
Pittsburgh, Pa., Presented at American Industrial Hygiene Conf., Denver, Colorado, May 12th16th 1969, 18pp.
The Determination of the Size Distribution of Mine Dusts Using the Coulter Counter,
Rendall R.E.G. and van Sittert G.C.H., Pneumoconiosis Res. Unit of the South African Med. Res.
Council, Johannesburg, PRU Report 10/70, June 18th 1970, 10pp.
Bibliographic References
29
PN 8321681 Rev B
Evaluation of Some Parameters Affecting the Collection and Analysis of Midget Impinger
Samples, Jacobson M., Terry S.L. and Ambrosia D.A., Bureau of Mines, U.S. Dept. of the
Interior, Pitsburgh, Pa., Amer.Ind.Hyg.Ass.J., 31, 442-445, July-August 1970.
The Status of Flour Particle Size in Relation to Industrial Use of Flour, Williams P.C., GRL,
Winnipeg, Presented at 55th Annl.Mtg., Amer.Ass.Cereal Chemists, Minneapolis, October 18th22nd 1970.(Abstract only).
Dust Collector Performance Evaluation by Midget Impinger and Coulter Counter, Dunson
J.B. Jr., E.I. du Pont de Nemours and Co., Inc., Wilmington, Delaware, Presented at 63rd
Annl.Mtg.Amer.Inst.Chem.Engrs., Chicago, Ill., November 29th-December 3rd 1970, 39pp.
Suppression and Collection of Respirable Coal Dust Using Water and Steam, Tomb T.F.,
Cheng L. and Stein R.L., U.S. Bureau of Mines, Pittsburgh, Pa., Presented at the Intl.Conf.on
Coal Workers' Pneumoconiosis, New York City, September 13th-17th 1971, 26pp.
The Use of a Model A Industrial Coulter Counter in Quantitative Determinations of the
Phytoplankton of the River Thames, Evans J.H., Dept. Botany, Royal Holloway Coll., Univ.
London, Presented at S.A.C.Particle Size Group Mtg., April 21st 1971.Proc.Soc.Analyt.Chem., 8,
No.12, 260-264, December 1971.
Bestimmung der Korngrössenverteilung von Lungenstauben mit Elektronischem
Zählverfahren, Otto H. and Pesch H.-J., Path. Inst., Univ. Erlangen-Nürnberg, Frankfurter
Zeitschrift für Pathologie, 76, 1-11, 1966.
Ergebnisse von Untersuchungen auf dem Gebiet der Staub- und Silikosebekämpfung im
Steinkohlenbergbau, Baumann H., Klosterkötter W. and Robock K., Silikose - Forschungsinst.
der Bergbau-Berufsgenossenschaft, Berlin, Staub und Silikosebekämpfung, Silikosebericht
Nordrhein-Westfalen, 6, 33-39, 1967.
Deposition of Inhaled Particles in Human Lungs, Drasche H. and Reiter R., Univ. of
Saarbrucken, Germany, Presented at the Eighth Coulter Conf., Cardiff, March 25th-26th 1970,
3pp.
Particle Size and Shape Distribution for Lunar Fines Sample 12057,72, Heywood H., Chem.
Eng. Dept., Univ. of Technol., Loughborough, Proc.2nd Lunar Science Conf., (M.I.T.Press), 3,
1989-2001, 1971.
Experimental Investigation on the Collection of Airborne Coal Dust by Water Spray in a
Horizontal Duct, Tomb T.F., Emmerling J.E., Kellner R.H. and Cheng L., U.S. Bureau of Mines,
Pittsburgh, Penna., Presented at the American Industrial Hygiene Conf., San Francisco, Calif.,
May 14th-19th 1972, 11pp.
The Effect of Pulsation Damping on Respirable Dust Collected by Coal Mine Dust Personal
Samplers, Lamonica J.A. and Treaftis H.N., U.S. Bureau of Mines, Pittsburgh, Penna., Presented
at the American Industrial Hygiene Conf., San Francisco, Calif., May 14th-19th 1972.(Abstract
only).(See also No.472).
Comparison of Equivalent Spherical Volume and Aerodynamic Diameters for Irregular
Shaped Particles, Tomb T.F. and Corn M., U.S. Bureau of Mines, Pittsburgh, Penna., Presented
at the American Industrial Hygiene Conf., San Francisco, Calif., May 14th-19th 1972, 24pp.
Experimental Investigation on the Collection of Airborne Coal Dust by Water Spray in a
Horizontal Duct, Tomb T.F., Emmetling J.E. and Kellner R.H., , Presented at the American
Industrial Hygiene Conf., San Francisco, Calif., May 14th-19th 1972.
'Alveolarization' of Tantalum Powder in Experimental Bronchography and the Clearance of
Inhaled Particles from the Lung, Friedman P.J. and Tisi G.M., Depts. Radiol., Pathol. and Med.,
Univ. of California, San Diego, La Jolla, Calif., Diagnostic Radiology, 104, 523-535, September
1972.
30
Bibliographic References
PN 8321681 Rev B
The Effect of Pulsation Damping of Respirable Dust Collected by Coal Mine Dust Personal
Samplers, Lamonica J.A. and Treaftis H.N., United States Dep. of Interior, U.S.Bureau of Mines
Report of Investigations RI7636, 1972, 23pp.(See also No.442).
Preliminary Report on an Investigation on Lunar Dust, Buxton R.E., Loughborough Univ.,
Loughborough Univ.Chem.Eng.J., 7, 44-46, 1972.
The Coulter Counter Model D Industrial, Lines R.W., Coulter Electronics Ltd., Presented at the
Coulter Conf., London, April 10th-11th 1973, 17pp.
A Technique for the Redispersion of Fine Powders, Sansone E.B., Dept. Occ. Health, Univ. of
Pittsburgh, Pa., Powder Technol., 7, 355-357, 1973.
Atmospherically Transported Volcanic Dust in South Pacific Deep Sea Sedimentary Cores
at Distances over 3000Km from the Eruptive Source, Huang T.C., Watkins N.D., Shaw D.M.
and Kennett J.P., Grad. Sch. Oceanogr., Univ. of Rhode Island, Kingston, Earth and Planetary
Sci.Letters, 20, 119-124, 1973.
The Use of the Model A Industrial Coulter Counter In Investigations of Freshwater
Phytoplankton, Evans J.H. and McGill S.M., Dept. Botany, Royal Holloway Coll., London,
Presented at the Sixth Coulter Conf., London, March 5th-7th 1968, 11pp.
The Use of the Model A Industrial Coulter Counter in Investigations of Freshwater
Phytoplankton, Evans J.H. and McGill S.M., Dept. Botany, Royal Holloway Coll., London,
Presented at the Sixth Coulter Counter Users' Conf., March 5th-7th 1968, 9pp.
Some Applications of Coulter Counters in the Dairy Industry, Faudot D., Coultronics S.A.,
France, Presented at the Coulter Milk Conf., Brussels, July 1973, 18pp.
Filtration of Air by Fibrous Filters, Stenhouse J.I.T., Dept. Chem. Eng., Univ. of Technol.,
Loughborough, Leics., Filtration & Separation, 268-274, May/June 1975.
Particle Sizing of Dust Found in Cottonseed Oil Mills, Matlock S.W., Wiederhold L.R. Jr. and
Parnell C.B. Jr., Texas A & M Univ., College Station, and Soil Conservation Serv., USDA Pampa,
Texas, Presented at Amer.Soc.of Agric.Eng.Mtg., Chicago., December 15th-18th
1975.Trans.A.S.A.E., 19, No.5, 970-976, September-October 1976.
Performance Characteristics of the 10 mm Respirable Mass Sampler: Part II - Coal Dust
Studies, Caplan K.J., Doemeny L.J. and Sorenson S.D., Univ. of Minnesota, Minneapolis;
NIOSH, Cincinnati; and 3M Company, St. Paul, MN, Am.Ind.Hyg.Assoc.J., 38, No.4, 162-173,
April 1977.
Characterization of the Volume Size Distribution of Respirable Coal-Mine Dust Samples by
Coulter Counter, Ogden T.L. and Rickmann A.M., Inst. of Occupational Med., Edinburgh,
Ann.Occup.Hyg., 20, 257-270, 1977.
Mise au Point d'un Appareil Industriel de Mesure Automatique des Particules en
Suspension dans un Liquide: Application au Contrôle du Développement des Levures au
Cours de la Fermentation de la Bière, Moll M., Duteurtre B., Weber J.-C. and Delorme J.-J., ,
Industries Alimentaires et Agricoles, 95, 23-28, 1978.
Instrumentation for Filtration Tests., Kinsman S., Coulter Electronics, Inc., Hialeah, Fla,
A.I.Ch.E.Symposium Series, 73, No.171, 13-17, 1977.
The Particle Size Distribution in AC Fine Test Dust, Johnston P.R., The Carborundum Co.,
Lebananon, Ind., J.Testing and Evaluation, (A.S.T.M.), 6, No.2, 103-107, March 1978.
Some Recently Certified Particle Size Reference Materials, Wilson R., Div. Chem., Standards
Natl. Phys. Lab., Teddington, Middlesex, Preprints, Partec, Nuremberg September 24th-26th
1979, p.59-77.
The Effect of Cyclonic Precleaners on the Pressure Drop of Fabric Filters, Davis W.T. and
Kurzyske F.R., Dept. Civil Engrg., Univ. Tennessee, Knoxville, and Illinois Env. Protn. Agency,
Chicago, Filtration & Separation, 451-454, September/October 1979.
Bibliographic References
31
PN 8321681 Rev B
Particle Size Variation in the Solvent Refined Coal Process, Curtis C.W., Tarrer A.R. and
Guin J.A., Coal Conversion Lab., Chem. Engrg. Dept., Auburn Univ., Auburn, Alabama,
Ind.Eng.Chem.Process Des.Dev., 18, No.3, 377-385, 1979.
A Survey of Grain Dust Properties at Large Grain Terminals, Wade F.J., Hawk A.L. and
Watson C.A., Cargill Grain Research Lab., Minneapolis; and USDA, FGIS, Richards-Gebaur
AFB, Grandview, MO, Proc.Intnl.Symp.Grain Dust, Kansas State Univ., Manhattan, KS., October
2nd-4th 1979, p.49-68.
Dust in Dental Laboratories. Part II: Measurement of Particle Size Distributions, Brune D.,
Beltesbrekke H. and Strand G., Scandinavian Inst. of Dental Materials, Oslo, and Central Inst. of
Ind. Res., Oslo, Norway, J.Prosthet.Dent., 41, No.1, 82-87, July 1980.
Pressure Development during Explosions in Clouds of Dusts from Grain, Feedstuffs and
other Natural Organic Materials, Eckhoff R.K., Dept. Sci. and Technol., Chr. Michelsen Inst.,
Bergen, Norway, Fire Res., 1, 71-85, 1977/78.
Preparation of Coal-Oil Suspensions in a Stirred Ball Mill, Sepulveda J.L. and Herbst J.A.,
Univ. Utah, Salt Lake City, Utah, Proc.Intnl.Powder and Bulk Solids Handling and Processing
Conf., Rosemont, Ill., May 12th-14th 1981, p.10-20.
A Correlation Between the Results of Different Instruments Used to Determine the Particle
Size Distribution in AC Fine Test Dust, Johnston P.R. and Swanson R., Ametek, Inc.,
Sheboygan, WI; and Brunswick Corp., De Land, FL, Powder Technol., 32, 119-124, 1982.
The Flammability of Coal Dust-Air Mixtures Lean Limits, Flame Temperatures, Ignition
Energies, and Particle Size Effects, Hertzberg M., Cashdollar K.L. and Opferman J.J., U.S.
Bureau of Mines, Pittsburgh, PA, U.S.N.T.I.S.Report PB 299521, 1979, 70pp.
Grading Grains in the Flour Milling and Baking Industries, Evers A.D., Flour Milling and
Baking Res. Ass., Chorleywood, Herts., Anal.Proc., 19, No.8, 393-394, August 1982.
Study of Mechanisms of Grain Dust Explosion as Affected by Particle Size and
Composition. I. Review of Literature, Lai F.S., Garrett D.W. and Fan L.T., U.S. Grain Marketing
Res. Lab., U.S. Dept. of Agric.; and Kansas State Univ., Manhattan, KA, Powder Technol., 32,
193-202, 1982.
Determination of Particle Size Distribution of Agricultural Particulate with the Coulter
Counter, Norman B.M., Parnell C.B. Jr., and Avant R.V. Jr., Dept. Agric. Engrg., Texas A&M
Univ., College Station, and Texas Dept. Agric., Austin, Texas, Presented at Summer Mtg.of
ASAE and CSAE, Univ.Manitoba, Winnipeg, June 24th-27th 1979, 16pp.
Cotton Dust Particle Size Distribution in Oil Mills, Thibodeaux D.P., Southern Reg. Res.
Center, New Orleans, LA, J.Amer.Oil Chem.Assoc., 59, No.6, 466A-472A, June 1982.
Bepaling van de Deeltjesgrootte van Industriële Materialen, de Jaeger N., Agfa-Gevaert N.V.,
Mortsel, Belgium, Chemie Magazine (Belgium), No.7, 15-19, October 1983.
Application of Modern Aerosol Instrumentation for Industrial Particle Measurement, Liu
B.Y.H., Mech. Engrg. Dept., Univ. Minnesota, Minneapolis, Presented at 3rd Eur.Symp.on
Part.Charact., PARTEC, Nürnberg, May 9th-11th 1984, 12pp.
Particle Size Analysis of Coal-Water-Mixture (CWM) Using Coulter Counter, Laapas H.R.,
Helsinki Univ. of Technol., Dept. Mining and Metallurgy, Espoo, Finland, Presented at Fine
Particle Soc.15th Annual Mtg., Orlando, Fla., July 30th-August 1st 1984.(Abstract only).
An Overview of Solid-Liquid Separation in Coal Liquefaction Processes, Leu W.F. and Tiller
F.M., Dept. Chem. Engrg., Univ. Houston, Texas, Powder Technol., 40, 65-80, 1984.
An Analysis of Fabric Dust Filtration. I: Model Observations of Dust Cake Formation,
Rothwell E., Dept. Chem. Engrg. and Fuel Technol., Univ. Sheffield, Filtration & Separation, 318324, September/October 1985.
32
Bibliographic References
PN 8321681 Rev B
Comparison of Environmental Particulate Matter Derived from Stationary Sources, Fisher
G.L., McNeill K.L., Prentice B.A., Democko C.J., McFarland A.R. and Finch G.L., Battelle
Columbus Labs., Columbus, Ohio; Texas A & M Univ., College Station, Texas; and Donner Lab.,
Univ. of Calif., Berkeley, Particulate Science and Technology, 2, 75-88, 1984.
Use of the Coulter Counter in Coal Research and Comparisons with Other Techniques,
James R.G. and Welford G., Natl. Coal Board, Coal Res. Establishment, Stoke Orchard,
Cheltenham, Presented at the Royal Soc.Chem.Particle Size Analysis Group Mtg.'The Electrical
Sensing Zone Method of Particle Size Analysis', Luton, March 19th 1986.Publ.Anal.Proc., 24, 38,
February 1987.
Estimation of the Equivalent Hydrodynamic Diameter of Fine Particles from Equivalent
Projected Area and Volume Diameters, Ghadiri M., Seville J.P.K., Raper J.A. and Clift R., Univ.
of Surrey, Dept. Chem. and Process Engrg., Guildford, Surrey; and Univ. of Newcastle, Dept.
Chem. Engrg., Newcastle, New South Wales, Australia, Presented at Partec, Nuremberg, April
16th-18th 1986, preprints p.203-220.
Comparison of Particle Size Distribution Data Obtained with Cascade Impaction Samplers
and from Coulter Counter Analysis of Total Dust Samples, Treaftis H.N., Kacsmar P.,
Suppers K. and Tomb T.F., Mine Safety and Health Admin., Pittsburgh Health Technol. Center,
Dust Div., Pittsburgh, Am.Ind.Hyg.Assoc.J., 47, No.2, 87-93, February 1986.
Performance Evaluation of Industrial Filter Cartridges, Ostreicher E.A., Cuno Inc., Meriden,
Conn., In, Fluid Filtration: Liquid, Volume II, ASTM STP 975, eds.Johnston P.R.and Schroeder
H.G., Amer.Soc.for Testing and Mtls., Philadelphia, 1986; p.117-143.
Mechanisms of Ultrasonic Agglomeration for Dewatering Colloid Suspensions, Muralidhara
H.S., Beard R.B. and Senapati N., Battelle, Columbus Div., Filtration and Separation, 409-413,
November/December 1987.
Experimental Study of Dust Distribution Around Motor Vehicles in Motion, Jaroszczyk T.,
Corp. Res. Dept., Nelson Industries, Inc., Stoughton, Wisconsin, In, Particulate and Multiphase
Processes, Vol.2: Contamination Analysis and Control, eds.Ariman T.and Veziroglu T.N.,
Hemisphere, Washington, DC, 1987, p.417-426.
Correlation between Electrophoretic Mass Transport and Bulk Properties of Concentrated
Coal Suspensions, Casassa E.Z. and Toor E.W., Dept. Chem. Engrg., Carnegie Mellon Univ.,
Pittsburgh, Pennsylvania, Energy and Fuels, 2, 157-163, 1988.
University Unit Serves Industry, Jones F., Wolfson Organic Powders Res. Unit, Dept. Colour
Chemistry and Dyeing, Univ. of Leeds, Lab.News, 12-13, March 28th 1988.
The Applications and Significance of Particle Size Measurement in the Food Industry,
Hayes G., Manchester Polytechnic, Presented at Coulter Sci.Symp.'Particle Technology',
September 26th-27th 1989, Natl.Motorcycle Museum, Solihull, 1pp.(Abstract only).
Applications of the Coulter Threshold Technique in Industry, Biology and Medicine, de
Jaeger N.C., Gilleir J. and de Jaeger A., Agfa Gevaert, and Univ. Ghent, Belgium, Proc.Coulter
Sci.Symp.'Particle Technology', Stratford-upon-Avon, June 13th-14th 1988, publ.Coulter
Electronics Ltd., 1990, p.53-58.
Evaluating Grain Dust Explosion Parameters Using a New Testing System, Lesikar B.J. and
Parnell C.B. Jr., Agric. Engrg. Dept., Texas A&M Univ., College Station, TX, Proc.14th
Annl.Powder & Bulk Solids Conf., Rosemont, Ill., May 15th-18th 1989, p.63-79.
Effects of Dust Properties on Gas Cleaning using Rigid Ceramic Filters, Koch D., Cheung
W., Seville J.P.K. and Clift R., Dept. Chem. & Process Engrg., Univ. Surrey, Guildford, Filtration &
Separation, 337-341, July/August 1992.
New Test Method for Evaluation of Water Cartridge Filters, Jourdan M.- F., Peuchot C. and
Hunt T., Inst. de la Filtration et des Techniques Séparatives (IFTS), Foulayronnes, France,
Filtration & Separation, 427-433, July/August 1994.
Bibliographic References
33
PN 8321681 Rev B
Road Vehicles - Test Dust for Filter Evaluation - Part 1 : Arizona Test Dust, , , International
Standard, ISO 12103-1, 1997, 12pp.
An Investigation into the Filtration of Biological Materials: Why is it Such a Problem?, , ,
Filtration and Separation, 507-512, July/August 1998
Effect of Repeated Puncture on the Particulate Matter Contamination of Multidose Vials as
Assessed by the Industrial Model B Coulter Counter, Edirimanasinghe S.M., Lemberger A.P.
and Perrin J.H., School of Pharm., Univ. of Wisconsin, Madison, Acta Pharmaceutica Suecica, 5,
501-508, 1968.
The Pharmacist in Industry, Pearson J.T. and Pitkethly W.N., School of Pharm., Sunderland
Polytechnic, Co. Durham, Chemistry in Britain, 360-362, August 1969.
Applications of Particle Size Analysis in the Pharmaceutical Industry, Orr N.A. and Spence
J., Wellcome Foundation Ltd., Dartford, Kent, Analyst, 102, 446-472, June 1977.
Implications of Particle Contamination Standards for Small-Volume Injections for the
Pharmaceutical Industry, Spence J., Pharm. Development Labs., Wellcome Foundation Ltd.,
Dartford, Kent, Anal.Proc., 18, No.12, 522-525, December 1981.
Oils
An Appreciation of the Coulter Electronic Particle Counter as a Suitable Method for
Assessing the Contamination Level of Hydraulic Oils, Coppola R.F., Bristol Aircraft Ltd.,
Filton, Internal Publication M6/R/RFC/17 July 5th 1960, 7pp.
Aggregation in Oil-in-Water Emulsions. Effects of Dioctyl Sodium Sulfosuccinate
Concentration, Higuchi W.I., Okada R. and Lemberger A.P., School of Pharm., Univ. of
Wisconsin, Madison, Wis., Presented at the 108th Convention of the American Pharm.Assoc.,
Chicago, March 1961.J.Pharm.Sci., 51, No.7, 683-687, July 1962.
Counting and Measuring of Contamination Particles in Hydraulic Oils Using an Electric
Sensing Zone Instrument, Kinsman S., Coulter Electronics, Inc., Chicago, Ill., Presented at the
Meeting of the Society of Automotive Engineers, AGE-1 B Sub-committee on Hydraulic
Pneumatic Military Support Equipment, Seattle, Wash., September 19th-20th 1963, 4pp.
Emulsification of Linseed Oil: Effects of Oil Viscosity, Temperature, Time of Agitation, and
Age on Particle-Size Distribution, Princen L.H., Kwolek W.F. and Stolp J.A., Northern Reg.
Res. Lab., Peoria, Ill., Presented at 151st Natl.Mtg.of American Chem.Soc., Pittsburgh, Pa.,
March 22nd-31st 1966, 3pp.Published as No.166.
Lubricating Oil Filter Performance Evaluation, Richards M., Admiralty Engrg. Lab., Presented
at the 3rd British Coulter Counter Users Mtg., Cardiff, March 1966, 5pp.
Emulsification of Linseed Oil. I. Effects of Oil Viscosity, Temperature, Time of Agitation,
and Age of Emulsions of Particle Size Distribution, Princen L.H., Stolp J.A. and Kwolek W.F.,
Northern Reg. Res. Lab., U.S.D.A., Peoria, Ill., J.Paint Technol., 39, No.507, 182-187, April
1967.(See also No.101).
Emulsification of Linseed Oil. II. Fitting the Truncated Log Normal Distribution with
Coincidence Corrections to Coulter Counter Data, Kwolek W.F., Princen L.H. and Greenspun
R.L., Northern Reg. Res. Lab., U.S.D.A., Peoria, Ill., J.Paint.Technol., 39, No.507, 188-190, April
1967.
Effect of Preparation Parameters on the Initial Size Distribution Function in Oil-in-Water
Emulsions, Becher P., Chem. Res. Dept., Atlas Chemical Industries, Inc., Wilmington, Del.,
J.Coll.Interf.Sci., 24, 91-96, July 1967.
The Effect of Fuel Oil Contaminants on Engine Operation, Brown J.F.C., British Ship Res.
Assocn., Presented at the Sixth British Coulter Counter Users' Conf., London, March 1968, 17pp.
34
Bibliographic References
PN 8321681 Rev B
Estimating Globule-Size Distribution of Oil-in-Water Emulsions by Spectroturbidimetry,
Walstra P., Univ. of Agric., Wageningen, Netherlands, J.Coll.Interf.Sci., 27, No.3, 493-500, July
1968.
Pollution Control in the Steam Circuits of Heat-Engine Plant (Power Station); Use of the
Coulter Counter, Ropars J., Chem. Dept., French Electricity Board, 1968.(In French).Translated
into English by Ruckwood A.(Coulter Electronics Ltd.), 15pp.
Generating, Sizing and Counting Oil Droplets, Loriston-Clarke A.G. and Thew M.T., Dept.
Mech. Eng., Univ. Southampton, Presented at the Seventh British Coulter Counter Users' Conf.,
London, March 1969, 20pp.
Oil Filter Evaluation for the Royal Navy, Galpin M., Admiralty Engrg. Lab. West Drayton,
Middx., Presented at the Seventh British Coulter Counter Users' Conf., London, March 1969, 8pp.
Estimating Globule-Size Distribution of Oil-in-Water Emulsions by Coulter Counter, Walstra
P. and Oortwijn H., Univ. of Agric., Wageningen, Netherlands, J.Coll.Interf.Sci., 29, No.3, 424431, March 1969.
Application of the Electronic Particle Counter in Soil Microbiology, Santoro T. and Stotzky
G., Kitchawan Res. Lab., Brooklyn Botanic Garden, Ossining, N.Y., Am.Soc.Agron.Abstr.,
Division S-3, 1965, p.88.
Lunar Soil: Size Distribution and Mineralogical Constituents, Duke M.B., Woo C.C., Bird
M.L., Sellers G.A. and Finkelman R.B., U.S. Geol. Survey, Washington, D.C., Science, 167, 648650, January 30th 1970.
Correlation of Emulsion Particle Size and Aluminum Tandem Hot Mill Rolling Performance,
Penny F.R., Kaiser Aluminum & Chemical Corp., Ravenswood, W. Va., Presented at 25th ASLE
Annl.Mtg., Chicago, May 4th-8th 1970.J.Amer.Soc.Lubrication Engineers, 87-90, March 1971.
Misure Granulometriche Sul Terreno, Sapetti C., Stazione Chimico-Agraria Sperimentale e Ist.
di Chimica Agraria Dell'Univ., Torino, Annali Sper.Agr., 17, (n.s.), 583-615, 1965.
Applied Research at Bedford College, Cole M.M., , Geographical Magazine, XLI, No.1, 50-53,
October 1968.
Use of the Coulter Counter (Model B) for Particle-Size Analysis of Soils, Walker P.H. and
Hutka J., Div. Soils, CSIRO, Glen Osmond, S. Australia, Divisions of Soils Technical Paper No.1,
Commonwealth Scientific and Industrial Research Organization, Australia, 1971, 33pp.
Particle Size Analysis of Oil Samples with a Coulter Counter, Schmitz J.E., Carborundum
Co., Lebanon, Indiana, Presented at an A.I.Ch.E.Mtg., Minneapolis, August 30th 1972,
13pp.Published in Filtration and Separation, 426-428, July-August 1973.
Stability of Crude Oil-in-Water Emulsion, Chen E.C., Dept. of Environment, Ottawa, Ontario,
Presented at the 47th Natl.Coll.Symp.(Amer.Chem.Soc.), Carleton Univ., Ottawa, June 18th-20th
1973, 19pp.
Stability of Crude Oil-in-Water Emulsions, Chen E.C., Inland Waters Directorate, Environment
Canada, Ottawa, J.Canadian Petroleum Technology, 38-41, January-March 1974.
Water Quality in the North Sea and Injection Water Standards from North Sea Oil Fields, St.
John D.H., Bakels R.A., Barkman J.H. and Mckenzie D., Shell U.K. Exploration and Production
Ltd., and Nalfloc Ltd., Presented at the Society of Petroleum Engineers of A.I.M.E.Mtg.,
Amsterdam, Paper No.SPE4840, May 29th-30th 1974, 18pp.
Determination of Particle Size Distribution of Oil-In-Water Emulsions by Electronic
Counting, Lien T.R. and Phillips C.R., Dept. Chem. Eng. and Appl. Chem., Univ. of Toronto,
Canada, Environmental Science and Technology, 8, No.6, 558-561, June 1974.
Filtration Prescreening Procedures, Butts T.J. and Hungerford W.B., Exxon Chemical Co.,
Linden, N.J., Presented at A.I.Ch.E.Mtg.Salt Lake City, Utah, August 20th 1974, 21pp.
Bibliographic References
35
PN 8321681 Rev B
Coarse-Grind Cement in Oil-Well Cementing, Clark C.R., Steel J.H. and Gidley J.L., Humble
Oil and Refining Co., Presented at 46th Ann.Mtg.Soc.Petroleum Engineers of AIME, New
Orleans, October 3rd-6th 1971.Published in Oil & Gas J., 50-53, January 24th 1972.
The Influence of Freezing-Thawing on the Stability of Crude Oil-in-Water Emulsions, Chen
E.C., Inland Waters Directorate, Dept. Environment, Ottawa, J.Canad.Petroleum Technol., 38-41,
April-June 1975.
Electronic Particle Sizing: the Coulter Counter, Shackley M.L., Univ. of Oxford, Chapter 12, in
Archaelogical Sediments, - A Survey of Analytical Methods, Butterworths, London, 1975, p.142146.
Particle Sizing of Dust Found in Cottonseed Oil Mills, Matlock S.W., Wiederhold L.R. Jr. and
Parnell C.B. Jr., Texas A & M Univ., College Station, and Soil Conservation Serv., USDA Pampa,
Texas, Presented at Amer.Soc.of Agric.Eng.Mtg., Chicago., December 15th-18th
1975.Trans.A.S.A.E., 19, No.5, 970-976, September-October 1976.
Freezing of Oil-Water and Oil-Saline Emulsions, Truong L. and Phillips C.R., Dept. Chem.
Eng. and Appl. Chem., Univ. of Toronto, Canada, Envir.Sci.Technol., 10, No.5, 482-484, May
1976.
Photomicrographs Can Help Assess Efficiency of Oil-Removal Operation, Churchill R.J. and
Burkhardt C.W., Tretolite Div., Petrolite Corp., St. Louis, Oil & Gas J., 76-80, June 14th 1976.
The Particle Size Analysis of Soils and its Use in Forensic Science - the Determination of
Particle Size Distributions within the Silt and Sand Fractions, Dudley R.J., Home Office
Central Res. Establishment, Reading, Berks., J.Forens.Sci.Soc., 16, 219-229, 1976.
The Use of Particle Size Analysis of Soils in Forensic Science, Dudley R.J., Home Office
Central Res. Establishment, Reading, Berkshire, Presented at 3rd Chem.Soc.P.S.A.Conf.,
Univ.Salford, September 12th-15th 1977.In, 'Particle Size Analysis', ed.Groves M.J., Heyden,
1978, p.356-366.
Preparative-Scale Size Fractionation of Soils and Sediments and an Application to Studies
of Plutonium Geochemistry, Muller R.N. and Tisue G.T., Argonne Natl. Lab., Argonne, Illinois,
Soil Science, 124, No.4, 191-198, October 1977.
The Stability of Oil-in-Water Emulsions Containing Paraffinic Oils and Alkyl Sulphates,
Hallworth G.W. and Carless J.E., Allen and Hanbury's Research Ltd., Ware, Herts., and Chelsea
Coll., Univ. London, Chapter 18, in Theory and Practice of Emulsion Technol., ed.Smith A.L.,
Academic Press, London, 1976, p.305-324.
The Comparison of Distributional Shapes with Particular Reference to a Problem in
Forensic Science, Dudley R.J. and Smalldon K.W., Home Office Central Res. Establishment,
Aldermaston, Reading, Intnl.Statistical Review, 46, 53-63, 1978.
A Comparison of Electronic and Pipet Methods for Mechanical Analysis of Soils,
Pennington K.L. and Lewis G.C., Univ. Idaho, Moscow, Idaho, Soil Science, 128, No.5, 280-284,
November 1979.
Statistical Assessment of Similarity of Particle Size Distributions - A Simple but Effective
Method, Dudley R.J., Home Office Central Res. Estab., Aldermaston, Reading, Berks, Presented
at Conf.'Particle Size Analysis and Quality Control for Pharmaceuticals', Sunderland, May 21st
1980.(Abstract only).
Characterization of Oil-in-Water Emulsions: An Evaluation of the Coulter Counter
Technique, Hamza H.A. and Andersen N.E., Dept. Energy, Mines and Resources, Western Res.
Lab., Edmonton, Alberta, Proc.Intnl.Symp.Fine Particles Processing, Las Vegas, Nevada,
February 24th-28th 1980.Publ.as Chapter 21 in, Fine Particles Processing, Vol.1,
ed.Somasundaran P., Amer.Inst.Mining, Metallurgical and Petroleum Eng., Inc., New York, 1980,
p.338-403
36
Bibliographic References
PN 8321681 Rev B
Preparation of Coal-Oil Suspensions in a Stirred Ball Mill, Sepulveda J.L. and Herbst J.A.,
Univ. Utah, Salt Lake City, Utah, Proc.Intnl.Powder and Bulk Solids Handling and Processing
Conf., Rosemont, Ill., May 12th-14th 1981, p.10-20.
Cotton Dust Particle Size Distribution in Oil Mills, Thibodeaux D.P., Southern Reg. Res.
Center, New Orleans, LA, J.Amer.Oil Chem.Assoc., 59, No.6, 466A-472A, June 1982.
Preservation in Specialised Areas. A. Cutting Oil Emulsions, Hill E.C., Univ. Coll., Cardiff,
Chapter 12 in, Principles and Practice of Disinfection, Preservation and Sterilisation, eds.Russell
A.D., Hugo W.B.and Ayliffe G.A.J., Blackwell Sci.Publns., Oxford 1982, p.343-351.
Chemical and Biological Characterization of Emissions from Coal-and Oil-Fired Power
Plants, Ahlberg M., Berghem L., Nordberg G., Persson S.-Å., Rudling L. and Steen B., Natl.
Defence Res. Inst., Umeå; Dept. Environmental Hygiene, Umeå Univ.; and Inst. for Water and Air
Res., Stockholm and Gothenburg, Sweden, Environmental Health Perspectives, 47, 85-102,
1983.
Identification of Loess by Particle Size Distribution using the Coulter Counter TAII, Lewis
G.C., Fosberg M.A., Falen A.L. and Miller B.J., Univ. Idaho, Moscow, Idaho and Louisiana State
Univ., Baton Rouge, Louisiana, Soil Sci., 137, No.3, 172-176, March 1984.
Characterization of Coarse Particles from an Oil-Fired Power Plant Collected for Use in
Biological Tests, Ahlberg M.S. and Fängmark I., Natl. Defence Res. Inst., NBC Dept., Umeå,
Sweden, J.Aerosol Sci., 15, No.3, 329, 1984.(Abstract only).
Correlation of Simple Laser Scattering Techniques for the Characterization of Oil-Water
Emulsions, Iranloye T.A., Faculty Pharm., Univ. of Ife, Nigeria, Intnl.Lab., 68, 70 and 71,
November/December 1985.
Electroflocculation/Electroflotation for the Removal of Oil from Oil-In-Water Emulsions,
Balmer L.M. and Foulds A.W., Shell Res. Ltd., Thornton Res. Centre, Chester, Presented at 4th
World Filtration Congress, Ostend, April 22nd-25th 1986; preprints Part II, p.10.67-10.73.
Coalescence of Oil-in-Water Emulsions: Development of a Novel Fibrous Bed Coalescer
Using Surface Treated Polypropylene Fibres, Hughes V.B. and Foulds A.W., Shell Res. Ltd.,
Thornton Res. Centre, Chester, Presented at 4th Word Filtration Congress, Ostend, April 22nd25th 1986, preprints Part III, p.11.13-11.25.
Interfacial Films in the Stabilization of Sunflower Oil in Water Emulsions with Nonionics,
Pilpel N. and Rabbani M.E., Chelsea Dept. of Pharm., King's Coll. (KQC), Univ. London,
J.Coll.Interf.Sci., 122, No.1, 266-273, March 1988.
The Mesh Obscuration Technique for Contamination Monitoring of Oils, Hunt T., Bristol,
Proc.Coulter Sci.Symp.'Particle Technology', Stratford-upon-Avon, June 13th-14th 1988,
publ.Coulter Electronics Ltd., 1990, p.123-125.
Effect of Heat Denaturation on the Adsorption of -Lactoglobulin at the Oil/Water Interface
and on Coalescence Stability of Emulsions, Das K.P. and Kinsella J.E., Inst. Food Sci.,
Cornell Univ., Ithaca, New York, J.Coll.Interf.Sci., 139, No.2, 551-560, October 15th 1990.
Rheological and Granulometrical Studies of a Cutting Oil Emulsion. I. The Effects of Oil
Concentration, Benali L., Inst. de Méc. des Fluides de Toulouse, Toulouse, France,
J.Coll.Interf.Sci., 156, 454-461, 1993.
Kemp's Triacid at Oil-Water Interfaces, Sengupta T. and Papadopoulos K.D., Chem. Eng.
Dept., Tulane Univ., New Orleans, Louisiana, J.Coll.Interf.Sci., 163, 234-244, 1994.
Novel Techniques for Oil/Water Separation., Daiminger U., Nitsch W., Plucinski P. and
Hoffmann S., Techn. Univ. München, Inst. für Techn. Chemie, Garching, Germany, To be publ.in
J.Membrane Sci., 1995, 7pp.
Bibliographic References
37
PN 8321681 Rev B
London-vdW and EDL Effects in the Coalescence of Oil Drops, Deshiikan S.R. and
Papadopoulos K.D., Lindy Boggs Center for Energy & Biotech., Dept. Chem. Eng., Tulane Univ.,
New Orleans, Louisiana, J.Coll.Interf.Sci., 174, 302-312, 1995.
London-van der Waals and EDL Effects in the Coalescence of Oil Drops. II. Ionic Strength
and pH Effects, Deshiikan S.R. and Papadopoulos K.D., Lindy Boggs Center for Energy &
Biotech., Dept. Chem. Eng., Tulane Univ., New Orleans, Louisiana, J.Coll.Interf.Sci., 174, 313318, 1995.
Coulter Counting and Light Diffraction Applied to Characterisation of Oil-Water Emulsions,
Sontum P.C., Kolderup E.M. and Veldt D., Analyt. and Pharmac. Scis. R&D, Nycomed Imaging
AS, Oslo, Norway, J.Pharm.Biomed.Anal., 15, 1641-1646, 1997.
Preferential Attachment of Contaminants to Filter Media in Oil, Verdegan B.M., Schwandt
B.W., Fallon S.L. and Malik J., Corp. Res. Dept., Nelson Industries Inc., Stoughton, WI, Filtration
and Separation, 34, No.10, 1061-1064, December 1997.
Deaggregation in Oil-in-Water Emulsions: I. Influence of Electrolytes, Lemberger A.P. and
Mourad N., School of Pharm., Univ. of Wisconsin, Madison, Wisconsin, Presented at the 1964
American Pharmaceutical Association Annl.Mtg., New York, August 3rd-6th 1964.J.Pharm.Sci.,
54, No.2, 229-232, February 1965.
Deaggregation in Oil-in-Water Emulsions: II. Influence of Alcohols and Dioctyl Sodium
Sulfosuccinate, Lemberger A.P. and Mourad N., School of Pharm., Univ. of Wisconsin, Madison,
Wisconsin, Presented at the American Pharmaceutical Association Annl.Mtg., New York, August
3rd-6th 1964.J.Pharm.Sci., 54, No.2, 233-235, February 1965.
Stability of Oil-in-Water Emulsions, Garrett E.R., Coll. of Pharm., Univ. of Florida, Gainesville,
J.Pharm.Sci., 54, No.11, 1557-1570, November 1965.
Use of the Coulter Counter for the Analysis of Oil-in-Water Emulsions, Schrenzel M., Ciba,
Basle, Pharm.Acta Helv., 41, 218-227, 1966.Translated by Bailey R.and Fountain J.(Coulter
Electronics Ltd.)
Stability and Flocculation of Oil Droplets in Dilute Emulsions, Mima H. and Kitamori N.,
Technol. Res. Labs., Takeda Chemical Industries Ltd., Osaka, Japan, J.Pharm.Sci., 55, No.1, 4448, January 1966.
The Influence of Emulsifier Concentration on the Rheological Properties of an Oil-in-Water
Emulsion Stabilized by an Anionic Soap, Shotton E. and Davis S.S., School of Pharm., Univ.
of London, J.Pharm.Pharmac., 20, 439-449, 1968.
Kinetics of Coalescence in Dilute Oil-in-Water Emulsions, Bernstein D.F., Higuchi W.I. and
Ho N.F.H., Coll. of Pharm., Univ. of Michigan, Presented at the 117th American Pharmaceutical
Assn.Mtg., Washington, D.C., April 12th-17th 1970.(Abstract only).
The Inhibition of the Development of the Spores of a Spoilage Mould by Chemical
Preservatives, McCafferty M. and Parker M.S., Dept. Pharm. Technol., Univ. of Strathclyde,
Glasgow, J.Pharm.Pharmac., 22, 679-683, 1970.
Kinetics of Flocculation and/or Coalescence of Dilute Oil-in-Water Emulsions, Bernstein
D.F., Higuchi W.I. and Ho N.F.H., Coll. Pharm., Univ. Michigan, Ann Arbor, J.Pharm.Sci., 60,
No.5, 690-694, May 1971.
Consideration of the Spielman-Honig Theory in the Quantitative Analysis of Coalescence
Kinetics in Dilute Oil-in-Water Emulsions, Bernstein D.F., Higuchi W.I. and Ho N.F.H., Coll.
Pharm., Univ. of Michigan, Ann Arbor, J.Coll.Interf.Sci., 39, No.2, 439-440, May 1972.
Stabilization of Oil-In-Water Emulsions by Alkyl Sulphates: The Influence of the Nature of
the Oil on Stability, Hallworth G.W. and Carless J.E., Pharm. Dept., Chelsea Coll., Univ. of
London, J.Pharm.Pharmac., 24, Suppl., 71P-83P, 1972.
38
Bibliographic References
PN 8321681 Rev B
Enhancing Effect of Calcium Ions of Transport of Cholesterol from Aqueous Sodium
Taurocholate-Lecithin Micellar Phase to Oil Phase, Surpuriya V. and Higuchi W.I., Coll. of
Pharm., Univ. of Michigan, Ann Arbor, J.Pharm.Sci., 63, No.8, 1325-1327, August 1974.
The Particle Size Analysis of Multiple Emulsions, Davis S.S., Purewal T.S. and Burbage A.S.,
Pharm. Dept., Univ. of Nottingham, Presented at Brit.Pharm.Conf., St.Andrews, Scotland,
September 13th-17th 1976.J.Pharm.Pharmac., 28, (Suppl.), 60P, 1976.
The Particle Size Analysis of Multiple Emulsions (Water-in-Oil-in-Water), Davis S.S. and
Burbage A.S., Dept. Pharm., Univ. of Nottingham, Presented at 3rd Chem.Soc.P.S.A.Conf.,
Univ.Salford, September 12th-15th 1977.In, 'Particle Size Analysis', ed.Groves M.J., Heyden,
London, 1978, p.395-410.
Electron Micrography of Water-in-Oil-in-Water Emulsions, Davis S.S. and Burbage A.S.,
Pharm. Dept., Univ. of Nottingham, J.Coll.Interf.Sci., 62, No.2, 361-363, November 1977.
Formulation and Evaluation of Ethiodized Oil Emulsion for Intravenous Hepatography,
Grimes G., Vermess M., Gallelli J.F., Girton M. and Chatterji D.C., Clinical Center, Natl. Insts. of
Health, Bethesda, MD, J.Pharm.Sci., 68, No.1, 52-56, January 1979.
Effect of Couette Flow on Stability of Oil-in-Water Emulsions, van Boekel M.A.J.S. and
Walstra P., Dept. Food Sci., Agricultural Univ., Wageningen, Netherlands, Colloids and Surfaces,
3, 99-107, 1981.
Physicopharmaceutical Characteristics of an Oil-in-Water Emulsion-Type Ointment
Containing Diclofenac Sodium, Takamura A., Ishii F., Noro S. and Koishi M., Meiji Coll.
Pharm., Tokyo, and Faculty Pharm. Sci., Sci. Univ. of Tokyo, Japan, J.Pharm.Sci., 73, No.5, 676681, May 1984.
Particle Size Analysis of Microcapsules, Morris N.J. and Warburton B., School of Pharm.,
London, J.Pharm.Pharmacol., 36, 73-76, 1984.
Transfer Phenomena Across the Oil Phase in Water-Oil-Water Multiple Emulsions
Evaluated by Coulter Counter. 1. Effect of Emulsifier 1 on Water Permeability, Garti N.,
Magdassi S. and Whitehill D., Casali Inst. of Appl. Chem., Sch. of Appl. Sci. and Technol., The
Hebrew Univ. Jerusalem, Israel, and Sch. of Pharm., Robert Gordon's Inst. of Technol.,
Schoolhill, Aberdeen, J.Coll.Interf.Sci., 104, No.2, 587-591, April 1985.
Phase Distribution Studies on an Oil-Water Emulsion Based on a Eutectic Mixture of
Lidocaine and Prilocaine as the Dispersed Phase, Nyqvist-Mayer A.A., Brodin A.F. and Frank
S.G., Pharm. R & D, Astra Läkemedel AB, Södertälje, Sweden; and Div. of Pharmaceutics and
Pharm. Chem., Coll. of Pharm., Ohio State Univ., Columbus, Ohio, J.Pharm.Sci., 74, No.11,
1192-1195, November 1985.
The Particle Size of an Homogenized Oil and Water Emulsion, Sherwood J.D., I.C.I.
Pharmaceuticals Div., Presented at the Royal Soc.of Chem.Particle Size Analysis Group Mtg.on
the Electrical Sensing Zone Method for Particle Size Analysis, Luton, March 19th 1986, 7pp.(See
also Ph.377).
The Effect of Surfactant HLB on the Self-Emulsifying Efficiency of Non-Ionic SurfactantVegetable Oil Mixtures, Wakerly M.G., Pouton C.W., Meakin B.J. and Morton F.S., School of
Pharm. and Pharmacol., Univ. of Bath; and R.P. Scherer Ltd., Swindon, J.Pharm.Pharmacol., 38,
(Suppl.), 2P, December 1986.
Formation of Liquid Crystals in Sunflower Oil in Water Emulsions, Pilpel N. and Rabbani
M.E., Chelsea Dept. Pharm., King's Coll. (KOC), Univ of London, J.Coll.Interf.Sci., 119, No.2,
550-558, October 1987.
Formation of Water/Oil/Water Multiple Emulsions with Solid Oil Phase, Magdassi S. and
Garti N., Casali Inst. of Appl. Chem., The Hebrew Univ., Jerusalem, J.Coll.Interf.Sci., 120, No.2,
537-539, December 1987.
Bibliographic References
39
PN 8321681 Rev B
Three-ply Walled W/O/W Microcapsules Formed by a Multiple Emulsion Technique, Morris
N.J. and Warburton B., School of Pharm., Univ. London, J.Pharm.Pharmacol., 34, 475-479, 1982.
Oil-in-Water Emulsion Investigation in the System Oil/Brij 35/Phenoxy, 2-Ethanol/Sea
Water: Comparison of Partitioning and Droplet Size Data, Treiner C., Laurent A., Fessi H. and
Orecchioni A.M., Lab. d'Electrochimie, ERA 430, Univ. Pierre et Marie Curie, Paris; and Lab. de
Pharm. Galenique, Fac. de Pharm. de Paris-sud, Chatenay-Malabry, France, J.Coll.Interf.Sci.,
129, No.1, 201-207, April 1989.
Polysaccharide-Coated Oil Droplets in Oil-in-Water Emulsions as Targetable Carriers for
Lipophilic Drugs, Iwamoto K., Kato T., Kawahara M., Koyama N., Watanabe S., Miyake Y. and
Sunamoto J., Dept. Pharm. Res., Tsukuba Res. Labs., Eisai Co. Ltd., Tsukuba, Ibaragi, Japan;
and Dept. Polymer Chem., Fac. Engrg., Kyoto Univ., Yoshida Hommachi, Kyoto, Japan,
J.Pharm.Sci., 80, No.3, 219-224, March 1991.
Coulter Counter Based Coalescence Assay for the Determination of Emulsion Stability
after Addition of Electrolyte, Schuhmann R., Mehnert W. and Müller R.H., Dept. Pharmaceutics
and Biopharmaceutics, Free Univ. of Berlin, Pharm.Ind., 55, No.7, 701-704, 1993.
Thymopentin Loaded Microsphere Preparation by w/o/w Emulsion Technique: In Vitro/Ex
Vivo Evaluation, Conti B., Panico A.M., Ventura C.A., Giunchedi P. and Puglisi G., Ist. Chim.
Farmac., Univ. Catania; and Dipt. Chim. Farmac., Univ. Pavia, Italia, J.Microencapsulation, 14,
No.3, 303-310, 1997.
Parenterals
Closures Blamed for Particulate Contamination in Parenterals., , , Manuf. Chem. & Aerosol
News, 46, No.7, 31, July 1975. (Editorial.)
Particulate Contamination of Small Volume Parenterals, Wigley S.G., Welsh School of
Pharm., Cardiff, Internal Report, April 1984, 32pp.
Comparison of Light Blockage and Electrical Resistance Methods of Estimating
Particulate Contamination in Large Volume Parenterals, Haines-Nutt R.F., Regional Q.C.
Lab., Torbay, Presented at Ann.Mtg.Parenteral Soc., Harrogate, November 4th-6th
1985.Parent.Soc.Newsletter, 4, No.1, 3-4, February 1986.(Abstract only).
Use of a Log-Log Plot to Define Particle Burden in Parenterals, Groves M.J. and Wong J.,
Dept. Pharmaceutics and Inst. for Tuberculosis Res., Coll. of Pharm., Univ. of Illinois, Chicago;
and Du Pont Critical Care, McGaw Park, Ill., Pharm.Technol., 32-36, November 1986.
Some Considerations on Particulate Matter Contamination and Proper Material Selection
During the Development of Parenterals, Uotila J., Orion Pharmaceutica, Espoo, Finland,
Pharm.Ind., 49, No.9, 968-971, 1987.
Studies on Large Volume Parenterals I. Determination of Particulate Matter in 500 ml
Infusion Solutions, Cham T.-M. and Lin V.-N., School of Pharm., Kaohsiung Med. Coll.,
Kaohsiung, Taiwan, R.O.C., The Chinese Pharm.J., 44, No.5, 433-442, 1992.
Pharmaceuticals
Comparative Data and Requirements for Determination of Particle Size Distribution in
Australian Pharmaceuticals, Kendall C.E., Natl. Biol. Standards Lab., Canberra, Australia,
Presented at the Conf.'Liquid-borne Particle Metrology', New York, February 1st-2nd
1968.Ann.N.Y.Acad.Sci., 158, No.3, 640-650, 1969.
The Relevance and Advantages of the Coulter Counter for Standardisation and Quality
Control in Pharmaceuticals, Spence J., Wellcome Foundation Ltd., Dartford, Kent, Presented at
'Particle Size Analysis and Quality Control for Pharmaceuticals', Sunderland, May 21st
1980.(Abstract only).
40
Bibliographic References
PN 8321681 Rev B
Relevance and Advantages of the Coulter Counter for Standardisation and Quality Control
of Pharmaceuticals, Spence J., Pharm. Development Labs., The Wellcome Foundation Limited,
Dartford, Kent, Anal.Proc., 18, No.12, 509-511, December 1981.
Evaluation of Methods for Sizing of Colloidal Radiopharmaceuticals, Pedersen B. and
Kristensen K., The Isotope-Pharmacy, Natl. Board of Health, Copenhagen/Bronshoj, Denmark,
Eur.J.Nucl.Med., 6, No.6, 521-526, 1981.
Waters
Aggregation in Oil-in-Water Emulsions. Effects of Dioctyl Sodium Sulfosuccinate
Concentration, Higuchi W.I., Okada R. and Lemberger A.P., School of Pharm., Univ. of
Wisconsin, Madison, Wis., Presented at the 108th Convention of the American Pharm.Assoc.,
Chicago, March 1961.J.Pharm.Sci., 51, No.7, 683-687, July 1962.
Contribution to the Study of the Structure and Microbiology of Marine and Freshwater
Sediments, Tsernoglou D., Dalhousie Univ., Halifax, Nova Scotia, Presented for M.S.Degree in
Oceanography, 1962.
T.I. gets Super Clean Water for Semiconductor Work, Baldwin C.W., Texas Instr., Inc., Dallas,
Tex., Plant Engineering, 144-147, May 1963.
Production of Ultra-Pure Water at Texas Instruments, Inc., Dallas, Texas, Rees E.C., Halff
A.H., Reid A.F. and McCormack A.F., Texas Inst., Inc., Univ. Dallas; and Permutit Co., Presented
at the Third Annual Industrial Water and Waste Conference, Houston, Texas, June 6th 1963,
28pp.
Research on High-Flowrate Condensate Polishing, Pocock F.J. and Stewart J.F., Babcock &
Wilcox Co., Res. Center, Alliance, Ohio, Presented at the American Power Conference, Chicago,
Illinois, April 14th-15th 1964, 30pp.
How I.B.M.'s 'Ultimate' Water System Works., , , Dust Topics, 3, No.4, 12-13, October 1966.
(Editorial).
The Coulter Counter and Its Use in Determining the Concentration of Natural Populations
in Freshwater Phytoplankton, Evans J.H., Royal Holloway Coll., London, Presented at the 15th
A.G.M.of the British Phycological Soc., 3rd-4th January 1967.(Abstract only).
Producing Ultra-Pure Water, Peruffo J.D., I.B.M. Inc., Poughkeepsie, N.Y., Ind.Water Eng., 1217, April 1966.
Effect of Preparation Parameters on the Initial Size Distribution Function in Oil-in-Water
Emulsions, Becher P., Chem. Res. Dept., Atlas Chemical Industries, Inc., Wilmington, Del.,
J.Coll.Interf.Sci., 24, 91-96, July 1967.
On the Occurrence and Formation of Small Particles in Sea Water, Sheldon R.W., Evelyn
T.P.T. and Parsons T.R., Fisheries Res. Board of Canada, Nanaimo, B.C., Limnol.Oceanog., 12,
No.3, 367-375, July 1967.
The Effects of Initial Surfactant Concentration and Emulsification Time upon the Particle
Size and Distribution of Benzene-in-Water Emulsions, Rehfeld S.J., Shell Development Co.,
Emeryville, Calif., J.Coll.Interf.Sci., 24, 358-365, September 1967.
Ultrapure Water for the Semiconductor and Microcircuit Industries, Simon G.P. and Calmon
C., Ionac Chemical Co., Birmingham, New Jersey, Solid State Technology, 11, No.2, 21-30,
February 1968.
Solid Water-Insoluble Particles in Hailstones and their Geophysical Significance, Rosinski
J., Natl. Center for Atmospheric Res., Boulder, Colorado, J.Appl.Meteorol., 5, No.4, 481-492,
August 1966.
Bibliographic References
41
PN 8321681 Rev B
Water Symposium: Bottled Water, Distilled Water, Levin R.B., Tripure Spring Water Co.,
Miami, Presented at the 35th Annual Convention of the Am.Soc.Med.Technol., Miami Beach,
Florida, June 29th 1967.Published in Am.Soc.Med.Technol., 34, No.3, 152-156, March 1968.
Estimating Globule-Size Distribution of Oil-in-Water Emulsions by Spectroturbidimetry,
Walstra P., Univ. of Agric., Wageningen, Netherlands, J.Coll.Interf.Sci., 27, No.3, 493-500, July
1968.
Pollution Control in the Steam Circuits of Heat-Engine Plant (Power Station); Use of the
Coulter Counter, Ropars J., Chem. Dept., French Electricity Board, 1968.(In French).Translated
into English by Ruckwood A.(Coulter Electronics Ltd.), 15pp.
Estimating Globule-Size Distribution of Oil-in-Water Emulsions by Coulter Counter, Walstra
P. and Oortwijn H., Univ. of Agric., Wageningen, Netherlands, J.Coll.Interf.Sci., 29, No.3, 424431, March 1969.
Suppression and Collection of Respirable Coal Dust Using Water and Steam, Tomb T.F.,
Cheng L. and Stein R.L., U.S. Bureau of Mines, Pittsburgh, Pa., Presented at the Intl.Conf.on
Coal Workers' Pneumoconiosis, New York City, September 13th-17th 1971, 26pp.
An Investigation of the Coulter Counter in 'Biomass' Determination of Natural Freshwater
Phytoplankton Populations, Evans J.H. and McGill S.M., Botany Dept., Royal Holloway Coll.,
Univ. of London, Hydrobiologia, 35, Issue 3-4, 401-419, September 25th 1970.
The Effectiveness of Coagulating Chemicals in the Clarification of Deinking and Paper Mill
Waste Water, Siddiqi M.S., Miami Univ., Oxford, Ohio, Thesis in partial fulfilment of M.S.degree,
June 1971, 62pp.Abstract given in T.A.P.P.I, 55, No.2, 265-266, February 1972.
Toxicity of Copper to Thalassiosira Pseudonana in Unenriched Inshore Seawater, Erickson
S.J., Natl. Marine Water Quality Lab., West Kingston, R.I., Journal of Phycology, 8, No.4, 318323, 1972.
Experimental Investigation on the Collection of Airborne Coal Dust by Water Spray in a
Horizontal Duct, Tomb T.F., Emmerling J.E., Kellner R.H. and Cheng L., U.S. Bureau of Mines,
Pittsburgh, Penna., Presented at the American Industrial Hygiene Conf., San Francisco, Calif.,
May 14th-19th 1972, 11pp.
Experimental Investigation on the Collection of Airborne Coal Dust by Water Spray in a
Horizontal Duct, Tomb T.F., Emmetling J.E. and Kellner R.H., , Presented at the American
Industrial Hygiene Conf., San Francisco, Calif., May 14th-19th 1972.
A Study of the Distribution and Activity of Microorganisms in Ocean Water, Hobbie J.E.,
Holm-Hansen O., Packard T.T., Pomeroy L.R., Sheldon R.W., Thomas J.P. and Wiebe W.J.,
North Carolina State Univ., Raleigh; Scripps Inst. Oceanogr., La Jolla, Calif.; Univ. Washington,
Seattle; Univ. Georgia, Athens; and Bedford Inst., Dartmouth, Nova Scotia, Limnol.Oceanog., 17,
No.4, 544-555, July 1972.
Water-Affected Fraction of Natural 1.5-9 Diameter Aerosol Particles, Rosinski J. and
Nagamoto C.T., Natl. Center for Atmospheric Res., Boulder, Colarado, J.Coll.Interf.Sci., 40, No.1,
116-120, July 1972.
Adsorption of Polyvinyl Alcohol on the Paraffin-Water Interface, Lankveld J.M.G. and
Lyklema J., Lab. for Phys. and Colloid Chem., Univ. of Wageningen, Netherlands,
J.Coll.Interf.Sci., 41, No.3, 475-483, December 1972.
Stability of Crude Oil-in-Water Emulsion, Chen E.C., Dept. of Environment, Ottawa, Ontario,
Presented at the 47th Natl.Coll.Symp.(Amer.Chem.Soc.), Carleton Univ., Ottawa, June 18th-20th
1973, 19pp.
The Production of Particles in the Surface Waters of the Ocean with Particular Reference
to the Sargasso Sea, Sheldon R.W., Sutcliffe W.H.Jr. and Prakash A., Fisheries Res. Board of
Canada, Bedford Inst. of Oceanogr., Dartmouth, Nova Scotia, Limnol.Oceanog., 18, No.5, 719733, September 1973.
42
Bibliographic References
PN 8321681 Rev B
On the Use of the Coulter Counter to Measure the Microbubble Spectrum in Water and its
Effect on the Superheat of Water, Pyun J., , Abstract of Ph.D. Thesis, Univ. of Michigan, 1973.
Diss. Abstr., 2063 B - 2064 B, 1974.
Direct Measurement of Particle Concentration in Natural Waters with a Model T Coulter
Counter, Sheldon R.W., Fisheries Res. Board of Canada, Technical Report No.379, 1973, 12pp.
Stability of Crude Oil-in-Water Emulsions, Chen E.C., Inland Waters Directorate, Environment
Canada, Ottawa, J.Canadian Petroleum Technology, 38-41, January-March 1974.
Stability of Hydrocarbon-in-Water Emulsions During Centrifugation. Influence of Dispersed
Phase Composition, Rehfeld S.J., Div. Hem., Univ. of California, San Francisco,
J.Coll.Interf.Sci., 46, No.3, 448-459, March 1974.
Water Quality in the North Sea and Injection Water Standards from North Sea Oil Fields, St.
John D.H., Bakels R.A., Barkman J.H. and Mckenzie D., Shell U.K. Exploration and Production
Ltd., and Nalfloc Ltd., Presented at the Society of Petroleum Engineers of A.I.M.E.Mtg.,
Amsterdam, Paper No.SPE4840, May 29th-30th 1974, 18pp.
Determination of Particle Size Distribution of Oil-In-Water Emulsions by Electronic
Counting, Lien T.R. and Phillips C.R., Dept. Chem. Eng. and Appl. Chem., Univ. of Toronto,
Canada, Environmental Science and Technology, 8, No.6, 558-561, June 1974.
Size-Refractive Index Distribution of Clear Coastal Water Particulates from Light
Scattering, Brown O.B. and Gordon H.R., Opt. Phys. Lab., Univ. of Miami; and School of Marine
and Atmospheric Scis., Coral Gables, Florida, Applied Optics, 13, No.12, 2874-2881, December
1974.
The Use of the Model A Industrial Coulter Counter In Investigations of Freshwater
Phytoplankton, Evans J.H. and McGill S.M., Dept. Botany, Royal Holloway Coll., London,
Presented at the Sixth Coulter Conf., London, March 5th-7th 1968, 11pp.
The Formation of Particles In Freshwater Leachates of Dead Leaves, Lush D.L. and Hynes
H.B.N., Dept. Biol., Univ. of Waterloo, Ontario, Limnol.Oceanog., 18, No.6, 968-977, November
1973.
A Biological Measurement of the Copper Complexation Capacity of Seawater, Davy E.W.,
Morgan M.J. and Erickson S.J., U.S. Environmental Protection Agency, West Kingston, Rhode
Island, Limnol.Oceanog., 18, No.6, 993-997, November 1973.
The Influence of Freezing-Thawing on the Stability of Crude Oil-in-Water Emulsions, Chen
E.C., Inland Waters Directorate, Dept. Environment, Ottawa, J.Canad.Petroleum Technol., 38-41,
April-June 1975.
Influence of Colloidal Particles on Dewatering of Activated Sludge with Polyelectrolyte,
Roberts K. and Olsson O., Swedish Inst. for Surface Chemistry, Stockholm, Env.Sci.Technol., 9,
No.10, 945-948, October 1975.
Dispersion of Sewage Sludge Discharged from Vessels to New York Bight Waters,
Callaway R.J., Teeter A.M., Browne D.W. and Ditsworth G.R., EPA, Corvallis Environmental Res.
Lab., Corvallis, Oregon, Abstracts, Special Symp.'The Middle Atlantic Continental Shelf and New
York Bight', Amer.Mus.Nat.History, New York City, November 3rd-5th 1975, p.10-11.
The Effect of Flocculants on Reclaim Water Quality for Flotation, Vreugde M.J.A. and Poling
G.W., Dept. Min. Eng., Univ. of British Columbia Vancouver, CIM Bull., 54-59, December 1975.
The Use of the Model A Industrial Coulter Counter in Investigations of Freshwater
Phytoplankton, Evans J.H. and McGill S.M., Dept. Botany, Royal Holloway Coll., London,
Presented at the Sixth Coulter Counter Users' Conf., March 5th-7th 1968, 9pp.
The Biology of Estuaries and Coastal Waters, Perkins E.J., Dept. Biol., Univ. Strathclyde,
Scotland, Academic Press, London, 1974, p.107.
Bibliographic References
43
PN 8321681 Rev B
Freezing of Oil-Water and Oil-Saline Emulsions, Truong L. and Phillips C.R., Dept. Chem.
Eng. and Appl. Chem., Univ. of Toronto, Canada, Envir.Sci.Technol., 10, No.5, 482-484, May
1976.
Increased Transport of Antarctic Bottom Water in the Vema Channel During the Last Ice
Age, Ledbetter M.T. and Johnson D.A., Grad. Sch. Oceanogr., Univ. of Rhode Island, Kingston;
and Woods Hole Oceanogr. Inst., Woods Hole, Mass., Science, 194, 837-839, November 19th
1976.
Incomplete Extraction of Rapidly Settling Particles from Water Samplers, Gardner W.D.,
Massachusetts Inst. of Technol., Woods Hole Oceanogr. Inst., Woods Hole, Mass.,
Limnol.Oceanog., 22, No.4, 764-768, July 1977.
New Ultrasonic Wastewater Treatment., , , Mechanical Engineering, 99, No.11, 60, November
1977. (Editorial)
Effects of Fast-Neutron Irradiation and High-Intensity Magnetic Fields upon Cavitation
Thresholds and Nuclei Spectra in Water, Yilmaz E. and Hammitt F.G., Middle East Techn.
Univ., Ankara, Turkey, and Univ. Michigan, Ann Arbor, Nuclear Sci.Eng., 63, 319-329, 1977.
The Stability of Oil-in-Water Emulsions Containing Paraffinic Oils and Alkyl Sulphates,
Hallworth G.W. and Carless J.E., Allen and Hanbury's Research Ltd., Ware, Herts., and Chelsea
Coll., Univ. London, Chapter 18, in Theory and Practice of Emulsion Technol., ed.Smith A.L.,
Academic Press, London, 1976, p.305-324.
Wines
Utilisation D'un Compteur de Particues pour la Numération et l'Etude de la Taille des
Levures de Vin. (Use of a Particle Counter for the Numeration and Study of the Size of
Wine Yeasts)., Lafon-Lafourcade S., Fac.des Scis.de Bordeaux, France., Ann.Technol.Agric.,
17, No.3, 241-251, 1968.Translated into English by Ruckwood A.(Coulter Electronics Ltd.), 10pp.
Alteraciones del Color de los Vinos Tintos y Blancos, Cortes I.M., Spanish Natl. Wine Res.
Centre and Museum, 1983, 34pp.
The Use of a Coulter Counter to Study the Alcoholic Fermentation in Enological
Conditions, Sablayrolles J.M. and Barre P., INRA, Inst. des Produits de la Vigne, Lab. de
Microbiologie des Fermentations, Montpellier, France, Biotechnol.Techn., 6, No.1, 15-18, 1992.
Yeast
The Electronic Particle Counter and its Potential as a Brewery Control Instrument, Kinsman
S., Coulter Electronics, Inc., Chicago, Ill., Brewers Digest, 54-56, July 1964.
Rapid Yeast Estimations, Macrae R.M., Brewing Industry Res. Found., Nutfield, Surrey,
Proc.European Brewery Convention, Brussels, 1963, Elsevier Publishing Co., Amsterdam,
Netherlands, 1964, p.510-512.
Growth and Multiplication of Rhodotorula Glutinis as Determined by Viable and Total Cell
Counts, Zellner S.R., Gustin D.F., Buck J.D. and Meyers S.P., Marine Lab., Inst. Marine Sci.,
Univ. Miami, Fl., Antonie van Leeuwenhoek, 29, 203-210, 1963.
Utilisation d'un Compteur Électronique de Particules pour l'étude de la Croissance de
Microorganismes: Croissance et Sporulation du Saccharomycodes Ludwigii Hansen,
Deysson G. and Lau N.T., Fac. de Pharmacie, Paris, Annales Pharmaceutiques Franç., 21, No.4,
275-285, 1963.
Division Synchrony in Yeasts, Williamson D.H., Cell Biol. Dept., John Innes Inst., Hertford,
Herts., Chapter 12, in Synchrony in Cell Division and Growth, E.Zeuthen, (ed.), Wiley & Sons,
Inc., 1964, p.351-379.
44
Bibliographic References
PN 8321681 Rev B
Etude Biométrique des Levures en Brasserie: Biométrie et Microbiologie de quelques
Levures d'Infection, Claveau J., Scriban R., Strobbel B. and Carpentier Y., Ecole Nationale
Supérieure des Industries Agricoles et Alimentaires, Douai, France, Brasserie, No.253, 73-89,
February 1968 and No.254, 141-153, March 1968.Published in English as 'A Biometric Study of
Brewers' Yeasts', in Int.Brewers J., 1968, May p.67-73, July p.30-35, August p.33-37, and
September p.47-53.
Utilisation D'un Compteur de Particues pour la Numération et l'Etude de la Taille des
Levures de Vin. (Use of a Particle Counter for the Numeration and Study of the Size of
Wine Yeasts)., Lafon-Lafourcade S., Fac.des Scis.de Bordeaux, France., Ann.Technol.Agric.,
17, No.3, 241-251, 1968.Translated into English by Ruckwood A.(Coulter Electronics Ltd.), 10pp.
Small Angle Scattering by Yeast Cells - A Comparison with Mie Predictions, Latimer P. and
Tully B., Dept. Phys., Auburn Univ., Alabama, J.Coll.Interf.Sci., 27, No.3, 475-478, July 1968.
Serine Transhydroxymethylase in Methionine Biosynthesis in Saccharomyces cerevisiae,
Botsford J.L. and Parks L.W., Dept. Microbiol., Oregon State Univ., Corvallis, Oregon,
J.Bacteriol., 97, No.3, 1176-1183, March 1969.
Macromolecular Synthesis of Saccharomyces cerevisiae in Different Growth Media, Wehr
C.T. and Parks L.W., Dept. Microbiol., Oregon State Univ., Corvallis, Oregon, J.Bacteriol., 98,
No.2, 458-466, May 1969.
Interêt des Ultrasons pour la Separation des Levures après Culture en Milieu Liquide
Application à Differentes Methodes de Comptage, Pompidou A., Prudhomme J. and Le Go R.,
Commissariat à l'Energie Atomique, France, C.E.A.Note N-1304, May 1970, 9pp.
Disintegration of Cells and Protein Recovery, Edebo L. and Magnusson K.-E., Dept. Med.
Microbiol., Linköping Univ., Sweden, Presented at 1st Symposium on Advances in Microbial
Engineering, Mariániské Lazne, Czechoslovakia, August 28th-September 1st 1972, 24pp.
The Coulter Counter and its Applications, Lambin G., , Silicates Industriels, 39, No.2, 55-63,
1974.
Speeds Microscope Counting - From Hours to Minutes, Sakamoto G.S. and De Laye G.,
Almaden Vineyards, Food Processing, 35, No.9, 24, September 1974.
Un Noveau Compteur Electronique de Particules. Application à la Fermentation en
Brasserie, Scriban R., Ecole Nationale Superieure des Industries Agricoles et Alimentaires,
Douai, Bios, No.4, 209-211, 1974, 7pp.
Fractionation of Saccharomyces cerevisiae Cell Populations by Centrifugal Elutriation,
Gordon C.N. and Elliott S.G., Dept. Mol. Biol. and Biochem., Univ. of California, Irvine,
J.Bacteriol., 129, No.1, 97-100, January 1977.
Mise au Point d'un Appareil Industriel de Mesure Automatique des Particules en
Suspension dans un Liquide: Application au Contrôle du Développement des Levures au
Cours de la Fermentation de la Bière, Moll M., Duteurtre B., Weber J.-C. and Delorme J.-J., ,
Industries Alimentaires et Agricoles, 95, 23-28, 1978.
Clarification of Liquids Using Filter Aids. Part III. Cake Resistance in Surface Filtration,
Heertjes P.M. and Zuideveld P.L., Lab. Chem. Eng., Univ. Technol., Delft, Powder Technol., 19,
45-64, 1978.
Alteraciones del Color de los Vinos Tintos y Blancos, Cortes I.M., Spanish Natl. Wine Res.
Centre and Museum, 1983, 34pp.
Institute of Brewing Analysis Committee: Measurement of Yeast Concentration, Rainbow
C., , J.Inst.Brew., 74, 427-429, 1968. (for the Analysis Committee).
Yeast Counting by Microscopy or by Electronic Particle Counting, Siebert K.J. and Wisk
T.J., Stroh Brewery Co., Detroit, Michigan, A.S.B.C.Journal (Amer.Soc.Brewing Chemists), 42,
71-79, 1984.
Bibliographic References
45
PN 8321681 Rev B
Photodynamic Treatment of Yeast Cells with the Dye Toluidine Blue : All-or-None Loss of
Plasma Membrane Barrier Properties, Paardekooper M., Van de Broek P.J.A., De Bruijne
A.W., Elferink J.G.R., Dubbelman T.M.A.R. and Van Steveninck J., Dept. Med. Biochem., State
Univ. Leiden, Leiden, Netherlands, Biochim.Biophys.Acta, 1108, 86-90, 1992.
The Use of a Coulter Counter to Study the Alcoholic Fermentation in Enological
Conditions, Sablayrolles J.M. and Barre P., INRA, Inst. des Produits de la Vigne, Lab. de
Microbiologie des Fermentations, Montpellier, France, Biotechnol.Techn., 6, No.1, 15-18, 1992.
Agitation in Mashing, Bühler T.M., Matzner G. and McKechnie M.T., BRF Intnl., Nutfield,
Redhill, Surrey, European Brewery Convention, Proc.25th Congress, Brussels, 1995, p.293-300.
Liquid and Solid Separation - in Beer, Freeman G., Brewing Research Foundation
International, Brewers' Guardian, 27-31, December 1996.
The Yeast Test: An Alternative Method for the Testing of Acute Toxicity of Drug
Substances and Environmental Chemicals, Koch H.P., Hofeneder M. and Bohne B., Inst. of
Pharm. Chem., Div. Biopharm., Univ. Vienna, Austria, Meth.Find.Exp.Clin.Pharmacol., 15, No.3,
141-152, 1993.
Fibers
Application of an Electronic Counter to Determine Fiber Fineness Distribution in Wool
Top, O'Connell R.A. and Martsch R.J., Western Reg. Res. Lab., U.S. Dept. Agric., Albany, Calif.,
Presented at A.S.T.M.Committee D-13 Sub.A-3, October 17th 1961.Textile Res.J., 32, No.7, 581587, July 1962.
Denier Distribution of Textile Fibers Obtained with an Electrical Sensing Zone Particle
Analyzer (Coulter Counter®), Bloch M.G. and Gusack J.A., Res. Dept., The Dow Chemical Co.,
Williamsburg, Va., Textile Res.J., 33, No.3, 224-233, March 1963.
Preparation of Specimens from Wool Top and Cores for Electronic Wool Fineness
Determination, Buras E.M. Jr., Penoyer J.A. Snr. and Hoke K.E., Harris Res. Labs., Div. of
Gillette Res. Inst., Rockville, Md.; and U.S Dept. Agric., Beltsville, Md., Textile Research Journal,
38, No.12, 1164-1173, December 1968.
Textile Engineering ... Biconstituent Fibers for Carpeting, Hayes B.T., Allied Chemical Corp.,
Petersburg, Va., Chem.Eng.Prog., 65, No.10, 50-54, October 1969.
A Gravimetric Technique for Determining the Mean Fibre Diameter of Wool, Andrews M.W.
and Irvine P.A., Div. Textile Phys., C.S.I.R.O. Wool Res. Labs., Sydney, Australia, J.Textile Inst.,
60, 452-460, 1969.
The Effectiveness of Coagulating Chemicals in the Clarification of Deinking and Paper Mill
Waste Water, Siddiqi M.S., Miami Univ., Oxford, Ohio, Thesis in partial fulfilment of M.S.degree,
June 1971, 62pp.Abstract given in T.A.P.P.I, 55, No.2, 265-266, February 1972.
Flocculation of Paper Fines. 1. Adsorption of and Flocculation by Polyelectrolytes. II.
Study of the Nature of the Solid Surface and Soluble Impurities, Das B.S. and Lomas H.,
Ontario Res. Found., Sheridan Park, Ontario, Pulp and Paper Magazine of Canada, 74, No.8, 95100, August 1973.
The Coagulation of Cellulose Pulp Fibers and Fines as a Mechanism of Retention, Walkush
J.C. and Williams D.G., Inst. of Paper Chemistry, Appleton, Wisc., T.A.P.P.I., 57, No.1, 112-116,
January 1974.
The Use of Light-Scattering Profiles of Single Fibers to Measure and Compare the WithinFiber Diameter Variability of Wool Tops, Lynch L.J., Div. Textile Phys., CSIRO, Ryde, N.S.W.,
Australia, Textile Research Journal, 203-205, 1974.
46
Bibliographic References
PN 8321681 Rev B
Pitch In Wood Pulps, Allen L.H., Pulp and Paper Res., Inst. of Canada, Ponte Claire, Quebec,
Pulp & Paper Canada, 76, No.5, 70-76, May 1975.
Crystals
Particle Size and Aggregation Measurements of Photographic Emulsion Crystals with an
Electronic Particle Sizing Instrument, Klinger G.H., Forsgard F.C. and Cwikla M.V., General
Aniline and Film Corp., Colloquio Internazionale sulla Scienza della Fotografia, Torino,
September 23rd-28th 1963, 3pp.
Nucleation of Crystals from Solution, Walton A.G., Case Inst. of Technology, Cleveland, Ohio,
Science, 148, 601-607, April 30th 1965.
Adsorption of Cationic Surfactants to Silver Halide-Gelatin Dispersions, Herz A.H. and
Helling J.O., Res. Labs., Eastman Kodak Co., Rochester, N.Y., J.Coll.Interf.Sci., 22, 391-403,
1966.
The Use of the Coulter Counter for the Counting and Sizing of Dextrose Crystals in Invert
Sugar Syrups, Davies A.M.C., Res. Dept., J.& J. Colman Ltd. Norwich, Presented at the Sixth
British Coulter Counter Users' Conf., London, March 5th-7th 1968, 9pp.Published as 'Method for
the Counting and Sizing of Dextrose Crystals in Invert Sugar Syrups' in Laboratory Practice, 18,
No.7, 738-742, 1969.
Growth and Dissolution of Potash Alum Crystals in the Subsieve Size Range, Garside J.
and Jancic S.J., Dept. Chem. Eng., Univ. Coll., London, A.I.Ch.E.Journal, 22, No.5, 887-894,
September 1976.
The Growth of Small Crystals, Garside J., Dept. Chem. and Biochem. Engrg., Univ. Coll.,
Torrington Place, London, Proc.7th Symp.on Industrial Crystallization, Warsaw, Poland,
September 25th-27th 1978, eds.De Jong E.J.and Jancic S.J., publ.North-Holland, Amsterdam,
1979, p.143-151.
Shape Factors for Barium Chromate Crystals in the Sieve Size Range, De Silva R.L. and
Creasy D.E., Depts. Chem. Eng., Univ. Aston, Birmingham, and Univ. Melbourne, Parkville,
Australia, Powder Technol., 35, 181-184, 1983.
Inhibited Dissolution of Drug Crystals by a Certified Water Soluble Dye. II, Piccolo J. and
Tawashi R., Fac. of Pharm., Univ. of Montreal, Quebec, Presented at the 117th American
Pharmaceutical Assn.Mtg., Washington, D.C., April 12th-17th 1970.(Abstract only).
Inhibited Dissolution of Drug Crystals by Certified Water-Soluble Dyes II, Piccolo J. and
Tawashi R., Fac. of Pharm., Univ. of Montreal, Quebec, Canada, J.Pharm.Sci., 60, No.1, 59-63,
January 1971.
Inhibited Dissolution of Drug Crystals by Certified Water-Soluble Dyes III, Piccolo J. and
Tawashi R., Fac. Pharm., Univ. of Montreal, Quebec, J.Pharm.Sci., 60, No.12, 1818-1824,
December 1971.
Vergleichende Untersuchungen der Korngrößenverteilung und Partikelbeschaffenheit
einiger Corticoid-Kristallsuspensionen, Mollmann H., Klot-Heydenfeldt B.v., Niemeyer D.H.
and Alfes H., Medical Faculty, Univ. Munster, Int.J.Clin.Pharmacol., 5, No.4, 434-443, 1972.
Formation of Liquid Crystals in Sunflower Oil in Water Emulsions, Pilpel N. and Rabbani
M.E., Chelsea Dept. Pharm., King's Coll. (KOC), Univ of London, J.Coll.Interf.Sci., 119, No.2,
550-558, October 1987.
Particle Size and Drug Interactions of Injectable Corticosteroids Used in Ophthalmic
Practice, Francis B.A., Chang E.L. and Haik B.G., Depts. Ophthalmology, Tulane Univ., New
Orleans, and Univ. of Tennessee at Memphis, Ophthalmology, 103, No.11, 1884-1888,
November 1996.
Bibliographic References
47
PN 8321681 Rev B
Emulsions
Aggregation in Oil-in-Water Emulsions. Effects of Dioctyl Sodium Sulfosuccinate
Concentration, Higuchi W.I., Okada R. and Lemberger A.P., School of Pharm., Univ. of
Wisconsin, Madison, Wis., Presented at the 108th Convention of the American Pharm.Assoc.,
Chicago, March 1961.J.Pharm.Sci., 51, No.7, 683-687, July 1962.
Kinetics of Rapid Aggregation in Suspensions. Comparison of Experiments with the
Smoluchowski Theory, Higuchi W.I., Okada R., Stelter G.A. and Lemberger A.P., Univ. of
Wisconsin, Madison, Wis., Presented at the 109th Convention of the American Pharmaceutical
Association, Las Vegas, Nevada, March 1962.J.Pharm.Sci., 52, No.1, 49-54, January 1963.
Particle Size Counter: Aids Emulsion and Suspension Development at Hoffmann-La
Roche, Bonem F.L., , Food Processing, April 1962, 2pp. (Editorial).
The Preparation and Size Distribution of Some Monodisperse Emulsions, Wachtel R.E. and
La Mer V.K., Dept. Chem., Colombia Univ., N.Y., J.Coll.Sci., 17, No.6, 531-564, August 1962.
Measuring Particle Sizes. Editorial Article on the National Cash Register Co., , ,
Measurement and Control, 2, No.4, 142-147, April 1963.
The Coulter Counter - A Tool in Formulation Research, Van Valkenburg W., Van Horn R. and
Rosenfield C., Dow Chemical Co., Midland, Michigan, Down to Earth (Dow Chemical Publication),
21, No.3, 10-11, Winter 1965.
Emulsification of Linseed Oil: Effects of Oil Viscosity, Temperature, Time of Agitation, and
Age on Particle-Size Distribution, Princen L.H., Kwolek W.F. and Stolp J.A., Northern Reg.
Res. Lab., Peoria, Ill., Presented at 151st Natl.Mtg.of American Chem.Soc., Pittsburgh, Pa.,
March 22nd-31st 1966, 3pp.Published as No.166.
Emulsification of Linseed Oil. I. Effects of Oil Viscosity, Temperature, Time of Agitation,
and Age of Emulsions of Particle Size Distribution, Princen L.H., Stolp J.A. and Kwolek W.F.,
Northern Reg. Res. Lab., U.S.D.A., Peoria, Ill., J.Paint Technol., 39, No.507, 182-187, April
1967.(See also No.101).
Emulsification of Linseed Oil. II. Fitting the Truncated Log Normal Distribution with
Coincidence Corrections to Coulter Counter Data, Kwolek W.F., Princen L.H. and Greenspun
R.L., Northern Reg. Res. Lab., U.S.D.A., Peoria, Ill., J.Paint.Technol., 39, No.507, 188-190, April
1967.
Distribution of Drop Sizes Produced in Turbulent Liquid-Liquid Dispersion, Sprow F.B.,
Esso Res. and Engrg. Co., Baytown, Texas, Chem.Eng.Sci., 22, 435-442, April 1967.
Effect of Preparation Parameters on the Initial Size Distribution Function in Oil-in-Water
Emulsions, Becher P., Chem. Res. Dept., Atlas Chemical Industries, Inc., Wilmington, Del.,
J.Coll.Interf.Sci., 24, 91-96, July 1967.
The Effects of Initial Surfactant Concentration and Emulsification Time upon the Particle
Size and Distribution of Benzene-in-Water Emulsions, Rehfeld S.J., Shell Development Co.,
Emeryville, Calif., J.Coll.Interf.Sci., 24, 358-365, September 1967.
Drop Size Distributions in Strongly Coalescing Agitated Liquid-Liquid Systems, Sprow
F.B., Esso Res. and Engrg. Co., Baytown, Texas, A. I. Ch. E. Journal, 13, No.5, 995-998,
September 1967.
Estimating Globule-Size Distribution of Oil-in-Water Emulsions by Spectroturbidimetry,
Walstra P., Univ. of Agric., Wageningen, Netherlands, J.Coll.Interf.Sci., 27, No.3, 493-500, July
1968.
Improved Stability and Film Properties of Emulsion Coatings through Reversed
Encapsulation, Princen L.H., Stolp J.A. and Zgol R., Northern Reg. Res. Lab., U.S. Dept. of
Agric., Peoria, Ill., J.Coll.Interf.Sci., 28, No.3/4, 466-474, November/December 1968.
48
Bibliographic References
PN 8321681 Rev B
Generating, Sizing and Counting Oil Droplets, Loriston-Clarke A.G. and Thew M.T., Dept.
Mech. Eng., Univ. Southampton, Presented at the Seventh British Coulter Counter Users' Conf.,
London, March 1969, 20pp.
Estimating Globule-Size Distribution of Oil-in-Water Emulsions by Coulter Counter, Walstra
P. and Oortwijn H., Univ. of Agric., Wageningen, Netherlands, J.Coll.Interf.Sci., 29, No.3, 424431, March 1969.
Correlation of Emulsion Particle Size and Aluminum Tandem Hot Mill Rolling Performance,
Penny F.R., Kaiser Aluminum & Chemical Corp., Ravenswood, W. Va., Presented at 25th ASLE
Annl.Mtg., Chicago, May 4th-8th 1970.J.Amer.Soc.Lubrication Engineers, 87-90, March 1971.
Dosage de Substances non Miscibles par Chromatographie en Phase Gazeuse:
Hydrocarbures dans l'Eau, Goma G. and Durand G., Lab. de Génie Biochim., Inst. Natl. des
Scis. Appliquées, Toulouse, Water Research, 5, 545-552, 1971.
Experiments in Coalescence by Flow through Fibrous Mats, Spielman L.A. and Goren S.L.,
Dept. Chem. Eng., Univ. of California, Berkeley, Calif., Ind.Eng.Chem.Fundam., 11, No.1, 73-83,
1972.
Adsorption of Polyvinyl Alcohol on the Paraffin-Water Interface, Lankveld J.M.G. and
Lyklema J., Lab. for Phys. and Colloid Chem., Univ. of Wageningen, Netherlands,
J.Coll.Interf.Sci., 41, No.3, 475-483, December 1972.
Stability of Crude Oil-in-Water Emulsion, Chen E.C., Dept. of Environment, Ottawa, Ontario,
Presented at the 47th Natl.Coll.Symp.(Amer.Chem.Soc.), Carleton Univ., Ottawa, June 18th-20th
1973, 19pp.
Fettügelchen-Groenverteilung in homogenisierter Milch und anderen Öl-in-WasserEmulsionen, Kurzhals H.-A. and Reuter H., Milk Inst., Kiel, Chemie-Ing.-Techn., 45, No.8, 491497, August 1973.
Stability of Crude Oil-in-Water Emulsions, Chen E.C., Inland Waters Directorate, Environment
Canada, Ottawa, J.Canadian Petroleum Technology, 38-41, January-March 1974.
Stability of Hydrocarbon-in-Water Emulsions During Centrifugation. Influence of Dispersed
Phase Composition, Rehfeld S.J., Div. Hem., Univ. of California, San Francisco,
J.Coll.Interf.Sci., 46, No.3, 448-459, March 1974.
Determination of Particle Size Distribution of Oil-In-Water Emulsions by Electronic
Counting, Lien T.R. and Phillips C.R., Dept. Chem. Eng. and Appl. Chem., Univ. of Toronto,
Canada, Environmental Science and Technology, 8, No.6, 558-561, June 1974.
Granular Packed Bed Coalescer: The Influence of Packing Wettability on Coalescence,
Madia J.R., Fruch S.M., Miller C. and Beerhower A., UCLA, Los Angeles; Exxon Res. and Engrg.
Co., Government Res. Lab., Linden, N.J.; Carnegie-Mellon Univ., Pittsburgh; and Exxon Res. and
Engrg. Co., Products Res. Div., Linden, N.J., Presented at the 79th Natl.Mtg.A.I.Ch.E., Houston,
Texas, March 16th-20th 1975, 19pp.
The Influence of Freezing-Thawing on the Stability of Crude Oil-in-Water Emulsions, Chen
E.C., Inland Waters Directorate, Dept. Environment, Ottawa, J.Canad.Petroleum Technol., 38-41,
April-June 1975.
Determination ot Particle Size Distribution in a Modified Hop Extract Emulsion by
Electrical Resistivity, Hohmann R.C., Cohen D.M. and Munnelly K.P., Pfizer Inc., Brooklyn,
N.Y., Powder Technol., 12, 77-80, 1975.
Rheological Properties of Creams Upon Production Scale-Up, Fujiyama Y., Tahara S. and
Kumano Y., Shiseido Lab., Kita-ku, Tokyo, Japan, J.Soc.Cosmet.Chem., 21, 625-637, August
19th 1970.
Bibliographic References
49
PN 8321681 Rev B
Freezing of Oil-Water and Oil-Saline Emulsions, Truong L. and Phillips C.R., Dept. Chem.
Eng. and Appl. Chem., Univ. of Toronto, Canada, Envir.Sci.Technol., 10, No.5, 482-484, May
1976.
Photomicrographs Can Help Assess Efficiency of Oil-Removal Operation, Churchill R.J. and
Burkhardt C.W., Tretolite Div., Petrolite Corp., St. Louis, Oil & Gas J., 76-80, June 14th 1976.
A Review of Methodology for Emulsification Properties of Plant Proteins, Puski G., Food
Res. Lab., Central Soya, Chicago, Ill., Cereal Chemistry, 53, No.3, 650-655, September/October
1976.
Granular Packed Bed Coalescer: Influence of Packing Wettability on Coalescence, Madia
J.R., Fruh S.M., Miller C.A. and Beerbower A., Dept. Energy & Kinetics, Univ. Calif., Los Angeles;
Exxon Res. & Engrg. Co., Government Res. Lab., Linden, N.J.; and Carnegie-Mellon Univ.,
Pittsburgh, Pa., Envir.Sci.Technol., 10, No.10, 1044-1046, October 1976.
Testing the Stability of Cosmetics Emulsions, Quack J.M., Reng A.K. and Skrypzak W.,
Hoechst AG., Frankfurt, Main, Cosmetics & Toiletries, 91, 21-37, October 1976.
Focus on Roofing Asphalt, Warford M., Tremco Res. Center, RSI, 68-70, November 1976.
Einflu der Kavitation als Zerkleinerungsmechanismus bei der Hochdruckhomogenisation
von O/W-Emulsionen, Treiber A., Inst. für Lebensmittel-verfahrenstechnik, Univ. Karlsruhe,
Zeit.für Lebensmittel-Technol.u.-Verfahrenstechnik, 27, No.11, 297-302, November 1976.
Experimentelle Bestimmung des Zerkleinerungsmechanismus Turbulenz bei der
Hochdruckhomogenisation von O/W-Emulsionen, Kiefer P., Inst. für Lebensmittelverfahrenstechnik, Univ. Karlsruhe, Zeit.für Lebensmittel-Technol.u.-Verfahrenstechnik, 27,
No.12, 337-341, December 1976.
The Preparation and Properties of Bitumen Emulsion Stabilized by Cationic Surface-Active
Agents, Lane A.R. and Ottewill R.H., Sch. Chem., Univ. of Bristol, Chapter 9, in Theory and
Practice of Emulsion Technol., ed.Smith A.L., Academic Press, London, 1976, p.157-177.
Emulsions Stabilized by Non-Ionic Surface-Active Agents: Effect of Electrolyte, Becher P.,
Trifiletti S.E. and Machida Y., ICI United States Inc., Wilmington, DE, and Shiseido Co. Ltd.,
Tokyo, Japan, Chapter 16, in Theory and Practice of Emulsion Technol., ed.Smith A.L., Academic
Press, London, 1976, p.271-280.
The Stability of Oil-in-Water Emulsions Containing Paraffinic Oils and Alkyl Sulphates,
Hallworth G.W. and Carless J.E., Allen and Hanbury's Research Ltd., Ware, Herts., and Chelsea
Coll., Univ. London, Chapter 18, in Theory and Practice of Emulsion Technol., ed.Smith A.L.,
Academic Press, London, 1976, p.305-324.
Colloid Chemical Studies on Bitumen-in-Water Emulsions Part I. Absorption of Water in
the Bitumen Droplets and Other Factors affecting Emulsion Viscosity, Tausk R.J.M. and
Wilson P.N., Koninklijke/Shell-Lab., Amsterdam (Shell Research B.V.), Netherlands, Colloids and
Surfaces, 2, 71-80, 1981.
Colloid Chemical Studies on Bitumen-in-Water Emulsions Part III. Comparison of Particle
Size Analysis Techniques and Determination of Emulsifier Adsorption at the
Bitumen/Water Interface, Tausk R.J.M., Stassen W.J.M. and Wilson P.N., Koninklijke/ShellLab., Amsterdam (Shell Research B.V.), Netherlands, Colloids and Surfaces, 2, 89-99, 1981.
Characterization of Oil-in-Water Emulsions: An Evaluation of the Coulter Counter
Technique, Hamza H.A. and Andersen N.E., Dept. Energy, Mines and Resources, Western Res.
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Coalescence of Oil-in-Water Emulsions: Development of a Novel Fibrous Bed Coalescer
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Microemulsions Formed by Water, Aliphatic Hydrocarbons, and Pentaethylene Glycol
Dodecyl Ether: The Temperature Dependence of Aggregate Size, Kizling J. and Stenius P.,
Inst. for Surface Chem., Stockholm, J.Coll.Interf.Sci., 118, No.2, 482-492, August 1987.
Interfacial Films in the Stabilization of Sunflower Oil in Water Emulsions with Nonionics,
Pilpel N. and Rabbani M.E., Chelsea Dept. of Pharm., King's Coll. (KQC), Univ. London,
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Effect of Heat Denaturation on the Adsorption of -Lactoglobulin at the Oil/Water Interface
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Cornell Univ., Ithaca, New York, J.Coll.Interf.Sci., 139, No.2, 551-560, October 15th 1990.
Rheological and Granulometrical Studies of a Cutting Oil Emulsion. I. The Effects of Oil
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Tailoring Particle Size and Stability in Latex Emulsions, Chellappa C., Witco Corp.,
Greenwich, Conn., Modern Paint and Coatings, December 1995, 4pp.
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Coulter Counting and Light Diffraction Applied to Characterisation of Oil-Water Emulsions,
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Deaggregation in Oil-in-Water Emulsions: I. Influence of Electrolytes, Lemberger A.P. and
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Effect of Emulsifier Concentration and Type on the Particle Size Distribution of Emulsions,
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American Pharmaceutical Association Annl.Mtg., New York, August 3rd-6th 1964.J.Pharm.Sci.,
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A Comparative Investigation of Homogeniser Efficiency, Marshall K. and Taylor J., Ind.
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Particle Size Analysis of Emulsion Systems, Groves M.J. and Freshwater D.C., Res. Dept.,
Boots Pure Drug Co. Ltd., Nottingham, and Dept. Chem. Eng., Univ. of Loughborough,
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Nottingham, and Univ. of Loughborough, Presented at the Fifth Intnl.Congr.on Surface Active
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Relative Stabilizing Effects of Several High Molecular Weight Polymers on the Stability of a
2 Percent Hexadecane in Water Emulsion, Mahrous H.A.F. and Lemberger A.P., School of
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The Effect of Emulsifier Concentration on the Rheological Properties of Acacia Emulsions,
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A Note on the Stability of Emulsions at High Dilution, Shotton E. and Davis S.S., School of
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The Use of the Coulter Counter in Emulsion and Suspension Studies, Matthews B.A.,
Pharm. Devt. Dept., Ciba Geigy Ltd., Basle, Presented at the Conf.'Uses of the Coulter Counter
in the Pharmaceutical Industry', Basle, November 13th 1969, 22pp.Published in
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Interfacial Barrier Limited Interphase Transport of Cholesterol in the Aqueous Polysorbate
80-Hexadecane System, Bikhazi A.B. and Higuchi W.I., Coll. Pharm., Univ. of Michigan, Ann
Arbor, J.Pharm.Sci., 59, No.6, 744-748, June 1970.
Temperature Studies with Non-Aqueous Emulsions, Reichmann K.W. and Petersen R.V.,
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Assn.Mtg., Washington, D.C., April 12th-17th 1970.(Abstract only).
Kinetics of Coalescence in Dilute Oil-in-Water Emulsions, Bernstein D.F., Higuchi W.I. and
Ho N.F.H., Coll. of Pharm., Univ. of Michigan, Presented at the 117th American Pharmaceutical
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The Properties of Emulsions Stabilized by Mixtures of Anionic Surfactant and Anionic
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Hydrophobic Bonding in Soap-Stabilised Emulsions, Davis S.S., Pharm. Dept., Univ. of
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Consideration of the Spielman-Honig Theory in the Quantitative Analysis of Coalescence
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Stabilization of Oil-In-Water Emulsions by Alkyl Sulphates: The Influence of the Nature of
the Oil on Stability, Hallworth G.W. and Carless J.E., Pharm. Dept., Chelsea Coll., Univ. of
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Pharm., Univ. of Utah, Salt Lake City, J.Pharm.Sci., 62, No.11, 1850-1856, November 1973.
Enhancing Effect of Calcium Ions of Transport of Cholesterol from Aqueous Sodium
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PN 8321681 Rev B
Effect of Polysorbate 60 on Interphase Transport of Cholesterol, McNulty P.B., Agric. Engrg.
Dept., Univ. Coll., Dublin, J.Pharm.Sci., 64, No.9, 1500-1503, September 1975.
Dispersionsgrad und Stabilität bei Paraffinölemulsionen, Gstirner F. and Gaudich Ch.,
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October 12th 1972.
Evaluation of Emulsion Stability by Diffuse Reflectance Spectroscopy, Akers M.J. and Lach
J.L., Coll. Pharm., Univ. Iowa, Iowa City, J.Pharm.Sci., 65, No.2, 216-222, February 1976.
The Particle Size Analysis of Multiple Emulsions, Davis S.S., Purewal T.S. and Burbage A.S.,
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The Particle Size Analysis of Multiple Emulsions (Water-in-Oil-in-Water), Davis S.S. and
Burbage A.S., Dept. Pharm., Univ. of Nottingham, Presented at 3rd Chem.Soc.P.S.A.Conf.,
Univ.Salford, September 12th-15th 1977.In, 'Particle Size Analysis', ed.Groves M.J., Heyden,
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Electron Micrography of Water-in-Oil-in-Water Emulsions, Davis S.S. and Burbage A.S.,
Pharm. Dept., Univ. of Nottingham, J.Coll.Interf.Sci., 62, No.2, 361-363, November 1977.
Formulation and Evaluation of Ethiodized Oil Emulsion for Intravenous Hepatography,
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49, No.9/10, 309-316, 1974.
Ostwald Ripening in Emulsion Systems. The Effect of an Added Third Component, Davis
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Evaluation of Emulsifier Blending, Shinoda K., Yoneyama T. and Tsutsumi H., Dept. Chem.,
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A Comparative Study of Emulsions Prepared by Ultrasound and by a Conventional
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54
Bibliographic References
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A Study on Intravenous Hyperalimination (II): Evaluation of Emulsion Stability for Fat
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Baviere H. and Lauwers A., Lab. Algemene Biochem. en Fys. Farmacie; Centrale Apotheek,
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PN 8321681 Rev B
the Electrical Sensing Zone Method for Particle Size Analysis, Luton, March 19th 1986, 7pp.(See
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Effects of pH, Temperature, Concentration, and Time on Particle Counts in LipidContaining Total Parenteral Nutrition Admixtures, Bettner F.S. and Stennett D.J., Pharmacy
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General Foods Corp., Tech. Center, Tarrytown, New York; and Exxon Res. and Engrg. Co., Corp.
Res. Lab., Annandale, New Jersey, J.Coll.Interf.Sci., 128, No.1, 176-187, March 1st 1989.
Oil-in-Water Emulsion Investigation in the System Oil/Brij 35/Phenoxy, 2-Ethanol/Sea
Water: Comparison of Partitioning and Droplet Size Data, Treiner C., Laurent A., Fessi H. and
Orecchioni A.M., Lab. d'Electrochimie, ERA 430, Univ. Pierre et Marie Curie, Paris; and Lab. de
Pharm. Galenique, Fac. de Pharm. de Paris-sud, Chatenay-Malabry, France, J.Coll.Interf.Sci.,
129, No.1, 201-207, April 1989.
56
Bibliographic References
PN 8321681 Rev B
Formation of Fine Three-Phase Emulsions by the Liquid Crystal Emulsification Method
with Arginine -Branched Monoalkyl Phosphate, Suzuki T., Takei H. and Yamazaki S., Tokyo
Res. Labs., KAO Corp., Sumida-ku, Tokyo, J.Coll.Interf.Sci., 129, No.2, 491-500, May 1989.
Ostwald Ripening in Emulsions. 2. Ostwald Ripening in Hydrocarbon Emulsions:
Experimental Verification of Equation for Absolute Rates, Kabalnov A.S., Makarov K.N.,
Pertzov A.V. and Shchukin E.D., Inst. Organoelement Compounds, Moscow; and Moscow State
Univ., Chem. Dept., Moscow, J.Coll.Interf.Sci., 138, No.1, 98-104, August 1990.
Ultrasonic Investigation of the Particle Size Dependence of Crystallization in nHexadecane-in-Water Emulsions, Dickinson E., McClements D.J. and Povey M.J.W., Dept.
Food Sci., Univ. Leeds, West Yorkshire, J.Coll.Interf.Sci., 142, No.1, 103-110, March 1st 1991.
Polysaccharide-Coated Oil Droplets in Oil-in-Water Emulsions as Targetable Carriers for
Lipophilic Drugs, Iwamoto K., Kato T., Kawahara M., Koyama N., Watanabe S., Miyake Y. and
Sunamoto J., Dept. Pharm. Res., Tsukuba Res. Labs., Eisai Co. Ltd., Tsukuba, Ibaragi, Japan;
and Dept. Polymer Chem., Fac. Engrg., Kyoto Univ., Yoshida Hommachi, Kyoto, Japan,
J.Pharm.Sci., 80, No.3, 219-224, March 1991.
The Use of Particle Size Analysis Methods to Assess the Stability of Intravenous Lipid
Emulsions in 'All-In-One' Admixtures, Cosslett A. and Barnett M.I., Welsh School Pharm.,
Univ. of Wales Coll. of Cardiff, Presented at Conf.'Particles Today', Royal Soc.Chem.Particle
Characterisation Group, Luton, April 16th 1991, 2pp.
Destabilization of Emulsions through Deformation of the Droplets, Hofman J.A.M.H. and
Stein H.N., Lab. Coll. Chem., Eindhoven Univ. Techn., Eindhoven, Netherlands, J.Coll.Interf.Sci.,
147, No.2, 508-516, December 1991.
O/W Emulsions as Carriers for Micronised Drug Particles, Steffens K.J., Lich A. and
Pershbacher H., Inst. Pharm. Techn., Techn. Univ., Braunschweig, and Inst. Pharm. Techn.,
Philipps Univ., Marburg, Germany, Manuf.Chemist, 23-26, January 1992.
Use of Particle Size Analysis Methods to Assess the Stability of Intravenous Lipid
Emulsions in 'All-in-One' Admixtures, Cosslett A. and Barnett M.I., Welsh Sch. of Pharm.,
Univ. of Wales Coll. of Cardiff, Anal.Proc., 29, 151-152, April 1992.
Computational Prediction of the Stability of Lipid Emulsions in Total Nutrient Admixtures,
Washington C., Ferguson J.A. and Irwin S.E., Dept. Pharm. Scis., Univ. of Nottingham,
J.Pharm.Sci., 82, No.8, 808-812, August 1993.
Coulter Counter Based Coalescence Assay for the Determination of Emulsion Stability
after Addition of Electrolyte, Schuhmann R., Mehnert W. and Müller R.H., Dept. Pharm. and
Biopharm., Free Univ. of Berlin, Fed. Rep. of Germany, Pharm.Ind., 55, No.7, 701-704, 1993.
Filtration
Evaluation of Viscose Filtration, Kinsey M.E. and Masek F., Johnson and Johnson, Chicago,
Ill., Presented at the Annual Meeting of Technical Association of Pulp and Paper Industries,
1961.To be published in Journal of T.A.P.P.I.
The Sand Filtration of Algae Suspensions, Borchardt J.A. and O'Melia C.R., Univ. Michigan,
Ann Arbor, Mich., Presented at the Annl.Conf.of the American Waferworks Assoc., June 6th
1961, 23pp.
Filtration of Particles from Suspension by the American Oyster Crassostrea Virginica,
Haven D.S. and Morales-Alamo R., Virginia Inst. of Marine Sci., Gloucester Point, Virginia,
Biol.Bull., 139, No.2, 248-264, October 1970.
Influence of Relative Humidity on Filtration Resistance and Efficiency, Durham J.F. and
Harrington R.E., Natl. Air Pollution Control Admin., Cincinnati, Ohio, Presented at 63rd
Annl.Mtg.of Amer.Inst.Chem.Engrs., Chicago, III., November 29th-December 3rd 1970, 21pp.
Bibliographic References
57
PN 8321681 Rev B
Laboratory Filtration, Meakin J.C., W.R. Balston Ltd., Lab.Equipt.Digest, 51-63, May 1973.
Filtration of Aqueous Latex Suspensions Through Beds of Glass Spheres, Fitzpatrick J.A.
and Spielman L.A., Div. Engrg. and Appl. Phys., Harvard Univ., Cambridge, Mass.,
J.Coll.Interf.Sci., 43, No.2, 350-369, May 1973.
Filtration, Ingestion and Egestion of Different-Sized Algae by Daphnia Magna Straus,
Christensen S.W., Yale Univ., New Haven, Conn., Abstract of Thesis, Dissertation Abstracts
International, 34, No.11, May 1974.
Instrumentation for Filtration Tests, Kinsman S., Coulter Electronics Inc., Hialeah, Florida,
Presented at A.I.Ch.E.Mtg., Salt Lake City, Utah, August 19th 1974, 20pp.
Filtration Prescreening Procedures, Butts T.J. and Hungerford W.B., Exxon Chemical Co.,
Linden, N.J., Presented at A.I.Ch.E.Mtg.Salt Lake City, Utah, August 20th 1974, 21pp.
Notes on the Effect of the Filtration Process on Measurements of Phytoplankton Primary
Production in Lake Pääjärvi, Southern Finland, Ilmavirta V., Dept. Botany, Univ. of Helsinki,
Finland, Ann.Bot.Fennici, 11, 250-252, 1974.
Submicron Filtration, Johnston P.R., Carborundum Co., Lebanon, Indiana,
Chem.Eng.Progress, 71, No.12, 70-73, December 1975.
Filtration of Air by Fibrous Filters, Stenhouse J.I.T., Dept. Chem. Eng., Univ. of Technol.,
Loughborough, Leics., Filtration & Separation, 268-274, May/June 1975.
Materials and Methods of Wort Production that Influence Beer Filtration, Leedham P.A.,
Savage D.J., Crab D. and Morgan G.T., Whitbread and Co. Ltd., Luton, Proceedings European
Brewery Confederation Conf., Nice, 1975, p.201-216.
Comparison of Techniques for the Measurement of Zooplankton Filtration Rates, Hargis
J.R., Friday Harbor Labs., Washington, Limnol.Oceanog., 22, No.5, 942-945, September 1977.
Clarification of Liquids Using Filter Aids. Part III. Cake Resistance in Surface Filtration,
Heertjes P.M. and Zuideveld P.L., Lab. Chem. Eng., Univ. Technol., Delft, Powder Technol., 19,
45-64, 1978.
Instrumentation for Filtration Tests., Kinsman S., Coulter Electronics, Inc., Hialeah, Fla,
A.I.Ch.E.Symposium Series, 73, No.171, 13-17, 1977.
Particle Size Analysis, Scarlett B., Loughborough Univ., Chapter 2, in 'Solid-Liquid Separation
Equipment Scale-up', 15-38, Uplands Press, Croydon, 1977, p.15-38.
Laboratory Measurement of Particle Size, Svarovsky L., Univ. of Bradford, In 'Solid Liquid
Separation', Butterworths, London, 1977, p.24-29.
A New Approach to Viscose Filtration, Richards D.O., Jameson D.E. and Hodgson D., British
Sidac Ltd., Wigton, Cumbria, Proc.5th Intnl.Pulps Conf., Vienna, October 8th-10th 1980, p.60-65.
The Development of Improved Media for Viscose Filtration, Barlow G., P & S Filtration Ltd.,
Haslingden, Filtration and Separation, 28-29, January/February 1981.
Water Quality Aspects of North Sea Injection Water, Mitchell R.W. and Finch E.M., BP
Petroleum Development Ltd., and BP Research Center, J.Petroleum Technol., 1141- 1152, June
1981.
The Development of a High Flux Microfilter with a Wide Range of Applications, Knibbs R.H.,
Chem. Technol. Div., A.E.R.E. Harwll, Oxon, Preprints, Filtech Conf.1981, p.59-68.
An Analysis of Fabric Dust Filtration. I: Model Observations of Dust Cake Formation,
Rothwell E., Dept. Chem. Engrg. and Fuel Technol., Univ. Sheffield, Filtration & Separation, 318324, September/October 1985.
Anti-Fouling Techniques in Cross-Flow Microfiltration, Milisic V. and Bersillon J.L., Inst.
Français des Techniques Separatives, Agen; and Lyonnaise des Eaux, Le Pecq, France,
58
Bibliographic References
PN 8321681 Rev B
Presented at 4th World Filtration Congress, Ostend, April 22nd-25th 1986; preprints Part II,
p.11.19-11.24.Publ.Filtration and Separation, 347-349, November/December 1986.
Problems with Filter Aid in Filtration Equipment, De Rijke J.M., Van Tilburg J.P.J., Scarlett B.,
Wesselingh J.A. and Krap A.H., Delft Univ. Technol., and Heineken Brouwerij, Zoeterwoude,
Netherlands, Presented at 4th World Filtration Congress, Ostend, April 22nd-25th 1986; preprints
Part III, p.11.1-11.5.
Application of Expanded PTFE Membrane Filter to In-Stack Particle Size Measurement,
Hao J. and Ruby M.G., Univ. of Cincinnati, Cincinnati, Ohio, Presented at the 77th.Annl.Mtg.of
the Air Pollution Control Assoc., San Francisco, Calif., June 24th-29th 1984, 13pp.
A Comparison of Filtration Performance using Particle Counting and Pore Sizing
Techniques, Harfield J.G., Wenman R.A. and Batchu H., Scientific Instrument Application
Laboratory, Coulter Electronics, Inc., Hialeah, and Corporate Reference Laboratory R & D
Facility, Coulter Electronics Ltd., Luton, Presented at 1st A.G.M.and Intnl.Techn.Conf., Filtration
Soc.Americas, Ocean City, MD, March 21st-24th 1988, 11pp.
Cross-Flow Membrane Filtration of Sea Water, Abdel-Ghani M.S., Jones R.E. and Wilson
F.G., Dept. Mineral Resources, Royal School of Mines, Imperial Coll., London; School of Ocean
Scis., Marine Sci. Labs., Univ. Coll. of North Wales, Gwynedd; and Fairey Filtration Div.,
Fareham, Filtration and Separation, 105-109, March/April 1988.
Double Direct Filtration for High Turbidity Removal, Boller M. and Munz C., Swiss Fed. Inst.
for Water Res. and Water Pollution Control (EAWAG), Dübendorf, Switzerland, Presented at
Conf.Particle Technology in Relation to Filtration and Separation, October 1988, publ.KVIV
Antwerp, 11, p.3.1-3.8.
Rapid Gravity Filtration - Towards a Deeper Understanding, Mackie R.I., Dept. Civil Engrg.,
Univ. Dundee, Filtration and Separation, 32-35, January/February 1989.
A Comparison of Filtration Performance using Particle Counting and Pore Sizing
Techniques, Batchu H., Harfield J.G. and Wenman R.A., Coulter Electronics, Inc., Hialeah, FL;
and Coulter Electronics Ltd., Luton, Fluid/Particle Separation J., 2, No.1, 5-10, March 1989.
A Systems Approach to Filtration of Completion Fluids, Johnson T.W., 3M Company, St.
Paul, Minnesota, Fluid/Particle Separation Journal, 2, No.4, 196-201, December 1989.
Bekipor Sintered Metal Fiber Media for Fluid Filtration, , , Report FF 301, publ. N.V. Bekaert
SA, 1990, 15pp.
Evaporation-Filtration Test for Emulsion Inversion, Marchal J.-L., ESSO Res. Centre, Mont
Saint Aignan, France, In, Asphalt Emulsions, ASTM STP 1079, ed.Muncy H.W.,
Amer.Soc.Testing and Materials, Philadelphia, 1990, p.106-111.
Filter Aid Filtration - the Interaction of Filter Aid, Pore Size and Turbidity Particle Size, Cain
C., Celite, Lompoc, CA, Presented at the Hershey Conf.on the Pore, May 21st-23rd 1991,
Hershey, PA.(Abstract only).
Removing Giardia Cysts From Low Turbidity Waters by Rapid Rate Filtration, Al-Ani M.Y.,
Hendricks D.W., Logsdon G.S. and Hibler C.P., Sci. Res. Council, Jadirayh Baghdad, Iraq;
Engrg. Res. Center, Colorado State Univ., Fort Collins, CO; Microbiol. Treatment Branch,
Drinking Water Res. Div., USEPA, Cincinnati, OH; and Dept. Path., Colorado State Univ.,
Res.and Techn., J.Amer.Water Works Assocn., 78, 66-73, May 1986.
Microfiltration of Biomass and Biofluids: Effects of Membrane Morphology and Operating
Conditions, Fane A.G., Fell C.J.D., Hodgson P.H., Leslie G. and Marshall K.C., Sch. Chem. Eng.
and Ind. Chem., and Dept. Microbiol., Univ. of New South Wales, Sydney, Australia, Presented at
Vth World Filtration Congress, Nice, France, June 1990.Filtration & Separation, 332-340,
September/October 1991.
Bibliographic References
59
PN 8321681 Rev B
Multilayered Sheets: The Media of the Future for Automotive Filtration Applications?',
Kaukopaasi J.G. and Shah N.B., Ahlstrom Filtration, Inc., Chattanooga, TN, Tappi Journal, 127132, January 1992.
Particle Behavior in Deep-Bed Filtration : Part 1 - Ripening and Breakthrough, Moran D.C.,
Moran M.C., Cushing R.S. and Lawler D.F., Hargis + Associates Inc., La Jolla, CA.; Malcolm
Pirnie Inc., Carlsbad, CA; and Envir. and Water Resources Engrg. Program, Dept. Civil Engrg.,
Univ. Texas, Austin, TX, J.AWWA, 69-81, December 1993.
The use of Pore Size Distribution to Determine Filtration Efficiency, Sexton J., Filters for
Industry Ltd., New Milton, Hampshire, To be published in Filtration and Separation, ? February
1996, 9pp.
Evaluation of Filtration Tests with Gradual Pressure Increase and Sedimentation, Oja M.
and Nyström L., Lab. of Process Eng., Lappeenranta Univ. of Technol., Lappeenranta, Finland,
Presented at the Filtech Europa 95 Conference, Karlsruhe, Germany, October 11th
1995.Filtration & Separation, 335-337, April 1996
Laminated Media for Liquid Filtration, J.C. Binzer, Hatzfeld/Elder, Germany, Paper 17/97E,
1997, 6pp.
Dependence of Filtration Properties on Stainless Steel Medium Structure, Li T., Fluid
Dynamics Business Group, Memtec America Corp., DeLand, FL, Filtration & Separation, 34,
No.3, 265-273, April 1997.
An Investigation into the Filtration of Biological Materials: Why is it Such a Problem?, , ,
Filtration and Separation, 507-512, July/August 1998
Methods of Removal of Particulate Contamination from Injection Fluids, Marshall K., Univ.
of Bradford, Presented at the Sixth British Coulter Counter Users Conf., London, March 1968,
3pp.
Filtration for Particle Removal During Addition of Drugs to IV Fluids, Pearse J.A., Curtis
C.E. and Driver N., Pharmacy, North Manchester Gen. Hosp., Pharm.J., 32-33, September 25th
1982.
Food
Fundamentals and Optimization of Crushing Processes in Food Production, Niediek E.A.,
Univ. of Karlsruhe, Proc.3rd Intnl.Congress of Food Science and Technol., Washington, D.C.,
August 9th-14th 1970, p.474-483.
Effects of Size and Concentration of Food Particles on the Feeding Behavior of the Marine
Planktonic Copepod Calanus pacificus, Frost B.W., Dept. Oceanogr., Univ. of Seattle,
Washington, Limnol.Oceanog., 17, No.6, 805-815, November 1972.
Grazing Rates and Food Selection in Diaptomus oregonensis (Copepoda) from Marion
Lake, British Columbia, McQueen D.J., Inst. of Animal Resource Ecol., Univ. of British
Columbia, Vancouver, J.Fisheries Research Board of Canada, 27, No.1, 13-20, 1970.
The Separation of Micro-organisms from Foods, Wood J.M., British Food Manufacturing Ind.
Res. Assocn., Presented at I.A.M.S.IXth Intnl.Symp., Kiel, September 16th-20th 1974, 2pp.
A Method for Determining Food Selection by Zooplankton, Lampert W., Limnol. Inst., Univ.
Freiberg, W.Germany, Limnol.Oceanog., 19, No.6, 995-998, November 1974.
Feeding, Growth, and Food Conversion of the Marine Planktonic Copepod Calanus
helgolandicus, Paffenhöfer G.-A., Inst. Mar. Res., Univ. of California, San Diego,
Limnol.Oceanog., 21, No.1, 39-50, January 1976.
Feeding Behavior of Calanus pacificus in Mixtures of Food Particles, Frost B.W., Dept.
Oceanogr., Univ. of Washington, Seattle, Limnol.Oceanog., 22, No.3, 472-491, May 1977.
60
Bibliographic References
PN 8321681 Rev B
The Egg Production of a Marine Planktonic Copepod in Relation to its Food Supply:
Laboratory Studies, Checkley D.M. Jr., Inst. Marine Res., Univ. California, San Diego, La Jolla,
Limnol.Oceanogr., 25, No.3, 430-446, 1980.
Size Fractionation of Phytoplankton as an Estimate of Food Available to Herbivores, Runge
J.A. and Ohman M.D., Sch. of Oceanogr., Univ. Washington, Seattle, Limnol.Oceanogr., 27,
No.3, 570-576, 1982.
Characterization of Feeding Activity Patterns in the Planktonic Copepod Centropages
typicus Kroyer under Various Food Conditions, Cowles T.J. and Strickler J.R., Woods Hole
Oceanogr. Inst., Woods Hole, Mass., and Australian Inst. of Marine Sci., Transville, Queensland,
Limnol.Oceanogr., 28, No.1, 106-115, 1983.
Population Dynamics of Food-limited Rotifiers in Two-stage Chemostat Culture, Boraas
M.E., Center for Great Lakes Studies, Univ. of Wisconsin-Milwaukee, Milwaukee,
Limnol.Oceanogr., 28, No.3, 546-563, 1983.
The Effect of Food Quality on Feeding and Respiration by Daphnia and Diaptomus,
Richman S. and Dodson S.I., Dept. Biol., Lawrence Univ., Appleton, Wisconsin, and Dept. Zool.,
Univ. of Wisconsin, Madison, Limnol.Oceanogr., 28, No.5, 948-956, 1983.
An Experimental Investigation of a Flagellate-Ciliate-Copepod Food Chain with Some
Observations Relevant to the Linear Biomass Hypothesis, Sheldon R.W., Nival P. and
Rassoulzadegan F., Dept. Fisheries and Oceans, Marine Ecology Lab., Bedford Inst. Oceanogr.,
Dartmouth, Nova Scotia; and Station Zool., Villefranche sur Mer, France, Limnol.Oceanogr., 31,
No.1, 184-188, 1986.
Nutritional Ecology of the Ascidian Pyura stolonifera: Influence of Body Size, Food
Quantity and Quality of Filter-Feeding, Respiration, Assimilation Efficiency and Energy
Balance, Klumpp D.W., Zool. Dept., Univ. of Cape Town, South Africa, Marine Ecology-Progress
Series, 19, 269-284, October 10th 1984.
The Applications and Significance of Particle Size Measurement in the Food Industry,
Hayes G., Manchester Polytechnic, Presented at Coulter Sci.Symp.'Particle Technology',
September 26th-27th 1989, Natl.Motorcycle Museum, Solihull, 1pp.(Abstract only).
Pabulary Particles - Food for Body and Mind, Evers A.D., Flour Milling and Baking Res.
Assoc., Chorleywood, Presented at Coulter Sci.Symp.'Particle Technology', September 26th-27th
1989, Natl.Motorcycle Museum, Solihull, 1pp.(Abstract only).
Effects of Temperature and Food Abundance on Grazing and Short-Term Weight Change
in the Marine Copepod Acartia hudsonica, Durbin E.G. and Durbin A.G., Grad. Sch. of
Oceanogr., Univ. of Rhode Island, Narragansett, Limnol.Oceanogr., 37, No.2, 361-378, 1992.
Use of Effluent Water from Fish-Ponds as a Food Source for the Pacific Oyster,
Crassostrea gigas Thunberg, Shpigel M., Lee J., Soohoo B., Fridman R. and Gordin H., Natl.
Center for Maricult., Israel Oceanogr. and Limnol. Res., Eilat, Israel; and Biol. Dept., City Coll. of
New York, Aquacult.and Fisheries Mgmt., 24, 529-543, 1993.
Experimental Records of the Effects of Food Patchiness and Predation on Egg Production
of Acartia tonsa, Saiz E., Tiselius P., Jonsson P.R., Verity P. and Paffenhöfer G.-A., Skidaway
Inst. of Oceanogr., Savannah, GA, and Tjärnö Marine Biol. Lab., Strömstad, Sweden,
Limnol.Oceanogr., 38, No.2, 280-289, 1993.
Fuel
The Effect of Fuel Oil Contaminants on Engine Operation, Brown J.F.C., British Ship Res.
Assocn., Presented at the Sixth British Coulter Counter Users' Conf., London, March 1968, 17pp.
Bibliographic References
61
PN 8321681 Rev B
Size Analyses of Ash from Pulverised Fuel-Fired Power Stations, Conolly H.N., Central
Electricity Generating Board, Hams Hall, Presented at the Third British Coulter Counter Users'
Conf., Cardiff, March 1966, 8pp.
Comparative Particle Size Profiles of some Materials of Interest in Atomic Energy Fuel
Fabrication Processes, Smith G. and Ferret D.J., U.K.A.E.A., Winfrith, Dorset,
Proc.S.A.C.Conf.'Particle Size Analysis'.Loughborough, September 14th-16th 1966, publ.Society
for Analytical Chemistry, 1967, p.344-353.
Explosives
Fast, Accurate Counts of Minute Particles, Kulwiec R.A. and Friedberg H.R., Assistant Editor;
and Crobaugh Labs., Cleveland, Ohio, Chemical Processing, 82-85, October 1965.
Determination of Particle Size Distribution in Uncured Propellant by Use of the Coulter
Counter, Christensen W.N., Thiokol Chemical Corp., Brigham City, Utah, Internal Publication
No.766-12016, ?1966, 21pp.
Particulates in an Explosives Laboratory, Scullion H.J. and Harris J.E.C., Quality Assurance
Directorate (Materials), Ministry of Defence, Royal Arsenal (East), Woolwich,
Proc.Soc.Analyt.Chem., 8, No.4, 60-65, April 1971.
Relating Coulter Counts at One Size Level to the Air Permeametric Specific Surface Area
of the Product from a Wet Comminution Process, Harris J.E.C. and Scullion H.J., Materials
Quality Assurance Directorate, Royal Ordnance Factory, Bridgwater, Presented at the Coulter
Conf., London, April 10th-11th 1973, 4pp.
Ancillary Techniques in Particle Characterisation, Scullion H.J. and Harris J.E.C., Ministry of
Defence, Bridgwater, Proc.Soc.Analyt.Chem., 10, No.8, 108-114, May 1973.
Effect of Particle-Size Distribution on the Thermal Decomposition of - Lead Azide,
Hutchinson R.W., Kleinberg S. and Stein F.P., Chem. Eng. Dept., Lehigh Univ., Bethlehem,
Penna., J.Phys.Chem., 77, No.7, 870-875, 1973.
Environmental Particulates and High Explosives, Scullion H.J., Harris J.E.C. and McCormack
J., Materials Quality Assurance Directorate, Ministry of Defence, Puriton, Bridgwater, Somerset,
Proc.at a Colloquium 'Applications of Particle Size Analysis to Environmental Pollution', organised
by the Society for Analytical Chemistry, Chemical Society Particle Size Analysis Group, Univ.of
Nottingham, September 18th-19th 1974, p.30-35.
The Role of Particle Characterisation in the Quality Control of Explosives, Harris J.E.C.,
Materials Q.A. Directorate, M.O.D., Royal Arsenal East, Woolwich, Int.Jahrestag, - FraunhoferInst.Treib-Explosivst, 387-405, 1983.
Hydraulic Fluids
An Automatic Method for the Determination of the Degree of Contamination in Hydraulic
Fluids, Michaelson P.D., Boeing Airplane Company, Seattle, Wash., Presented at The
Symposium on Fluid Filtration and Contamination Behaviour and Control, at California Univ., Los
Angeles, February 1st 1961, 11pp.
An Appreciation of the Coulter Electronic Particle Counter as a Suitable Method for
Assessing the Contamination Level of Hydraulic Oils, Coppola R.F., Bristol Aircraft Ltd.,
Filton, Internal Publication M6/R/RFC/17 July 5th 1960, 7pp.
Hydraulic Fluid Contamination Control, Schuler R.B., , Company Report by the Contamination
Control Committee, North American Aviation, Columbus, Ohio, 1962, 18pp.
Preliminary Research and Development Report on the Automatic Sizing and Counting of
Particulate Contamination in Hydraulic Fluid using a Multi-Channel Model 'C' Coulter
62
Bibliographic References
PN 8321681 Rev B
Counter, Van Loon J.K., Bendix-Pacific, North Hollywood, Calif., Presented at the S.A.E.A-6
Meeting, Miami Beach, Florida, May 5th-10th 1963, 8pp.
Automatic Particle Counters for Hydraulic Fluids, Part I, Calibration, Walker D.R., Douglas
Aircraft Co., Inc., Santa Monica, Calif., Presented at the S.A.E.A-6 Meeting, Miami Beach,
Florida, May 5th-10th 1963, 39pp.
Solute Transport Rates in Emulsion Systems, Higuchi W.I., Coll. Pharm., Univ. of Michigan,
Ann Arbor, Mich., Presented at the Scientific Section of the American Pharmaceutical
Association, Miami Beach, Florida, May 16th 1963.(Abstract only).
Particle Size Analysis Obtained with an Electrical Sensing-Zone Analyser, Samartzopoulos
C.G., Coulter Electronics Ltd., St. Albans, Laboratory Practice, 39-42, January 1964.
The Coulter Counter, Wickham R., Admiralty Engrg. Lab., Journal of the Royal Naval Scientific
Service, 19, No.3, 153-156, May 1964.
Techniques for the Study of Contaminant Particulate in Fluids, Boxall E.S., Thermal Control
Co. Ltd., Hove, Presented at the Coulter Counter Users' Conference, Harpenden, Herts, May 6th7th 1965.Published in Filtration and Separation, 200-201 & 230, May/June 1966.
Counting and Measuring of Contamination Particles in Hydraulic Oils Using an Electric
Sensing Zone Instrument, Kinsman S., Coulter Electronics, Inc., Chicago, Ill., Presented at the
Meeting of the Society of Automotive Engineers, AGE-1 B Sub-committee on Hydraulic
Pneumatic Military Support Equipment, Seattle, Wash., September 19th-20th 1963, 4pp.
Size Analysis of Particulate Contaminant, Boxall E.S., Coulter Electronics Ltd., Presented at
the 3rd British Coulter Counter Users Mtg., Cardiff, March 1966, 7pp.
Liquid Automatic Particle Counters and Contamination Monitors, , , Aerospace Information
Report AIR 898, Soc. of Automotive Engrs., Inc., January 31st 1968, 2pp.
Particle Size Analysis of Oil Samples with a Coulter Counter, Schmitz J.E., Carborundum
Co., Lebanon, Indiana, Presented at an A.I.Ch.E.Mtg., Minneapolis, August 30th 1972,
13pp.Published in Filtration and Separation, 426-428, July-August 1973.
Latex
Kinetics of Rapid Aggregation in Suspensions. Comparison of Experiments with the
Smoluchowski Theory, Higuchi W.I., Okada R., Stelter G.A. and Lemberger A.P., Univ. of
Wisconsin, Madison, Wis., Presented at the 109th Convention of the American Pharmaceutical
Association, Las Vegas, Nevada, March 1962.J.Pharm.Sci., 52, No.1, 49-54, January 1963.
The Preparation and Size Distribution of Some Monodisperse Emulsions, Wachtel R.E. and
La Mer V.K., Dept. Chem., Colombia Univ., N.Y., J.Coll.Sci., 17, No.6, 531-564, August 1962.
The Coagulation of Hydrosols by Brownian Motion and Laminar Shear Flow, Swift D.L. and
Friedlander S.K., Dept. Chem. Engrg., John Hopkins Univ., Baltimore, Maryland, J.Colloid
Science, 19, No.7, 621-647, September 1964.
Comparison of Size Distributions from the Coulter Counter and from Electron Microscopy,
Cooper W.D. and Parfitt G.D., Chemistry Dept., Univ. Nottingham, Presented at the A.C.S.Mtg.,
Pittsburgh, March 1966, 2pp.
The Coulter Counter - A Tool in Formulation Research, Van Valkenburg W., Van Horn R. and
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Calibration of Coulter Counters for Particles ~1µ in Diameter, Mercer W.B., U.S. Army Biol.
Center, Fort Detrick, Frederick, Myld., Rev.Sci.Instr., 37, No.11, 1515-1520, November 1966.
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Particle Size Distribution in Rubber Latex, Wales M., Shell Development Co., Emeryville,
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Colloid Stability in Aqueous and Non-aqueous Media, Parfitt G.D., Univ. Nottingham,
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Polymer Flocculation Kinetics of Dilute Colloidal Suspensions, Birkner F.B. and Morgan J.J.,
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the Annl.Conf., Atlantic City, New Jersey, June 8th 1967.Journal of the American Water Works
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Polymer Flocculation Kinetics of Colloidal Suspensions., Keck W.M., Lab. Env. Health
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Improving Resolution in Coulter Counting by Hydrodynamic Focusing, Spielman L. and
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Comparison of Particle Size Distributions of 'Monodisperse' Particles from 0.8 to 3.5µ in
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Measurement of the Mean Size and Concentration of Particles in a Suspension Using the
Coulter Counter Model 'B' with the Model 'M' Volume Converter, Watkins D.L.,
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Standard Calibration Materials for the Coulter Counter, Harfield J.G. and Wood W.M., Coulter
Electronics Ltd., Dunstable, Proc.S.A.C.Particle Size Analysis Conference, Bradford Univ.,
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A Reliability Study on the Surface Area Analysis of Polymeric Materials by Dynamic BET
Method, Behringer A.J. and Ackerman R.C., Org. Mtls. Technol. Lab., Xerox Corp., Rochester,
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Routine Particulate Characterization of Polymeric Materials Paper II. A Performance
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The Correlation of Electron Microscope Results with those of the Coulter Counter and
Surface Area in the Charactarisation of Polymeric Materials, Behringer A.J., Alliet D.F. and
Ackerman R.C., Org. Mtls. Technol. Lab., Xerox Corporation, Rochester, N.J.,
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A Light Scattering Photometer Using Photographic Film, Brunsting A. and Mullaney P.F.,
Biomed. Res. Group, Los Alamos Sci. Lab., Univ. of California, Los Alamos, New Mexico,
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The Use of Coulter Calibration Latices, Harfield J.G., Coulter Electronics Ltd., Presented at the
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Filtration of Aqueous Latex Suspensions Through Beds of Glass Spheres, Fitzpatrick J.A.
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A. Comparison of Some Methods of Sizing Particles of a Latex for Calibrating a Coulter
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Production of Uniform Microspheres, Fulwyler M.J., Perrings J.D. and Cram L.S., Los Alamos
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Coagulation In Turbulent Flow: Theory and Experiment, Delichatsios M.A. and Probstein
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51, No.3, 394-405, June 1975.
Short Contribution, Lines R.W., Coulter Electronics Ltd., Presented at the First European
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A Study of Available Particle Size Standards for Calibrating Electrical Sensing Zone
Methods, Alliet D.F., Xerox Corp., Rochester, New York, Powder Technol., 13, 3-7, 1976.
A Simple Method for Determination of the Average Particle Size of Coarse Suspensions
from Measurements of Apparent Specific Turbidity, Bagchi P. and Vold R.D., Dept. Chem.,
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The Measurement of Polymer Latex Particle Size with the Coulter® Nano-Sizer™, Lines
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Experimental Verification of Particle Size Determination by the New Coulter® NanoSizer™, Lines R.W. and Miller B.V., Coulter Electronics Ltd., Harpenden, Presented at Powder
Europa, Wiesbaden, January 22nd-24th 1980, 38pp.(See 1117).
Latex Particle Size Analysis by the Coulter Nano-Sizer™: Response to Synthetic Mixtures
of Sizes, Outsize Particle and Comparison with Other Methods, Daniels C.A. and Etter A.A.,
BF Goodrich Chemical Group, Avon Lake,Ohio, Powder Technol., 34, 113-119, 1983.
The Use of Electronically Counted Microspheres in Absolute Diatom Analysis, Battarbee
R.W. and Kneen M.J., Univ. Coll. London, Limnol.Oceanogr., 27, No.1, 184-188, 1982.
Particle Size and Size Distribution of Poly (butyl 2-cyanoacrylate) Nanoparticles - II.
Influence of Stabilizers, Douglas S.J., Illum L. and Davis S.S., Dept. Pharm., Univ. Nottingham,
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Optical Probe Study of a Nonentangling Macromolecule Solution -Bovine Serum
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The Effects of Artefact Peaks on the Calibration of Electrical Sensing Zone (Coulter
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Monitoring the Amount of Coagulum and Number of Oversized Particles in a Latex, de
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Electrosteric Stability of Expandable Layer Latexes, Morfesis A.A., Univ. of Massachusetts,
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A Comparison of Latex Particle Reference Standards, Bradshaw A. and Harfield J.G., Coulter
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The Stability of Latex Particles in Aqueous Suspensions, Wilkinson M.C., Hearn J.,
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Dispersion Polymerization of Styrene in Polar Solvents II. Visualization of Surface Layers
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Submicron Particle Sizing Using the Coulter LS 130, Meadhra R.O., Kramer H.J.M. and van
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Particle Concentration Effects on the Electrophoretic Mobility of Latex Particles, Dunstan
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Poly(N-Isopropylacrylamide) Latices Prepared with Sodium Dodecyl Sulfate, McPhee W.,
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Kinetics and Modes of Destabilization of Antibody-Coated Polystyrene Latices in the
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Inst. Charles Sadron, Strasbourg, France; and U.M. 103, CNRS-Biomerieux, Ecole Normale
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Bubble Formation in Water at Smooth Hydrophobic Surfaces, Ryan W.L. and Hemmingsen
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Reference Methods and Materials for Counting by Instruments using Aperture Impedance
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Effect of Laser Beam Dimensions on Electrophoretic Mobility Measurements, Finsy R., Xu
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A Method for Dispersion and Particle Size Analysis of Superparamagnetic Beads, Cowley
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Tailoring Particle Size and Stability in Latex Emulsions, Chellappa C., Witco Corp.,
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An Electrophoretic Investigation of the Relaxation Term in Electrokinetic Theory, Russell
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Heterocoagulation of Sensitized Latexes in the Presence of HCG Protein: The Pregnancy
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The Influence of the Type of Flow on the Orthokinetic Coagulation Rate, Krutzer L.L.M., van
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Electrophoretic Mobility Study of Dodecyltrimethylammonium Bromide in Aqueous
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Optimization of Long-Term Stability of Magnetic Fluids from Magnetite and Synthetic
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Coagulation and Flocculation in Suspensions of Griseofulvin and Polystyrene Latex,
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The Biologic Effects of Polystyrene Latex Particles Administered Intravenously to Rats - A
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Gibson W.R., Wheeler F.C. and Carlson R.G., Travenol Labs., Morton Grove, Ill.; Abbott Labs.,
North Chicago, Ill.; Cutter Labs., Berkeley, Calif.; Eli Lilley and Co., Indianapolis; and The Upjohn
Co., Kalamazoo, Mich., Bull.P.D.A., 27, No.3, 101-113, May-June 1973.
Precision and Accuracy of Analysis of Air-Filled Albumin Microspheres Using Coulter
Multisizer Mark II, Sontum P.C. and Christiansen C., Res. and Devt. Sect., Nycomed Imaging
AS, Oslo, Norway, J.Pharmac.& Biomed.Analysis, 12, No.10, 1233-1241, 1994.
Lubricants
Polytetrafluoroethylene and Fluorinated Ethylene-Propylene Grease Lubricants, Christian
J.B. and Arkles B., Wright-Patterson Air Force Base, Ohio, and Liquid Nitrogen Processing Corp.,
Malvern, Penna., Presented at the 28th ASLE Annl.Mtg., Chicago Illinois, April 30th-May 3rd
1973.Published in Lubrication Engineering (J.Amer.Soc.Lub.Engrs.), 136-143, March 1974.
Metals
Effects of Heavy Metals on Protozoan Growth Rates, Gray J.S., Wellcome Marine Lab., Univ.
of Leeds, Robin Hood's Bay, Whitby, Yorkshire, Proc.at a Colloquium 'Applications of Particle
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Growth Rates of Sediment-living Marine Protozoan as a Toxicity Indicator for Heavy
Metals, Gray J.S. and Ventilla R.J., Wellcome Marine Lab., Univ. of Leeds, Yorks., Ambio, 2,
No.4, 118-122, 1973.
Sulfide Precipitation of Heavy Metals: Particle Morphology Characterization, Peters R.W.
and Ku Y., Sch. of Civil Engrg., Purdue Univ., Lafayette, IN, Proc.10th Annl.Powder and Bulk
Solids Conf./Exhib., O'Hare Expo Center, Rosemont, III, May 7th-9th 1985, p.76-86.
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of Civil Engrg., Purdue Univ., West Lafayette, Indiana, Particulate Sci.Technol., 6, 421-439, 1988.
The Zeta Potential of Iron and Chromium Hydroxide Oxides during Adsorption and
Coprecipitation of Aqueous Heavy Metals, Crawford R.J., Harding I.H. and Mainwaring D.E.,
School of Chem. Scis., Univ. Technol., Hawthorn, Australia; and Dept. Appl. Chem., Royal
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Comments on "The Zeta Potential of Iron and Chromium Hydrous Oxides during
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Sea Water
On the Occurrence and Formation of Small Particles in Sea Water, Sheldon R.W., Evelyn
T.P.T. and Parsons T.R., Fisheries Res. Board of Canada, Nanaimo, B.C., Limnol.Oceanog., 12,
No.3, 367-375, July 1967.
A Short Review of Some Automated Techniques for the Detection and Characterization of
Particles in Sea Water, Parsons T.R. and Seki H., Fisheries Res. Board of Canada, Pacific
Oceanogr. Group, Biol. Station, Nanaimo, British Columbia; and Ocean Res. Inst., Univ. of Tokyo,
Japan, Bull.Jap.Soc.Fisheries Oceanography, Special Number, (Prof.Uda's Commemorative
Papers), 173-177, 1969.
Cross-Flow Membrane Filtration of Sea Water, Abdel-Ghani M.S., Jones R.E. and Wilson
F.G., Dept. Mineral Resources, Royal School of Mines, Imperial Coll., London; School of Ocean
Scis., Marine Sci. Labs., Univ. Coll. of North Wales, Gwynedd; and Fairey Filtration Div.,
Fareham, Filtration and Separation, 105-109, March/April 1988.
Oil-in-Water Emulsion Investigation in the System Oil/Brij 35/Phenoxy, 2-Ethanol/Sea
Water: Comparison of Partitioning and Droplet Size Data, Treiner C., Laurent A., Fessi H. and
Orecchioni A.M., Lab. d'Electrochimie, ERA 430, Univ. Pierre et Marie Curie, Paris; and Lab. de
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Plankton
An Automated Technique for Determining the Growth Rate of Chain-Forming
Phytoplankton, Parsons T.R., Fisheries Research Board of Canada, Pacific Oceanographic
Group, Nanaimo, B.C., Limnology & Oceanography, 10, 598-602, October 1965.
The Coulter Counter and Its Use in Determining the Concentration of Natural Populations
in Freshwater Phytoplankton, Evans J.H., Royal Holloway Coll., London, Presented at the 15th
A.G.M.of the British Phycological Soc., 3rd-4th January 1967.(Abstract only).
The Determination of Phytoplankton Concentrations in a New Reservoir by the Coulter
Counter and Other Techniques, McGill S. and Evans J.H., Royal Holloway Coll., London,
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Relationship between Carbon Content, Cell Volume, and Area in Phytoplankton, Mullin
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Some Observations on the Dependence of Zooplankton Grazing on the Cell Size and
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Fisheries Res. Board of Canada, Nanaimo, B.C., J.Oceanographical Society of Japan, 23, No.1,
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Application of an Electronic Particle Counter in Analyzing Natural Populations of
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Limnol.Oceanog., 13, No.3, 499-506, July 1968.
The Use of a Model A Industrial Coulter Counter in Quantitative Determinations of the
Phytoplankton of the River Thames, Evans J.H., Dept. Botany, Royal Holloway Coll., Univ.
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Effect of Nitrilotriacetic Acid on the Growth and Metabolism of Estuarine Phytoplankton,
Erickson S.J., Maloney T.E. and Gentile J.H., Natl. Marine Water Quality Lab., West Kingston,
R.I., Journal Water Pollution Control, 42, No.8, Part 2, R.329-335, August 1970.
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Phytoplankton Populations, Evans J.H. and McGill S.M., Botany Dept., Royal Holloway Coll.,
Univ. of London, Hydrobiologia, 35, Issue 3-4, 401-419, September 25th 1970.
Die Bedeutung der genauen quantitätiven Erfassung des Planktons in der Limnologie und
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Effects of Size and Concentration of Food Particles on the Feeding Behavior of the Marine
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Influence of Humic Substances on the Growth of Marine Phytoplankton Diatoms, Prakash
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A Method for Determining Food Selection by Zooplankton, Lampert W., Limnol. Inst., Univ.
Freiberg, W.Germany, Limnol.Oceanog., 19, No.6, 995-998, November 1974.
Electronic Particle Counting Applied to Phytoplankton Studies in Three Southern Finnish
Lakes, Ilmavirta V., Dept. Botany, Univ. of Helsinki, Finland, Ann.Bot.Fennici, 11, 105-111, 1974.
Diel Periodicity in the Phytoplankton Community of the Oligotrophic Lake Pääjärvi,
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Dept. Botany, Univ. of Helsinki, Finland, Ann.Bot.Fennici, 11, 136-177, 1974.
Notes on the Effect of the Filtration Process on Measurements of Phytoplankton Primary
Production in Lake Pääjärvi, Southern Finland, Ilmavirta V., Dept. Botany, Univ. of Helsinki,
Finland, Ann.Bot.Fennici, 11, 250-252, 1974.
The Use of the Model A Industrial Coulter Counter In Investigations of Freshwater
Phytoplankton, Evans J.H. and McGill S.M., Dept. Botany, Royal Holloway Coll., London,
Presented at the Sixth Coulter Conf., London, March 5th-7th 1968, 11pp.
The Use of the Model A Industrial Coulter Counter in Investigations of Freshwater
Phytoplankton, Evans J.H. and McGill S.M., Dept. Botany, Royal Holloway Coll., London,
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Feeding, Growth, and Food Conversion of the Marine Planktonic Copepod Calanus
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Diel Feeding and Respiration Rhythms in Zooplankton, Duval W.S. and Geen G.H., Dept.
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The Diurnal Vertical Migration of Motile Phytoplankton through Temperature Gradients,
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Feeding Behavior of Calanus pacificus in Mixtures of Food Particles, Frost B.W., Dept.
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Comparison of Techniques for the Measurement of Zooplankton Filtration Rates, Hargis
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The Structure and Photosynthetic Activity of Pelagial and Littoral Plankton Communities
in Lake Pääjärvi, Southern Finland, Ilmavirta V., Jones R.I. and Kairesalo T., Dept. Botany,
Univ. of Helsinki, Finland, Ann.Bot.Fennici, 14, 7-16, 1977.
Polychlorinated Biphenyls: Transfer from Microparticulates to Marine Phytoplankton and
the Effects on Photosynthesis, Harding L.W. Jr. and Phillips J.H. Jr., Hopkins Marine Station,
Stanford Univ., Pacific Grove, Calif., Science, 202, 1189-1192, December 15th 1978.
Pelagic Ecosystem Structure: Heterotrophic Compartments of the Plankton and their
Relationship to Plankton Size Fractions, Sieburth J. McN., Smetacek V. and Lenz J., Grad.
Sch. Oceanogr., Univ. of Rhode Island, Kingston, and Inst. für Meereskunde, Univ. Kiel,
Limnol.Oceanogr., 23, No.6, 1256-1263, 1978.
Effects of 22-m Screens of Size-Frequency Distributions of Suspended Particles and
Biomass Estimates of Phytoplankton Size Fractions, Malone T.C., Chervin M.B. and
Boardman D.C., Marine Biol. Dept., Lamont-Deheny Geol. Observatory of Columbus Univ.,
Palisades, New York, Limnol.Oceanogr., 24, No.5, 956-960, 1979.
Reflectance Spectroscopy of Marine Phytoplankton. Part 1. Optical Properties as Related
to Age and Growth Rate, Kiefer D.A., Olson R.J. and Wilson W.H., Dept. Biol. Scis., Univ. of
Southern California, Univ. Park, Los Angeles, and Scripps Inst. of Oceanogr., La Jolla, Calif.,
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Measurement of Phytoplankton Growth by Particle Counting, Sheldon R.W., Marine Ecol.
Lab., Bedford Inst. of Oceanogr., Dartmouth, Nova Scotia, Limnol.Oceanogr., 24, No.4, 760-767,
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Ingestion Rate Decrease as the Stimulus for Sexuality in Populations of Moina macrocopa,
D'Abramo L.R., Dept. Biol., Yale Univ., New Haven, Connecticut, Limnol.Oceanogr., 25, No.3,
422-429, 1980.
The Egg Production of a Marine Planktonic Copepod in Relation to its Food Supply:
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Filmed Observations of Filter Feeding in the Marine Planktonic Copepod Acartia clausii,
Rosenberg G.G., Dept. Biol., Yale Univ., New Haven, Connecticut, Limnol.Oceanogr., 25, No.4,
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The Effect of Environmental Factors on Phytoplankton Growth: Temperature and the
Interactions of Temperature with Nutrient Limitation, Rhee G.-Y. and Gotham I.J.,
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Size Fractionation of Phytoplankton as an Estimate of Food Available to Herbivores, Runge
J.A. and Ohman M.D., Sch. of Oceanogr., Univ. Washington, Seattle, Limnol.Oceanogr., 27,
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Photosynthesis Response by Phytoplankton to Sunlight Variability, Marra J. and
Heinemann K., Lamont-Doherty Geol. Observatory of Columbia Univ., Palisades, New York,
Limnol.Oceanogr., 27, No.6, 1141-1153, 1982.
Characterization of Feeding Activity Patterns in the Planktonic Copepod Centropages
typicus Kroyer under Various Food Conditions, Cowles T.J. and Strickler J.R., Woods Hole
Oceanogr. Inst., Woods Hole, Mass., and Australian Inst. of Marine Sci., Transville, Queensland,
Limnol.Oceanogr., 28, No.1, 106-115, 1983.
Seasonal Patterns of Seston Characteristics in Bedford Basin, Nova Scotia, Relative to
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Marine Ecology Lab., Bedford Inst. of Oceanogr., Dartmouth, Nova Scotia, and ERA 228-CNRS,
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Predator-Prey Interactions of Nanozooplankton and Bacteria in an Oligotrophic Marine
Environment, Rassoulzadegan F. and Sheldon R.W., Station Zool., Villefranche sur Mer,
France; and Dept. Fisheries and Oceans, Marine Ecology Lab., Bedford Inst. of Oceanogr.,
Dartmouth, Nova Scotia, Limnol.Oceanogr., 31, No.5, 1010-1021, 1986.
Volumetric Estimates of Phytoplankton Production in Newly Upwelled Waters of the
Southern Benguela Current, Olivieri E.T. and Hutchings L., Sea Fisheries Res. Inst., Rogge
Bay, Cape Town, South Africa, Limnol.Oceanogr., 32, No.5, 1099-1111, 1987.
A Method for Measuring Plankton Production by Particle Counting, Sheldon R.W. and
Rassoulzadegan F., Marine Ecol. Lab., Bedford Inst. of Oceanogr., Dartmouth, Nova Scotia, and
Station Zool., Villefranche-sur-Mer, France, Marine Microbial Food Webs, 2, No.1, 29-44, 1987.
Separation and Concentration of Phytoplankton Populations using Centrifugal Elutriation,
Pomponi S.A. and Cucci T.L., Univ. Maryland, Horn Point Labs., Cambridge, Maryland; and
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Feedback Interactions Between Zinc and Phytoplankton in Seawater, Sunda W.G. and
Huntsman S.A., Natl. Marine Fisheries Service, Beaufort Lab., Beaufort, North Carolina,
Limnol.Oceanogr., 37, No.1, 25-40, 1992.
Body Size and Egg Production in the Marina Copepod Acartia hudsonica during a WinterSpring Diatom Bloom in Narragansett Bay, Durbin E.G., Durbin A.G. and Campbell R.G.,
Grad. Sch. of Oceanogr., Univ. of Rhode Island, Narragansett, Limnol.Oceanogr., 37, No.2, 342360, 1992.
Effects of Temperature and Food Abundance on Grazing and Short-Term Weight Change
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Oceanogr., Univ. of Rhode Island, Narragansett, Limnol.Oceanogr., 37, No.2, 361-378, 1992.
Paints
The Use of the Coulter Counter in the Field of Paints and Printing Inks, Crowl V.T., Paint
Res. Station, Teddington, Presented at the 4th British Coulter Counter Users Mtg., Bradford, April
1966, 18pp.
Prüfung von Anstrichstoffen und Ahnlichen Beschichtungsstoffen; Pulverlacke;
Bestimmung der Korngröenverteilung. (Testing of Paints, Varnishes and Similar Coating
Materials; Powder Coatings; Determination of Particle Size Distribution), , , DIN 55990, Part
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What Zeta Potential Tells You About Colloid Stability, Logiudice P. J., Coulter Corp., Hialeah,
FL, PI Quality, Part 9/10, 43-44, September/October 1993.
Pigments
The Use of the Coulter Counter for Particle Size Analysis of Pigments and Extenders,
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Properties of Metallic Zinc Pigments In Anticorrosive Primers, Lester G.R. and Proudley
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Zinc Dust and Flake Pigments, Atkinson G.D., Durham Chemicals, Birtley, Co. Durham,
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74
Bibliographic References
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Organic Pigments, Sappok R. and Honigmann B., BASF A.G., Ludwigshafen am Rhein, Chapter
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London, 1976, p.246-248.
Comparative Evaluation of Pigments Dispersion by means of a Coulter Counter, Pagani D.,
Moretti P. and Battaglia A., Politecnico di Milano, Proc.at 13th Fatipec Congress, Cannes, May
2nd-7th 1976, p.42-56.
Surface Treatment of TiO2 Pigments and Aqueous Slurry Stability, Losoi T., Kemira Oy,
Pori, Finland, Presented at Fine Particle Congress, San Diego, California, 1990, 17pp.
Acid-Base Interactions and Electrostatic Deflocculation of Organic Pigments Dispersed in
Non-Aqueous Liquids, Heebner G.W. and Fowkes F.M., Dept. Chem., Lehigh Univ., Bethlehem,
Pennsylvania, Presented at Int.Symp.on Surface Charge Characterization, 21st Annl.Mtg.of the
Fine Particle Soc., August 21st-25th 1990, 1pp.(Abstract only).
Methodology for the Particle Size Analysis of Pigments Using a P.I.D.S. Enhanced Laser
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13th-14th 1991, Stratford-upon-Avon; preprints p.45-51.
Methodology for the Particle Size Analysis of Pigments Using a P.I.D.S. Enhanced Laser
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Surface Treatment of Ti02 Pigments and Aqueous Slurry Stability, Losoi T., Kemira Tio2,
Vuorikemia, SF-28840 Pori, Finland, Surface Phenomena and Additives in Water-Based Coatings
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What Zeta Potential Tells You About Colloid Stability, Logiudice P. J., Coulter Corp., Hialeah,
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The Characterisation and the Application of Modified Pigmented Systems, Guthrie J.T. and
Kunaver M., Dept. Colour Chem., Univ. of Leeds; and The Color (Medvode) Co., Medvode,
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Penicillin
Particle Size Specification for Procaine Penicillin G Using the Coulter Counter, Benica W.S.
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Internal Publication, 1963, 16pp.
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The Analysis by Coulter Counter of Some Ball-Milled Pharmaceutical Materials, Harania
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PN 8321681 Rev B
Greenford, and Dept. Pharm., Chelsea Coll. of Sci., Univ. of London, J.Pharm.Pharmac., 24,
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The Effect of Particle Size and Shape on the Flow and Failure Properties of Procaine
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Continuous Synchronous Culture of Photosynthetic Micro-Organisms, Howell J.A.,
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A Light Scattering Photometer Using Photographic Film, Brunsting A. and Mullaney P.F.,
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Photoconductivity of Cadmium Sulfide Dispersions Explored by a Microwave Detection
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Photomicrographs Can Help Assess Efficiency of Oil-Removal Operation, Churchill R.J. and
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Polychlorinated Biphenyls: Transfer from Microparticulates to Marine Phytoplankton and
the Effects on Photosynthesis, Harding L.W. Jr. and Phillips J.H. Jr., Hopkins Marine Station,
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Subcellular Motions in Nitella flexilis Studied by Photon Correlation Spectroscopy, Sattelle
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Coulter Model N4 Series Reprint - Submicron Particle Sizing by Photon Correlation
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Hofman P.A.G. and Bakker J.F., Dept. Microbiol. and Inst. for Fundamental Biol., Autonomous
Univ. of Barcelona, Bellaterra (Barcelona), and Dept. Microbiol., Univ. Groningen, Haren,
Netherlands, Limnol.Oceanogr., 30, No.5, 919-931, September 1985.
Diel Cycle of Metabolism of Phototrophic Purple Sulfur Bacteria in Lake Cisó (Spain), van
Gemerden H., Dept. Microbiol., Univ. Groningen, Haren, Netherlands, Limnol.Oceanogr., 30,
No.5, 932-943, 1985.
Submicron Particle Sizing by Photon Correlation Spectroscopy: Use of Multiple Angle
Detection, Bott S.E., Coulter Electronics, Inc., Amherst, Mass., Proc.ACS Div.of Polymeric
Materials: Science and Engineering, Chicago, Ill., Fall Mtg., 1985; In, Polymeric Materials Science
and Engineering, (Amer.Chem.Soc.), Vol.53, 1985, p.68-73.
Autocorrelation in Photon Correlation Spectroscopy, Bott S.E., Coulter Electronics of New
England, Inc., Amherst, Mass., Coulter Electronics, Inc., Technical Publication Series, No.109,
June 19th 1987, 18pp.
Submicrometer Particle Sizing by Photon Correlation Spectroscopy: Use of Multiple-Angle
Detection, Bott S.E., Coulter Electronics, Inc., Amherst, MA, Chapter 5 in, Particle Size
Distribution Assessment and Characterization, ACS Symposium Series 332, ed.Provder E.,
A.C.S., Washington, DC, 1987, p.74-88.
Enhanced Resolution Particle Size Distributions by Multiple Angle Photon Correlation
Spectroscopy, Bott S.E., Coulter Electronics, Inc., Amherst, In, Particle Size Analysis 1988,
ed.Lloyd P.J., John Wiley & Sons Ltd., Chichester, 1988, p.77-88.
Photobiology of Natural Populations of Zooxanthellae from the Sea Anemone Aiptasia
pallida: Assessment of the Host's Role in Protection Against Ultraviolet Radiation, Lesser
M.P., Dept. Zool., Univ. of Maine, Orono, Maine, Cytometry, 10, 653-658, 1989.
Autocorrelation in Photon Correlation Spectroscopy, Bott S., Coulter Electronics Ltd., Luton,
Lab.Practice, 38, No.4, 54-55, 1989.
Introduction to, and Applications of, Photon Correlation Spectroscopy, de Jaeger N.C.,
Agfa Gevaert, Belgium, Proc.Coulter Sci.Symp.'Particle Technology', Stratford-upon-Avon, June
13th-14th 1988, publ.Coulter Electronics Ltd., 1990, p.64-71.
Particle Size Analysis by Photon Correlation Spectroscopy, Merkus H., Delft Univ. of
Technol., Holland, Proc.Coulter Sci.Symp.'Particle Technology', Stratford-upon-Avon, June 13th14th 1988, publ.Coulter Electronics Ltd., 1990, p.73-77.
Photon Correlation Spectroscopy, Lines R.W., Coulter Electronics Ltd., Luton, Lecture Notes:
Bradford, October 1991, 12pp.
Particle Sizing by Photon Correlation Spectroscopy. Part III. Mono and Bimodal
Distributions and Data Analysis, Finsy R., De Jaeger N., Sneyers R. and Geladé E., Vrije Univ.
Brussels, Theoretische Fysische Scheikunde, Brussels, Belgium; Agfa-Gevaert, N.V., Colloid
Dept., Mortsel, Belgium; and DSM-Research, MD Geleen, Netherlands, Part.Part.Syst.Charact.,
9, 125-137, 1992.
Bibliographic References
77
PN 8321681 Rev B
Photodynamic Treatment of Yeast Cells with the Dye Toluidine Blue : All-or-None Loss of
Plasma Membrane Barrier Properties, Paardekooper M., Van de Broek P.J.A., De Bruijne
A.W., Elferink J.G.R., Dubbelman T.M.A.R. and Van Steveninck J., Dept. Med. Biochem., State
Univ. Leiden, Leiden, Netherlands, Biochim.Biophys.Acta, 1108, 86-90, 1992.
Nutrition of the Giant Clam Tridacna gigas (L). I. Contribution of Filter Feeding and
Photosynthates to Respiration and Growth, Klumpp D.W., Bayne B.L. and Hawkins A.J.S.,
Australian Inst. of Marine Sci., Townsville, Queensland, Australia; and Plymouth Marine Lab.,
Plymouth, J.Exp.Mar.Biol.Ecol., 155, 105-122, 1992.
Particle Sizing by Photon Correlation Spectroacopy. Part IV: Resolution of Bimodals and
Comparison with other Particle Sizing Methods, Finsy R., Deriemaeker L., De Jaeger N.,
Sneyers R., Vanderdeelen J., Van der Meeren P., Demeyere H., Stone-Masui J., Haestier A.,
Clauwaert J., De Wispelaere W., Gillioen P., Steyfkens S. and Geladé E., Vrije Univ. Brussel;
Agfa Gevaert NV; Univ. Gent; Procter and Gamble; Univ. Cath. de Louvain; Univ. Antwerpen;
Analis; Thermo Instr. BV, Belgium; and DSM-Res., Netherlands, Part.Part.Syst.Charact., 10, 118128, 1993.
The Adsorption of Poly(vinyl alcohol) to Biodegradable Microparticles Studied by X-Ray
Photoelectron Spectroscopy (XPS), Shakesheff K.M., Evora C., Soriano I. and Langer R.,
Dept. Chem. Engrg., Massachusetts Inst. of Technol., Cambridge, Mass., J.Coll.Interf.Sci., 185,
538-547, 1997.
Combining Particle Size Spectra from a Mesocosm Experiment Measured Using
Photographic and Aperture Impedance (Coulter and Elzone) Techniques, Jackson G.A.,
Logan B.E., Alldredge A.L. and Dam H.G., Dept. Oceanogr., Texas A&M Univ., TX; Envir. Engrg.
Program, Univ. of Arizona, Tucson, AZ; Marine Scis. Inst., Univ. of California, Santa Barbara, CA;
and Dept. Marine Scis., Univ. of Connecticut, Groton, CT, Topical Studies in Oceanography,
(Deep-Sea Research II), 42, No.1, 139-157, 1995.
Comparison of Volume (Weight) Distributions of Suspension Concentrates Determined
with the Coulter Counter and with the Centrifugal Disc Photosedimentometer,
Kanellopoulos A.G. and Wood R.J., Agro Production, Sandoz Ltd., Pratteln, Switzerland, Powder
Technol., 19, 283-285, 1978.
Particle Size of Colloidal Radiopharmaceutical Liver Scanning Agents by Photon
Correlation Spectroscopy, Whateley T.L., Marshall C.L. and Steele G., Dept. Pharm. Chem.,
Univ. Strathclyde, Glasgow, J.Pharm.Pharmac., 32 (Suppl.), 88P, 1980.
Liposomes Containing Fluorinated Steroids : An Analysis Based on Photon Correlation
and Fluorine-19 Nuclear Magnetic Resonance Spectroscopy, Devoisselle J.-M., Vion-Dury J.,
Confort-Gouny S., Coustaut D. and Cozzone P.J., Lab. Biol. Cell., U.E.R. des Sci. Pharm.,
Montpellier; and Centre de Resonance Magn., Biol. et Med., URA CNRS 1186, Fac. de Med.,
Marseille, France, J.Pharm.Sci., 81, No.3, 249-254, March 1992.
Powders
Characterization of Ground Calcined Alumina Powders Using the Coulter Counter, Emonet
A.L.D., Res. Labs., British Aluminium Co. Ltd., Gerrards Cross, Bucks., Presented at the 3rd
British Coulter Counter Users Mtg., Cardiff, March 1966, 11pp.
Problems in Size Analysis of Mineral Powders, Jowett A., Univ. of Leeds, Presented at the 4th
British Coulter Counter Users Mtg., Bradford, April 1966, 8pp.
Rapid Particle-Size Analysis of Metal Powders with an Electronic Device, Ullrich W.J., Alcan
Metal Powders, Inc., Elizabeth, New Jersey, Modern Developments in Powder Metallurgy.Volume
1: Fundamentals and Methods, Plenum Press, 1966, 125-143.Also presented at the 1965
International Powder Metallurgy Conf., N.Y., June 14th-17th 1965.
78
Bibliographic References
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Size Analysis of Metal Powders, Chaffin E.P., Murex Ltd., Rainham, Essex, Presented at the
5th British Coulter Counter Users Mtg., London, March 16th-17th 1967, 11pp.
Effect of Particle Size upon the Strength of Powders, Farley R. and Valentin F.H.H., Warren
Spring Lab., Stevenage, Herts., Powder Technology, 1, No.6, 344-354, April 1968.
A Critical Review of the Methods Available for Testing the Flow Properties of Powders,
Report No.3, The Measurement of Particle Size, Sutton H.M., Warren Spring Lab., Stevenage,
Dept.of Trade and Industry Report LR 153 (MH), April 1971, 17pp.
Dispersion Techniques for Ground Powders, Bowers A.C., A.C. Delco Ltd., Presented at the
Eighth Coulter Conf., Cardiff, March 25th-26th 1970, 4pp.
Particle Size Classification of Plastic Powders, Schaller R.E. and Lapple C.E., Donaldson Co.,
Inc., Minneapolis; and Stanford Res. Inst., Menlo Park, Calif., J.Paint Technol., 44, No.571, 8692, August 1972.
Sampling of Powders for the Coulter Counter®, Lines. R.W., Coulter Electronics Ltd.,
Presented at the Society of Analytical Chemistry Conf., Salford, September 13th-14th 1972,
12pp.
High Purity Reactive Alumina Powders: II, Particle Size and Agglomeration Study, Johnson
D.W. Jr., Nitti D.J. and Berrin L., Bell Labs., Murray Hill, N.J., and Allentown, Pa., Ceramic
Bulletin, 51, No.12, 896-900, 1972.
The Mixing of Cohesive Powders., Orr N.A. and Shotton E., School of Pharm., Univ. of London,
Chem. Engr., No.269, 12-19, January 1973
Sampling of Powders for Particle Size Analysis, Lines R.W., Coulter Electronics Ltd.,
Presented at the Coulter Conf., London, April 10th-11th 1973, 14pp.
A Technique for the Redispersion of Fine Powders, Sansone E.B., Dept. Occ. Health, Univ. of
Pittsburgh, Pa., Powder Technol., 7, 355-357, 1973.
Testing Polymeric Powders and Powder Coatings, , Amer. Soc. for Testing and Materials,
Philadelphia, ASTM Designation D 3451-75, 1975, 21pp.
Particle Segregation in Fine Powders by Tapping as Simulation of Jostling during
Transportation, Parsons D.S., Physical Test Lab., GTE Sylvania, Towanda, Pa., Powder
Technol., 13, 269-277, 1976.
Test Methods for Plastics Powders, Chambers R.H., Macpherson Powders Ltd., Polymers,
Paint and Colour J., 1109-1111, November 28th 1979.
The Use of Coulter Counter for Size Analysis of Cement Powders in Sub Sieve Range,
Laapas H. and Lahtinen U.-R., Helsinki Univ. of Technol., and Techn. Res. Centre of Finland,
Espoo, Finland, Presented at Powder Europa, Wiesbaden, January 22nd-24th 1980, 16pp.
Methods of Testing Powders, Simmons A.W., Coulter Electronics Ltd., Harpenden, Surfacing
J., 11, No.2, 9-12, 1980.
The Use of Coulter Counter for Size Analysis of Cement Powders in Sub-Sieve Range,
Laapas H. and Lahtinen U.-R., Helsinki Univ. of Technol., and Lab. of Metallurgy and Mineral
Engrg., Metallimiehenkuja 2, Espoo, Finland, TIZ-Fachberichte Rohstoff-Engineering, 104,
No.7/80, 440-446, 1980.
Deposition Efficiency of Powders in the Electrostatic Powder Coating Process, Cross J.A.,
Singh S. and Ahmed A.B., Dept. Electrical Engrg., Univ. Southampton, J.Oil Col.Chem.Assoc.,
63, 326-329, 1980.
Possibilities and Limitations of using the Electrical Impulse Method of Granulometric
Analysis for Multi-component Powders, Vul'fson E.K. and Stakheev Y.I., Vernadskii Inst. of
Geochem. and Analyt. Chem., Academy of Scis. of USSR, Moscow, Translation from
Zavodsk.Lab., 46, No.9, 829-831, September 1980, in Ind.Lab., 46, No.9, 931-934, 1980.
Bibliographic References
79
PN 8321681 Rev B
Size Analysis and Specific Surface Measurement of Finely Distributed Magnetite Powders:
A Comparison of Methods, Laapas H., Lukkarinen T. and Suvio J., Helsinki Univ. of Techn.,
Dept. of Mining and Metallurgy, Espoo, Finland, Presented at P.S.A.'81, Loughborough Univ.,
September 21st-24th 1981, preprints p.239-253.Publ.Particle Size Analysis 1981, Wiley Heyden,
Chichester, 1982, p.61-76.
A Method to Estimate the Sphericity of Mineral Powders, Laapas H.R., Helsinki Univ. of
Tech., Dept. of Mining and Metallurgy, Espoo, Finland, Proc.Mtg.Fine Particle Soc., Honolulu,
August 1st-5th 1983, p.182.(Abstract only).
Standard Practices for Testing Polymeric Powders and Powder Coatings, , , American
National Standard ANSI/ASTM D 3451-76, 1976, 21pp.
The Determination of the Size Distribution of Ferrosilicon Powders, Napier-Munn T.J., Mines
Div., De Beers Diamond Res. Lab., Johannesburg, Powder Technol., 42, 273-276, 1985.
Characterization of Rapidly Solidified and Mechanically Alloyed Al-Fe-Ce Powders,
Öveçoglu M.L. and Nix W.D., Dept. Matls. Sci. and Engrg., Stanford Univ., Stanford, Calif.,
Intnl.J.Pdr.Metall., 22, No.1, 17-29, January 1986.
Dispersion of Powders in Solutions of a Block Copolymer, Lee H., Pober R. and Calvert P.,
Ceramics Processing Res. Lab., Massachusetts Inst. of Technol., Cambridge, Mass.,
J.Coll.Interf.Sci., 110, No.1, 144-148, March 1986.
Measurement of Particle Size of Ultrafine (Submicrometre) WC Powders, Roebuck B. and
Almond E.A., Natl. Phys. Lab., Teddington, Middx., Presented at the PM Group Conf.,
Eastbourne, October 21st-23rd 1985.Publ.in Powder Metallurgy, 29, No.2, 119-124, 1986.
Processing and Characterization of Zr02 and Y-Doped Zr02 Powders, Fegley B. Jr., White P.
and Brown H.K., Massachusetts Inst. of Technol., Cambridge, MA, COULTER® Model N4 Series
Reprint T113, (Coulter Electronics, Inc.), offprint from Ceram.Bull., 64, No.8, 1115-1118, 1985.
Study of the Particle Size Distribution of Fire Extinguishing Powders from Polydisperse
Materials, Kostyuk Kul'gavchuk L.P., Malinovskii G.A., Strelko V.V. and Nadubov V.A., Inst.
Obshch. Neorg. Khim., Kiev, USSR, Khim.Tekhnol, (Kiev), No.5, 60-61, 1985.(In
Russian).(Chem.Abstr., 104, 136, 1986).
The Problems of the Measurement of Grain Distributions of Fine Wax Powders, Reiger K.
and Barun R., Hoechst A.G., Gersthofen, Polym.Paint Colour J., 178, No.4209, 164-165, March
9th 1988.
Comparison of the Size Distribution of Boron Powders as Measured by Malvern
Diffractometer and Coulter Counter, Davies J.A. and Collins D.L., Anal. Chem. Branch,
Chemistry and Explosives Div., MOD(PE), AWE Aldermaston, Reading, Part.Part.Syst.Charact.,
5, 116-121, 1988.
Zur Problematik der Messung von Kornverteilungen feiner Wachspulver, Braun R. and
Rieger K., Hoechst Aktiengesellschaft Werk Gertshofen, Augsburg, Germany, Farbe + Lack,
No.1, 37-39, 1988.
Rheological and Fluidization Behaviour of Powders of Different Particle Size Distribution,
Khoe G.K., Ip T.L. and Grace J.R., Dept. Chem. Engrg., Univ. Brit. Columbia, Vancouver, Powder
Technol., 66, 127-141, 1991.
Application of Precision Transparent Sieves to the Determination of Low Number
Concentrations of Oversize Particles in Powders, Allen T., Part. Sci. and Technol. Center,
(PARSAT), E.I. Du Pont de Nemours and Co., Wilmington, DE, Part.Part.Syst.Charact., 9, 252258, 1992.
Stability and Microelectrophoretic Measurements of Noble Metal Colloids and Ceramic
Powders Suspended in Organic Solvents, Chen W.-J., Fowkes F.M., Fluck D.J. and Hou W.H.,
Dept. Chem. Engrg., Natnl. Taipei Inst. Technol., Taipei, Taiwan; and Dept. Chem., Lehigh Univ.,
Bethlehem, PA, Part.Sci.and Technol., 11, 97-105, 1993.
80
Bibliographic References
PN 8321681 Rev B
The Effect of Vibration on the Fluidization Behaviour of some Cohesive Powders, Marring
E., Hoffmann A.C. and Janssen L.P.B.M., Univ. of Groningen, The Netherlands, Powder
Technol., 79, 1-10, 1994.
Solid Solutions, Faers D., Akzo Nobel Powder Coatings, Fazeley, Tamworth, Staffs, Business
West Midlands, 17-23, January 1996.
Dispersion of Fine Powders in Liquids, Groves M.J., Boots Pure Drug Ltd., Nottingham,
Lab.Practice, 14, 1282-1288, November 1965.
The Effects of Particle Size, Shape and Moisture Content on the Tensile Properties of
Procaine Penicillin Powders, Walton C.A. and Pilpel N., Pharm. Unit, Glaxo Labs. Ltd.,
Greenford, and Dept. Pharm., Chelsea Coll. of Sci., Univ. of London, J.Pharm.Pharmac., 24,
Suppl., 10P-16P, 1972.
The Effect of Particle Size and Shape on the Flow and Failure Properties of Procaine
Penicillin Powders, Pilpel N. and Walton C.A., Dept. Pharm., Chelsea Coll., Univ. of London,
and Pharmacy Unit, Glaxo Labs. Ltd., Greenford, J.Pharm.Pharmac., 26, Suppl., 1P-10P, 1974.
Mixing of Pharmaceutical Solids. IV. Effects of Concentration and Material Properties on
Multicomponent Mixing of Cohesive Powders, Chowhan Z.T., Chi L.-H. and Yang I.-C.,
Syntex Research, Inst. of Pharmaceutical Scis., Palo Alto, CA, Powder Technol., 29, 251-256,
1981.
Particle Size and Surface Area Distributions of Pharmaceutical Powders by
Microcomputerized Mercury Porosimetry, Carli F. and Motta A., Phys. Pharm. Lab., Pharm.
Res. and Devt., Farmitalia Carlo Erba, Milan, Italy, J.Pharm.Sci., 73, No.2, 197-203, February
1984.
Surface Analysis of Griseofulvin Powders by Krypton Adsorption: Evaluation of Specific
Surface Area, BET Constant C and Polanyi Adsorption Potential, Chow K.Y. and Grant
D.J.W., Fac. Pharm., Univ. of Toronto, Powder Technol., 56, 209-223, 1988.
Dissolution Studies of Pharmaceutical Powders Using the Coulter Multisizer II - Influence
of Particle Size, Simões S., Sousa A. and Figueiredo M., Lab. de Galénica e Tecnol. Farmac.,
Fac. de Farmácia; and Dept. de Engenharia Química, Fac. de Ciências e Tecnol., Univ. de
Coimbra, Presented at the Int.Symp.Solid Oral Dosage Forms, Stockholm, February
1994.(Abstract only).
Dissolution Rate Studies of Pharmaceutical Multisized Powders -a Practical Approach
Using the Coulter Method, Simões S., Sousa A. and Figueiredo M., Lab. de Galénica e Tecnol.
Farmac., Fac. de Farmácia; and Dept. de Engenharia Química, Fac. de Ciências e Tecnol., Univ.
de Coimbra, Portugal, Intnl.J.Pharmac., 127, No.2, 283-291, 1996.
Modeling Dissolution of Sparingly Soluble Multisized Powders, Pereira de Almeida L.,
Simões S., Brito P., Portugal A. and Figueiredo M., Lab. de Galénica e Tecnol. Farmac., Fac. de
Farmácia; and Dept. de Engenharia Química, Fac. de Ciências e Tecnol., Univ. de Coimbra,
Portugal, J.Pharm.Sci., 86, No.6, 726-732, June 1997.
Steel
Inclusion Counting of Steel Residues as Means of Assessing the Hot Working
Performance of Steel, Wojcik W.M., Raybeck R.M. and Paliwoda E.J., Jones and Laughlin Steel
Corp., Pittsburgh, Pa., Journal of Metals, 36-40, December 1967.
Determination of Particle Size Distribution of Isolated Non-metallic Inclusions in Steel,
Raybeck R.M. and Pasztor L.C., Jones and Laughlin Steel Corp., Pittsburgh, Pa., Presented at
the 18th Conf.of Analytical Chemistry and Applied Spectroscopy, 1967, 9pp.
Bibliographic References
81
PN 8321681 Rev B
Simplified Dust Sampling Apparatus for Use in Iron- and Steelworks, Flux J.H., Smithson
D.J. and Smithson R.N., Res. and Dev. Dept., British Steel Corp., Rotherham, J.Iron & Steel Inst.,
1188-1193, December 1968.
The Use of the Coulter Counter as an Aid to the Design of Gas Cleaning Plant for Iron and
Steelworks, Flux J.H. and Smithson D.J., British Steel Corp., Rotherham, Presented at the
Seventh British Coulter Counter Users' Conf., London, March 1969, 20pp.
Measurement of Size Frequency Distribution of Non-Metallic Inclusions, Miyashita Y. and
Nishikawa K., Tetsu To Hagane, 53, 400-402, 1967. (In Japanese)
Recent Progress in the Chemical Extraction of Non-Metallic Inclusions in Steel Techniques and Applications, Smerko R.G. and Flinchbaugh D.A., Homer Res. Labs.,
Bethlehem Steel Corp., Bethlehem, Pa., J.Metals, 43-51, July 1968.
Determining Size Distribution of Oxides in Plain Carbon Steels by Halogen-in-OrganicSolvent Extraction and Coulter Counter Measurement, Flinchbaugh D.A., Homer Res. Labs.,
Bethlehem Steel Corp., Bethlehem, Pa., Analyt.Chem., 41, No.14, 2017-2023, December 1969.
Expanded Capability of the Coulter Counter with a New Aperture Apparatus, Flinchbaugh
D.A., Homer Res. Labs., Bethlehem Steel Corp., Bethlehem, Pa., Anal.Chem., 43, No.2, 172-177,
February 1971.
Use of Modified Coulter Counter for Determining Size Distribution of Macroinclusions
Extracted from Plain Carbon Steels, Flinchbaugh D.A., Homer Res. Labs., Bethlehem Steel
Corp., Bethlehem, Pa., Anal.Chem., 43, No.2, 178-182, February 1971.
Dependence of Filtration Properties on Stainless Steel Medium Structure, Li T., Fluid
Dynamics Business Group, Memtec America Corp., DeLand, FL, Filtration & Separation, 34,
No.3, 265-273, April 1997.
Sewage
Influence of Colloidal Particles on Dewatering of Activated Sludge with Polyelectrolyte,
Roberts K. and Olsson O., Swedish Inst. for Surface Chemistry, Stockholm, Env.Sci.Technol., 9,
No.10, 945-948, October 1975.
Dispersion of Sewage Sludge Discharged from Vessels to New York Bight Waters,
Callaway R.J., Teeter A.M., Browne D.W. and Ditsworth G.R., EPA, Corvallis Environmental Res.
Lab., Corvallis, Oregon, Abstracts, Special Symp.'The Middle Atlantic Continental Shelf and New
York Bight', Amer.Mus.Nat.History, New York City, November 3rd-5th 1975, p.10-11.
Activated Carbon Production by the Thermal Treatment of Sewage Sludge/Mineral Waste
Mixes, Sollars C.J. and Perry R., Imperial College, London, Cleanline (EPSRC), 12, March 1995.
Lunar Soil
The Moon at Houston., , , Nature, 225, 321-327, January 24th 1970. (Editorial)
Lunar Soil: Size Distribution and Mineralogical Constituents, Duke M.B., Woo C.C., Bird
M.L., Sellers G.A. and Finkelman R.B., U.S. Geol. Survey, Washington, D.C., Science, 167, 648650, January 30th 1970.
Particle Size and Shape Distribution for Lunar Fines Sample 12057,72, Heywood H., Chem.
Eng. Dept., Univ. of Technol., Loughborough, Proc.2nd Lunar Science Conf., (M.I.T.Press), 3,
1989-2001, 1971.
Preliminary Report on an Investigation on Lunar Dust, Buxton R.E., Loughborough Univ.,
Loughborough Univ.Chem.Eng.J., 7, 44-46, 1972.
82
Bibliographic References
PN 8321681 Rev B
Acetaminophen
In Vitro Adsorption of Acetaminophen onto Activated Charcoal, Bainbridge C.A., Kelly E.L.
and Walkling W.D., Pharm. Res. Dept., McNeil Laboratories, Inc., Fort Washington, PA,
J.Pharm.Sci., 66, No.4, 480-483, April 1977.
Acetyl Salicylic Acid
The Analysis by Coulter Counter of Some Ball-Milled Pharmaceutical Materials, Harania
V.R., Welsh School of Pharm., Cardiff, Master of Pharmacy Thesis, September 1966, 156pp.
Über den Einfluss des Tabletierens auf die Teilchengrosse von Azetylsalizyl - säure, van
Ooteghem M., Boni R. and Herbots H., Pharm. Inst., Univ. Leuwen, Belgium,
Ceskoslov.Farmacie, 18, No.3, 122-125, 1969.
Algae
The Sand Filtration of Algae Suspensions, Borchardt J.A. and O'Melia C.R., Univ. Michigan,
Ann Arbor, Mich., Presented at the Annl.Conf.of the American Waferworks Assoc., June 6th
1961, 23pp.
Phosphorus-33 Autoradiography Used to Measure Uptake by Individual Algae, Fuhs G.W.
and Canelli E., N.Y. State Dept. Health, Albany, Limnol.Oceanog., 15, No.6, 962-967, November
1970.
Filtration, Ingestion and Egestion of Different-Sized Algae by Daphnia Magna Straus,
Christensen S.W., Yale Univ., New Haven, Conn., Abstract of Thesis, Dissertation Abstracts
International, 34, No.11, May 1974.
The Selenastrum Capricornutum Printz Algal Assay Bottle Test: Experimental Design,
Application and Data Interpretation Protocol, Miller W.E., Greene J.C. and Shiroyama T.,
Corvallis Environmental Res. Lab., Corvallis, Oregon, To be published, July 1978.
An Evaluation of Methods for Measuring Algal Growth, Shoaf W.T. and Lium B.W., Doraville,
Ga., J.Res.U.S.Geol.Survey, 4, No.4, 497-504, July-August 1976.
Effect of the Algal Length/Aperture Length Ratio on Coulter Analyses of Lake Seston,
Vanderploeg H.A., Great Lakes Environmental Res. Lab., NOAA, Ann Arbor, MI, Canadian
Journal of Fisheries and Aquatic Sciences, 38, No.8, 912-916, 1981.
Limitations of Electronic Particle Counting in Reference to Algal Assays, Rehnberg B.G.,
Schultz D.A. and Raschke R.L., U.S. Environmental Protection Agency, Ecology Branch, Athens,
Ga., J.Water Poll.Control Ass., 54, No.2, 181-186, February 1982.
The Interlaboratory Precision Test. An Eight Laboratory Evaluation of the Provisional Algal
Assay Procedure Bottle Test, Weiss C.M. and Helms R.W., Dept. Envir. Scis. and Engrg.,
North Carolina Univ., Chapel Hill, North Carolina, U.S.N.T.I.S.Report PB 230 344, October 1971,
70pp.
The 'Selenastrum capricornutum' Printz Algal Assay Bottle Test: Experimental Design,
Application, and Data Interpretation Protocol, Miller W.E., Greene J.C. and Shiroyama T.,
Corvallis Envir. Res. Lab., Oregon, U.S.N.T.I.S.Report PB 286 950, July 1978, 125pp.
Modes of Cell Capture in Calanoid Copepods, Price H.J., Paffenhöffer G.-A. and Strickler J.R.,
Skidaway Inst. of Oceanogr., Savannah, Georgia, and Australian Inst. of Marine Sci., Townsville,
Queensland, Limnol.Oceanogr., 28, No.1, 116-123, 1983.
Population Dynamics of Food-limited Rotifiers in Two-stage Chemostat Culture, Boraas
M.E., Center for Great Lakes Studies, Univ. of Wisconsin-Milwaukee, Milwaukee,
Limnol.Oceanogr., 28, No.3, 546-563, 1983.
Bibliographic References
83
PN 8321681 Rev B
Capture of Small Cells by the Copepod Eucalanus elongatus, Price H.J. and Paffenhöfer G.A., Skidaway Inst. of Oceanogr., Savannah, Georgia, Limnol.Oceanogr., 31, No.1, 189-194,
1986.
Rapid Analytical Technique for the Assessment of Cell Metabolic Activity in Marine
Microalgae, Dorsey J., Yentsch C.M., Mayo S. and McKenna C., Bigelow Lab. for Ocean Sci.,
West Boothbay Harbor, Maine; Chem. Dept., Bowdoin Coll., Brunswick, Maine; and Univ. of
Southern Maine, Portland, Maine, Cytometry, 10, 622-628, 1989.
Nutritional Value of Spray-Dried Tetraselmis suecica for Juvenile Bivalves, Laing I. and
Verdugo C. G., Ministry of Agriculture, Fisheries and Food, Directorate of Fisheries Research,
Fisheries Lab., Conwy, Gwynedd, Wales, Aquaculture, 92, 207-218, 1991.
Effect of Dried Algae Diets on Conditioning and Fecundity of Manila Clam, Tapes
philippinarum (Adams and Reeve), Laing I. and Lopez-Alvarado J., Ministry of Agriculture,
Fisheries and Food, Directorate of Fisheries Res., Fisheries Lab., Conwy, Gwynedd, Wales,
Aquaculture and Fisheries Mgt., 25, 157-166, 1994.
Bacteria
Particle Size Analysis Using Coulter Counters, Wood W.M. and Lines R.W., Coulter
Electronics Ltd., Dunstable, J.Soc.Cosm.Chem., 17, 197-211, 1966.
Die Electronische Mikrokoloniezählung -ein Verfahren zur Beurteilung der Bakteriologischhygienischen Qualität der Rohmilch, Tolle A., Zeidler H. and Heeschen W., Inst. für
Milchhygiene der Bundesanstalt für Milchforschung in Kiel, Presented at a meeting of the
Deutschen Veterinärmedizinischen Gesellschaft held In Göttingen, September 1967.Published in
Milchwissenschaft, 23, No.2, 65-70, February 1968.
Influence of Clay Minerals on Microorganisms III. Effect of Particle Size, Cation Exchange
Capacity, and Surface Area on Bacteria, Stotzky G., Kitchawan Res. Lab. of Brooklyn Botanic
Garden, Ossining, N.Y., Canad.J.Microbiol., 12, 1235-1246, 1966.
Bacteria in Intertidal Sediments: Factors Related to their Distribution, Dale N.G., Biol. Dept.,
Dalhousie Univ., Halifax, Nova Scotia, Limnol.Oceanog., 19, No.3, 509-517, May 1974.
Computer Image Analysis and Electronical Microcolony Counting for the Determination of
Microorganisms in Milk, Suhren G., Inst. für Hygiene, Bundesanstalt für Milchforschung, Kiel,
Fed. Republic of Germany, Presented at I.A.M.S.IXth Intnl.Symp., Kiel, September 16th-20th
1974, 14pp.
The Separation of Micro-organisms from Foods, Wood J.M., British Food Manufacturing Ind.
Res. Assocn., Presented at I.A.M.S.IXth Intnl.Symp., Kiel, September 16th-20th 1974, 2pp.
Die Anwendung der Elektronischen Mikrokoloniezählung (EMZ) zur Qualitätskontrolle von
Rohmilch, Paul S. and Nitsch B., Milchprüfring Bayern, Abteilung A., and Milchwirtschaftliche
Untersuchungs- und Versuchanstalt, Kempten/Allgäu, Deutsche Molkerie-Zeitung (KemptenAllgäu), 32, 1164-1170 and 1201-1208, 1974.
Some Applications of Coulter Counters in the Dairy Industry, Faudot D., Coultronics S.A.,
France, Presented at the Coulter Milk Conf., Brussels, July 1973, 18pp.
Phototrophic Sulfur Bacteria in Two Spanish Lakes: Vertical Distribution and Limiting
Factors, Guerrero R., Montesinos E., Pedrós-Alió C., Esteve I., Mas J., van Gemerden H.,
Hofman P.A.G. and Bakker J.F., Dept. Microbiol. and Inst. for Fundamental Biol., Autonomous
Univ. of Barcelona, Bellaterra (Barcelona), and Dept. Microbiol., Univ. Groningen, Haren,
Netherlands, Limnol.Oceanogr., 30, No.5, 919-931, September 1985.
Diel Cycle of Metabolism of Phototrophic Purple Sulfur Bacteria in Lake Cisó (Spain), van
Gemerden H., Dept. Microbiol., Univ. Groningen, Haren, Netherlands, Limnol.Oceanogr., 30,
No.5, 932-943, 1985.
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Predator-Prey Interactions of Nanozooplankton and Bacteria in an Oligotrophic Marine
Environment, Rassoulzadegan F. and Sheldon R.W., Station Zool., Villefranche sur Mer,
France; and Dept. Fisheries and Oceans, Marine Ecology Lab., Bedford Inst. of Oceanogr.,
Dartmouth, Nova Scotia, Limnol.Oceanogr., 31, No.5, 1010-1021, 1986.
Measurement of Diameters of Estuarine Bacteria and Particulates in Natural Water
Samples by Use of a Submicron Particle Analyzer, Paul J.H. and Jeffrey W.H., Dept. Marine
Sci., Univ. of South Florida, St. Petersburg, Fla., Current Microbiology, 10, 7-12, 1984.
Size Analysis of Bacteria, Hibbert H.R. and Tallentire A., Dept. Pharm., Univ. of Manchester,
Presented at the 5th British Coulter Counter Users' Mtg., London, March 16th-17th 1967, 7pp.
Some Factors Affecting the Sizing and Counting of Escherichia coli with the Coulter
Counter, Rye R.M. and Wiseman D., School of Pharm., Univ. of Bradford, J.Pharm.Pharmac.,
19, Suppl.9S-14S, December 1967.
Use of the Coulter Counter to Measure the Swelling of Bacterial Spores during
Germination and Outgrowth, Parker M.S. and Barnes M., Dept. Pharm., Univ. of Strathclyde,
Glasgow, J.Appl.Bact., 30, No.2, 299-303, 1967.
A Sensor for Bacteria in Water, Boyd J.W., Thomae F.W.Jr., Bengson M.H. and Geating J.A.,
General Electric Co., King of Prussia, Penna., and AMRL/AFSC, Wright Patterson AFB, Dayton,
Ohio, Presented at the 155th Mtg.of the Amer.Chem.Soc., San Francisco, April 4th 1968, 15pp.
The Partially Inhibited Growth of Escherichia coli in the Presence of some Antibacterial
Agents, Rye R.M. and Wiseman D., School of Pharmacy, Univ. of Bradford, J.Pharm.Pharmac.,
20, 697-703, September 1968.
Cell Size Changes during the Growth of Escherichia coli Partially Inhibited by some
Antibacterial Agents, Rye R.M. and Wiseman D., School of Pharm., Univ. of Bradford,
J.Pharm.Pharmac., 20, Suppl.8S-13S, 1968.
The Differentiation Between Living and Dead Cells of Escherichia coli using the Coulter
Counter, Rye R.M. and Wiseman D., Postgrad. School of Studies in Pharmacy, Univ. of
Bradford, Presented at the Seventh British Coulter Counter Users' Conf., London, March 1969,
6pp.
The Use of the Coulter Counter in Microbiology, Matthews H.A., Pharm. Devt. Dept., J.R.
Geigy A.G., Basle, Presented at the Conf.'Uses of the Coulter Counter in the Pharmaceutical
Industry', Basle, November 13th 1969, 10pp.
A Correlation between the Antibacterial Activity of some p-Hydroxybenzoate Esters and
their Cellular Uptake, Lang M. and Rye R.M., Postgrad. School of Studies in Pharm., Univ. of
Bradford, Yorks., Microbios, 7, 199-207, 1973.
The Mechanics of Inhibition of Growth by Some Antibacterial Agents, Wiseman D.,
Postgrad. School of Pharm., Univ. of Bradford, J.Pharm.Pharmac., 26, Suppl., 100P-101P, 1974.
Early Detection of Microbial Contamination in Sterile Solutions Using an Electronic
Counter, Rameshbabu T.R. and Arambulo A.S., Univ. of Illinois, Med. Center, Chicago, Ill.,
Bull.Parent.Drug Assoc., 30, No.2, 80-87, March-April 1976.
The Influence of Antibiotics on Phagocyte Function, Millar M.R. and Kite P., Dept. Microbiol.,
Univ. of Leeds, J.Antimicrobial Chemotherapy, 17, 122-123, 1986.
Application of an Electronic Particle Counter to the Quantification of Bacterial and
Candida Adherence to Mucosal Epithelial Cells, Gorman S.P., McCafferty D.F. and Anderson
L., Dept. Pharm., Med. Biol. Centre, Queen's Univ. of Belfast, Letters in Applied Microbiol., 2, 97100, 1986.
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Cocoa
An Electronic Counter for Size Analysis of Confectionery Products, McDonald D.J., Coulter
Electronics, Inc., Presented at the Annl.Mtg.of the Pennsylvania Manufacturing Confectioners
Assoc., Lancaster, Pennsylvania, April 28th-30th 1965, 9pp.
Chromatography
High Speed Gel Permeation Chromatography, Limpert R.J., Cotter R.L. and Dark W.A.,
Waters Associates, Inc., American Laboratory, 63-68, May 1974.
Experimental Study of Resin Design for High-Speed Ion Exchange Chromatography,
Hansen L.C. and Gilbert T.W., Chem. Dept., Univ. of Cincinnati, Ohio, J.Chromatographic Sci.,
12, 458-463, August 1974.
Ion Pair Partition Chromatography of Organic Ammonium Compounds, Eksborg S. and
Schill G., Dept. Analyt. Pharm. Chem., Univ. of Uppsala, Sweden, Analyt.Chem., 45, No.12,
2092-2100, October 1973.
The Use of Soft Packing Materials of Small Particle Size in the Separation of Basic
Proteins by HPLC, van der Wal Sj. and Huber J.F.K., Analyt. Chem. Lab., Univ. of Amsterdam,
Symp.Applns.of HPLC to Clin.Chem., Kings Coll., London, December 1975, 1pp.(Abstract only).
Particle Size, Pressure and Analysis Time in Routine High-Performance Liquid
Chromatography, Halász I., Schmidt H. and Vogtel P., Dept. Phys. Chem., Univ. Saarlandes,
Saarbrücken, J.Chromatography, 126, 19-33, 1976.
Laser Light Scattering Study of the Fractionation of Casein Micelles in Skim Milk by
Controlled Pore Glass Chromatography, Griffin M.C.A. and Anderson M., Natl. Inst. for Res. in
Dairying, Shinfield, Reading, Presented at NATO Advanced Study Inst., Maratea, Italy, June
20th-July 3rd 1982, 6pp.
The Determination of Casein Micelle Size Distribution in Skim Milk by Chromatography
and Correlation Spectroscopy, Griffin M.C.A. and Anderson M., Natl. Inst. for Res. in Dairying,
Shinfield, Reading, Berks., Biochim.Biophys.Acta, 748, 453-459, 1983.
Practical Aspects of Hydrodynamic Chromatography for Latex Particle Size
Measurements, Rudin A. and Frick C.D., Guelph-Waterloo Centre for Graduate Work in
Chemistry, Univ. Waterloo, Ontario, Presented at Conf.Polymer Latex II, The Plastics and Rubber
Inst., London, May 21st-22nd 1985, paper 12, 8pp.
Size-Exclusion Chromatography of Carboxyl-Terminated Dendrimers as a Model for
Permeation of Charged Particles into Like-Charged Cavities, Shah G., Dubin P.L., Kaplan
J.I., Newkome G.R., Moorefield C.N. and Baker G.R., Dept. Chem., Indiana Univ.-Purdue Univ.,
Indianapolis, Indiana; and Depts. Phys. and Chem., Univ. of South Florida, Tampa, FL,
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Quality Control and Particle Sizing of 99Tcm Labelled Colloids with Gel-Chromatography
Column Scanning Technique, Strand S.E., Persson B., Christoffersson J.O. and Knöös T.,
Dept. of Radiation Physics, Lund Univ., Lund, Sweden, In, Progress in Radiopharmacology,
ed.Cox P.H., Vol.2, Elsevier/North-Holland Biomedical Press, 1981, p.231-248.
Separation of Liposome Populations Differing in Phosphoinositide Content by
Chromatography on Immobilized Neomycin, Riaz M., Weiner N.D. and Schacht J., Coll. of
Pharm. and Kresge Hearing Res. Inst., Univ. Michigan, Ann Arbor, Michigan, J.Pharm.Sci., 78,
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Aerosols
Water-Affected Fraction of Natural 1.5-9 Diameter Aerosol Particles, Rosinski J. and
Nagamoto C.T., Natl. Center for Atmospheric Res., Boulder, Colarado, J.Coll.Interf.Sci., 40, No.1,
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Measurement of Particulate Volume, Mercer T.T., Dept. Radn. Biol. and Biophys., Univ. of
Rochester, N.Y., Chapter 7, Section 5, in Aerosol Technology in Hazard Evaluation, Academic
Press, 1973, p.276-283.
Automatic Measurement of Droplet Size of Insecticidal Aerosols with a Coulter Counter,
Haile D.G., Mount G.A. and Pierce N.W., Agric. Res. Service, USDA, Gainesville, Fla., Mosquito
News, 38, No.1, 1-9, March 1978.
Aerosol Particle Size Measurements Using the Electrical Resistance Principle, Kinsman S.,
Coulter Electronics, Inc., Hialeah, Fla., In, Aerosol Measurement, eds.Lundgren D.A.et al.,
Univ.Presses of Florida, Gainesville, 1979, p.650-654.
Size Determination of Conductive Particles with a Coulter Counter, van der Plaats G., Herps
H. and Willems L., DSM, Corp. Res. and Patents Dept., Geleen, Netherlands, Presented at the
Particle Technol.Workshop, Noordwijkerhout, Netherlands, 1980, 8pp.
Evaluation of On-Line Light Scattering Optical Particle Analyzers for Measurements at
High Temperature and Pressure, Montagna J.C., Smith G.W., Teats F.G., Vogel G.J. and
Jonke A.A., Argonne Natl. Lab., Argonne, Ill., U.S.Dept.of Commerce, Natl.Techn.Info.Service,
Report ANL/CEN/FE-77-7, February 1978, 26pp.
Alteration in the Performance of Electrostatic Filters Caused by Exposure to Aerosols,
Blackford D.B., Bostock G.J., Brown R.C., Loxley R. and Wake D., TSI Inc., Minnesota; 3M (UK)
PLC, Co. Durham, and Health and Safety Exec., Sheffield, Proc.World 4th Filtration Cong.,
Ostend, Belgium, April 22nd-25th 1986, 8, Part 1, 1986, p.7.27-7.33.
The Use of Coulter Counter Measurements in Estimation of the Aerodynamics of Particles,
Seville J.P.K., Univ. of Surrey, Guildford, Proc.Coulter Sci.Symp.'Particle Technology', Stratfordupon-Avon, June 13th-14th 1988, publ.Coulter Electronics Ltd., 1990, p.14-20.
Coulter Vs APS - A Comparative Study, Chung K.Y.K. and Thompson J., HSE, Occupational
Medicine and Hygiene Labs., London, J.Aerosol Sci., 20, No.8, 1517-1520, 1989.
The DTI Initiative to Establish an Infrastructure for the Measurement of Aerosols and
Particulates in the Gas Phase, Mitchell J.P., Mark D. and Griffiths W.D., Aerosol Sci. Centre,
AEA Envir. and Energy, Winfrith Technol. Centre, Dorchester; and Warren Spring Lab.,
Stevenage, Herts., Presented at Monitor 92, Manchester Conf.Centre, November 1992, 6pp.
Inhalation of Aerosols of Dexamethasone Sodium Phosphate -Control of Particle Size and
Uniformity, Grim W.M., Portnoff J.B., Testaino F.A. and Toberman R.O., Merck Sharp & Dohme
Research Labs., Aerosol Age, 22-28 & 90-93, March 1968.
Dry Powder Aerosols I: A New Powder Inhalation Device, Bell J.H., Hartley P.S. and Cox
J.S.G., R&D Labs., Fisons, Pharmaceutical Div., Loughborough, J.Pharm.Sci., 60, No.10, 15591564, October 1971.
Evaluation of Inhalation Aerosols Using Simulated Lung Apparatus, Karig A.W., Peck G.E.
and Sperandio G.J., School of Pharm., Purdue Univ., Lafayette, J.Pharm.Sci., 62, No.5, 811-815,
May 1973.
Prediction of Equilibrium Aerodynamic Diameters for Inhalation Aerosols, Groom C.V.,
Gonda I. and Fildes F.J.T., Dept. Pharm., Univ. of Aston in Birmingham; and ICI Ltd.,
Pharmaceuticals Div., Alderley Park, Macclesfield, Cheshire, Proc.Pharmaceutical Congress,
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Lead
Lead Acid Batteries, Harborne M.R., Base Metals Products Ltd., Presented to the Lead
Development Association, November 1964, 10pp.
Effect of Particle-Size Distribution on the Thermal Decomposition of - Lead Azide,
Hutchinson R.W., Kleinberg S. and Stein F.P., Chem. Eng. Dept., Lehigh Univ., Bethlehem,
Penna., J.Phys.Chem., 77, No.7, 870-875, 1973.
Starch
Coulter Counter-Partikkelilaskija Elintarviketeollisuudessa, Hyvönen P., Coulter Electronics
Ltd., Presented at the Finnish Food Engrg.Conf., Helsinki, March 1974, 30pp.,
In Vivo Incorporation of Carbon-14 into Zea Mays L. Starch Granules, Shannon J.C., Dept.
Horticult., Pennsylvania State Univ., Cereal Chemistry, 51, 798-809, November-December 1974.
Physical Properties and Biological Evaluation of High-Lysine Maize, Van Twisk P., Quicke
V. and Gevers H.O., Natl. Food Res. Inst., Pretoria; and Dept. Biochem., Univ. of Natal,
Pietermaritzburg, South Africa, Cereal Chemistry, 53, No.5, 692-698, September/October 1976.
Changes in Starch Granule Size and Amylose Percentage During Kernel Development in
Several Zea Mays L. Genotypes, Boyer C.D., Shannon J.C., Garwood D.L. and Creech R.G.,
Dept. Horticult., Pennsylvania State Univ., Univ. Park, PA, Cereal Chemistry, 53, No.3, 327-337,
1976.
The Density of Wheat Starch Granules: A Tracer Dilution Procedure for Determining the
Density of an Immiscible Dispersed Phase, Dengate H.N., Baruch D.W. and Meredith P.,
Wheat Res. Inst., D.S.I.R., Christchurch, New Zealand, Starch/Stärke, 30, No.3, 80-84, 1978.
Measurement of the Dimensions of Wheat Starch Granule Populations using a Coulter
Counter with 100-Channel Analyzer, Morrison W.R. and Scott D.C., Univ. Strathclyde, Dept.
Biosci. and Biotechnol., Food Sci. Div., Glasgow, J.Cereal Res., 4, 13-21, 1986.
The Influence of Flow Conditioners on Some Mechanical Properties of Potato Starch
Powder, Steeneken P.A.M., Woortman A.J.J., Gerritsen A.H. and Poort H., Netherlands Inst. for
Carbohydrate Res. TNO, Groningen; State Univ. of Groningen, Dept. Chem. Engrg., Nijenborgh,
Groningen; and Avebe B.A., Veendam, Netherlands, Powder Technol., 47, 239-246, 1986.
Amyloglucosidase-catalysed Erosion of Native, Surface-modified and Chlorine-treated
Wheat Starch Granules. The Influence of Surface Protein, Greenwell P., Evers A.D., Gough
B.M. and Russell P.L., Flour Milling and Baking Res. Assocn., Chorleywood, Rickmansworth,
J.Cereal Science, 3, 279-293, 1985.
The Effect of Vibration on the Fluidization Behaviour of some Cohesive Powders, Marring
E., Hoffmann A.C. and Janssen L.P.B.M., Univ. of Groningen, The Netherlands, Powder
Technol., 79, 1-10, 1994.
The Effect of Intra- and Extragranular Maize Starch on the Disintegration of Compressed
Tablets, Shotton E. and Leonard G.S., School of Pharm., Univ. of London, J.Pharm.Pharmac.,
24, 798-803, 1972.
Characterization of Polyacryl Starch Microparticles as Carriers for Proteins and Drugs,
Artursson P., Edman P., Laakso T. and Sjöholm I., Div. Pharm., Dept. Drugs, Natl. Board of
Health and Welfare, Uppsala, and Dept. Pharm. Biochem., Biomed. Center, Univ. Uppsala,
Sweden, J.Pharm.Sci., 73, No.11, 1507-1513, November 1984.
Drukkonstante Messung der Volumenzunahme begrenzt quellfähiger Hilfsstoffe, Steffens
K.-J., List P.H. and Muazzam U., Inst. für Pharmazeutische Technol. der Philipps-Univ., Marburg,
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Swelling Properties of Disintegrants, Caramella C., Colombo P., Bettinetti G., Giordano F.,
Conte U. and La Manna A., Dipt. di Chim Farm., Univ. Pavia, Italy, Acta Pharm.Technol., 30,
No.2, 132-139, 1984.
Chocolate
An Electronic Counter for Size Analysis of Confectionery Products, McDonald D.J., Coulter
Electronics, Inc., Presented at the Annl.Mtg.of the Pennsylvania Manufacturing Confectioners
Assoc., Lancaster, Pennsylvania, April 28th-30th 1965, 9pp.
How Measurement is used in Making Sugar Confectionery, Bamford H.F., John Mackintosh &
Sons, Norwich, Instrument Review, 314-317, August 1966.
Inter-relations between Casson Values and Other Properties of Sweet and Milk Chocolate,
Malm M., A.B. Marabou, Stockholm, Presented at the Pennsylvania Manufacturing Confectioners
Association.Confectionery Manufacture & Marketing, 22-26, February 1968.
Fundamentals and Optimization of Crushing Processes in Food Production, Niediek E.A.,
Univ. of Karlsruhe, Proc.3rd Intnl.Congress of Food Science and Technol., Washington, D.C.,
August 9th-14th 1970, p.474-483.
Coulter Counter-Partikkelilaskija Elintarviketeollisuudessa, Hyvönen P., Coulter Electronics
Ltd., Presented at the Finnish Food Engrg.Conf., Helsinki, March 1974, 30pp.,
Chemical Analysis and its Application to Candy Technology - The Determination of
Particle Size, Minifie B.W., Knechtel Labs., Skokie, Ill., Confectionery Production, 424-426,
August 1972.
The Coulter Counter, Minifie B.W., , In, Chocolate, Cocoa and Confectionery - Science and
Technology, A.V.I. Publishing Co., Westport, Connecticut, 2nd ed., 1980, Appendix 1, p.253-255.
Liposomes
Liposomes as Carriers of Macrolides : Preferential Association of Erythromycin A and
Azithromycin with Liposomes of Phosphatidylglycerol Containing Unsaturated Fatty
Acid(s), Stuhne-Sekalec L., Stanacev N.Z. and Djokic S., Dept. Biochem., Banting Inst., Univ.
Toronto; Hosp. for Sick Children, Toronto, and Pliva Pharmaceuticals, Zagreb, Yugoslavia,
J.Microencapsulation, 8, No.2, 171-183, 1991.
Studies on the Formulation and in vitro Release of Ophthalmic Liposomes Containing
Dexamethasone Sodium Phosphate, Al-Muhammad J., Ozer A.Y. and Hincal A.A., Hacettepe
Univ., Dept. of Pharm. Technol., Ankara, Turkey, J.Microencapsulation, 13, No.2, 123-130, 1996.
Antitumoral Activity of Liposomes and Immunoliposomes Containing 5-Fluorouridine
Prodrugs, Crosasso P., Brusa P., Dosio F., Arpicco S., Pacchioni D., Schuber F. and Cattel L.,
Dipt. di Sci. e Tecnol. del Farmaco, Torino, Italy; and Dipt. di Sci. Biomed. e Oncol., Cattedra di
Anatomia Patol., and Lab. de Chimie Bioorg., Illkirch, France, J.Pharm.Sci., 86, No.7, 832-839,
July 1997.
99mTc-Labelled Diphytanoylphosphatidylcholine Liposomes: in Vitro and in Vivo Studies,
Andreopoulos D. and Kasi L.P., Dept. Nuclear Med., Univ. of Texas, M.D. Anderson Cancer
Center, Houston, Texas, J.Microencapsulation, 14, No.4, 427-436, 1997.
Temperature-Dependent Permeability of Large Unilamellar Liposomes, Magin R.L. and
Niesman M.R., Bioacoustics Res. Lab., Dept. Electrical Engrg., Univ. Illinois, Urbana, Chem.and
Phys.of Lipids, 34, 245-256, 1984.
Influence of Lipid Composition and Ionic Strength on the Physical Stability of Liposomes,
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Radiopaque Liposomes: Effect of Formulation Conditions on Encapsulation Efficiency,
Benita S., Poly P.A., Puisieux F. and Delattre J., School of Pharm., Hebrew Univ. of Jerusalem,
Israel; Lab. de Pharm. Galenique, Fac. de Pharm. de Paris-Sud, Chatenay-Malabry; and Lab. de
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Proliposomes: A Novel Solution to an Old Problem, Payne N.I., Timmins P., Ambrose C.V.,
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325-329, April 1986.
Characterisation of Proliposomes, Payne N.I., Browning I. and Hynes C.A., Int. Devt. Lab.,
Squibb Pharmaceutical Products, E.R. Squibb and Sons Ltd., Wirral, Merseyside, J.Pharm.Sci.,
75, No.4, 330-333, April 1986.
The Production and Evaluation of Contrast-Carrying Liposomes Made with an Automatic
High-Pressure System, Cheng K.T., Seltzer S.E., Adams D.F. and Blau M., Dept. Radiol.,
Harvard Med. School, Brigham; and Women's Hosp., Boston, Mass., Investigative Radiology, 22,
No.1, 47-55, January 1987.
Separation of Liposome Populations Differing in Phosphoinositide Content by
Chromatography on Immobilized Neomycin, Riaz M., Weiner N.D. and Schacht J., Coll. of
Pharm. and Kresge Hearing Res. Inst., Univ. Michigan, Ann Arbor, Michigan, J.Pharm.Sci., 78,
No.2, 172-175, February 1989.
Effect of Liposome Encapsulation on Antigen Presentation in Vitro : Comparison of
Presentation by Peritoneal Macrophages and B Cell Tumors, Dal Monte P. and Szoka F.C.
Jr., Dept. Pharm. and Pharm. Chem., Univ. California, San Francisco, J.Immunol., 142, No.5,
1437-1443, March 1st 1989.
Comparison of Anti-Tac and Anti-Transferrin Receptor-Conjugated Liposomes for Specific
Drug Delivery to Adult T-Cell Leukemia, Hege K.M., Daleke D.L., Waldmann T.A. and Matthay
K.K., Depts. Ped. and Cancer Res. Inst., Univ. California, San Francisco, and Metabolism
Branch, Natl. Cancer Inst., Natl. Insts. of Health, Bethesda, Maryland, Blood, 74, No.6, 20432052, November 1st 1989.
Liposomes Containing Fluorinated Steroids : An Analysis Based on Photon Correlation
and Fluorine-19 Nuclear Magnetic Resonance Spectroscopy, Devoisselle J.-M., Vion-Dury J.,
Confort-Gouny S., Coustaut D. and Cozzone P.J., Lab. Biol. Cell., U.E.R. des Sci. Pharm.,
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Sterically Stabilised Liposomes. Reduction in Electrophoretic Mobility but not
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Papahadjopoulos D. and Martin F.J., Liposome Technol., Inc., Menlo Park, CA; Biomaterials
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Liposomes as Drug Delivery Systems, Part III: Stabilization, Talsma H. and Crommelin
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Liposomes as Carriers of Different New Lipophilic Antitumour Drugs: A Preliminary
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Preparation and Characterization of Liposomes Containing a Lipophilic Cisplatin
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Nuclear Med., Ankara, Turkey, J.Microencapsulation, 12, No.5, 469-485, 1995.
Free Versus Liposome-Entrapped Streptomycin Sulfate in Treatment of Infections caused
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Importance of Sebaceous Glands in Cutaneous Penetration of an Antiandrogen: Target
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Sedimentation in the Estuary of the River Crouch, Essex, England, Sheldon R.W., Fisheries
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Some Observations on the Dependence of Zooplankton Grazing on the Cell Size and
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Analysis of Particle Size Distribution in Concentrations at Various Ocean Depths,
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Application of an Electronic Particle Counter in Analyzing Natural Populations of
Phytoplankton, Mulligan H.F. and Kingsbury J.M., Dept. Botany, Cornell Univ., Ithaca, N.Y.,
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Automatic High Speed Particle Size Analysis in Oceangraphy, Lines R.W., Coulter
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A Fast-Flow Sealed Disk Filter System for Marine Aquaria, Strand J.A., Cummins J.T. and
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No.3, 444-448, May 1969.
Circadian Rhythm of Cell Division in Euglena: Effects of a Random Illumination Regimen,
Edmunds L.N. Jr. and Funch R.R., Dept. Biol. Scis., State Univ. of New York, Stony Brook,
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Realization of Synchronous Axenic and Dense Chlorella Cultures, Dalmon J. and Gilet R.,
Lab. Plant Biol., Centre of Nuclear Studies, Grenoble, France, Folia Microbiologica (Academia
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The Feeding of Calanus Helgolandicus on Synchronously Growing Populations of the
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Univ. of California, San Diego, Limnol.Oceanog., 14, 701-709, 1969.
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A Universal Grade Scale for Particulate Materials, Sheldon R.W., Fisheries Res. Board of
Canada, Bedford Inst., Dartmouth, Nova Scotia, Proc.Geol.Soc.Lond., No.1659, 293-295,
December 30th 1969.
Light-Scattering Vectors of Some Marine Particles, Pak H., Beardsley G.F. Jr., Heath G.R.
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Filtration of Particles from Suspension by the American Oyster Crassostrea Virginica,
Haven D.S. and Morales-Alamo R., Virginia Inst. of Marine Sci., Gloucester Point, Virginia,
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Phosphorus-33 Autoradiography Used to Measure Uptake by Individual Algae, Fuhs G.W.
and Canelli E., N.Y. State Dept. Health, Albany, Limnol.Oceanog., 15, No.6, 962-967, November
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Hierarchical Analysis of Variance of Shelf Sediment Texture, Kelly J.C. and McManus D.A.,
Dept. Oceanogr., Univ. of Washington, Seattle, Washington, J.Sed.Petrol., 40, No.4, 1335-1366,
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Etude de la Granulometrie des Particules Marines Mesures Effectuées avec un Compteur
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Cahiers Oceanographiques, XXIII, No.2, 193-205, 1971.
The Use of a Model A Industrial Coulter Counter in Quantitative Determinations of the
Phytoplankton of the River Thames, Evans J.H., Dept. Botany, Royal Holloway Coll., Univ.
London, Presented at S.A.C.Particle Size Group Mtg., April 21st 1971.Proc.Soc.Analyt.Chem., 8,
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Variations of Cellular Volume of Tetrahymena on Transfer to Non-isotonic Aqueous
Electrolyte, Morrison G.A. and Tomkins A.L., Edward Davies Chem. Labs., Univ. Coll. of Wales,
Aberystwyth, Presented at the Eighth Coulter Conf., Cardiff, March 25th-26th 1970,
21pp.Published as No.638.
The Feeding of Bivalves, Walne P.R., Shellfish Culture Unit, Ministry of Agr., Fisheries and
Food, Conway, Presented at the Eighth Coulter Conference, Cardiff, March 25th-26th 1970, 7pp.
Particles in the Eastern Pacific Ocean: Their Distribution and Effect upon Optical
Parameters, Carder K.L., Oregon State Univ., Thesis for Ph.D., June 1970, 139pp.
Effect of Nitrilotriacetic Acid on the Growth and Metabolism of Estuarine Phytoplankton,
Erickson S.J., Maloney T.E. and Gentile J.H., Natl. Marine Water Quality Lab., West Kingston,
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An Investigation of the Coulter Counter in 'Biomass' Determination of Natural Freshwater
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Die Bedeutung der genauen quantitätiven Erfassung des Planktons in der Limnologie und
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Toxicity of Copper to Thalassiosira Pseudonana in Unenriched Inshore Seawater, Erickson
S.J., Natl. Marine Water Quality Lab., West Kingston, R.I., Journal of Phycology, 8, No.4, 318323, 1972.
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Size Separation of Marine Seston by Membrane and Glass-Fiber Filters, Sheldon R.W.,
Bedford Inst., Dartmouth, Nova Scotia, Limnol.Oceanog., 17, No.3, 494-498, May 1972.
A Study of the Distribution and Activity of Microorganisms in Ocean Water, Hobbie J.E.,
Holm-Hansen O., Packard T.T., Pomeroy L.R., Sheldon R.W., Thomas J.P. and Wiebe W.J.,
North Carolina State Univ., Raleigh; Scripps Inst. Oceanogr., La Jolla, Calif.; Univ. Washington,
Seattle; Univ. Georgia, Athens; and Bedford Inst., Dartmouth, Nova Scotia, Limnol.Oceanog., 17,
No.4, 544-555, July 1972.
Effects of Size and Concentration of Food Particles on the Feeding Behavior of the Marine
Planktonic Copepod Calanus pacificus, Frost B.W., Dept. Oceanogr., Univ. of Seattle,
Washington, Limnol.Oceanog., 17, No.6, 805-815, November 1972.
A Theoretical Model of Light Scattering by Sargasso Sea Particulates, Gordon H.R. and
Brown O.B., Rosensteil School of Marine and Atm. Sci. and Opt. Phys. Lab., Univ. of Miami,
Coral Gables, Florida, Limnol.Oceanog., 17, No.6, 826-832, November 1972.
A Technique for the Estimation of Indices of Refraction of Marine Phytoplankters, Carder
K.L., Tomlinson R.D. and Beardsley G.F.Jr., Sch. Oceanogr., Oregon State Univ., Corvallis,
Limnol.Oceanog., 17, No.6, 833-838, November 1972.
Synergistic Effects of Mixed Chemicals and the Potential for a Universal Bioassay
Technique for Rapid Monitoring of Toxic Waste, Gray J.S., Wellcome Marine Res. Lab., Univ.
of Leeds, Presented at the Coulter Conf., London, April 10th-11th 1973, 6pp.
Distribution du Seston dans la Region d'Affleurement du N.W. de l'Afrique en Mars 1973,
Margalef R., Inst. de Investigaciones Pesqueras, Barcelona, Presented at the 2nd Conf.'Analyse
de l'Ecosystème des Upwelling', Marseilles, May 28th-30th 1973, 27pp.
Influence of Humic Substances on the Growth of Marine Phytoplankton Diatoms, Prakash
A., Rashid M.A., Jensen A. and Subba Rao D.V., Fisheries Res. Board of Canada, Bedford Inst.
Oceanog., Dartmouth, Nova Scotia; and Norwegian Inst. of Seaweed Res., Trondheim,
Limnol.Oceanog., 18, No.4, 516-524, July 1973.
Grazing of Pseudocalanus minutus on Naturally Occurring Particulate Matter, Poulet S.A.,
Fisheries Res. Board of Canada, Bedford Inst. of Oceanogr., Dartmouth, Nova Scotia,
Limnol.Oceanog., 18, No.4, 564-573, July 1973.
The Production of Particles in the Surface Waters of the Ocean with Particular Reference
to the Sargasso Sea, Sheldon R.W., Sutcliffe W.H.Jr. and Prakash A., Fisheries Res. Board of
Canada, Bedford Inst. of Oceanogr., Dartmouth, Nova Scotia, Limnol.Oceanog., 18, No.5, 719733, September 1973.
Flocculation of Suspended Sediment in the Sea, Kranck K., Bedford Inst. of Oceanog.,
Dartmouth, Nova Scotia, Nature, 246, 348-350, December 7th 1973.
Direct Measurement of Particle Concentration in Natural Waters with a Model T Coulter
Counter, Sheldon R.W., Fisheries Res. Board of Canada, Technical Report No.379, 1973, 12pp.
Biological Oceanographic Processes, Parsons T.R. and Takahashi M., Inst. Oceangr., Univ. of
British Columbia, Pergamon Press, 1973, p.8-9.
Nutrition Holozoïque chez Colpidium campylum. II. Etude Experimentale d l'Influence de la
Concentration des Bacteries sur le Volume des Cilies et la Dynamique des Populations:
Consequences Physiologiques et Ecologiques, Daniel D., Lab. d'Hydrobiol., Inst. Pasteur,
Lille, Internal Report, 1973, 19pp.
Grazing Rates and Food Selection in Diaptomus oregonensis (Copepoda) from Marion
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Columbia, Vancouver, J.Fisheries Research Board of Canada, 27, No.1, 13-20, 1970.
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Computer Programs for Processing Data of Suspended Material Collected by the Coulter
Counter, Porteous D. and Poulet S.A., Fisheries Res. Board of Canada, F.R.B.Technical Report,
No.403, 1973, 126pp.
Water Quality in the North Sea and Injection Water Standards from North Sea Oil Fields, St.
John D.H., Bakels R.A., Barkman J.H. and Mckenzie D., Shell U.K. Exploration and Production
Ltd., and Nalfloc Ltd., Presented at the Society of Petroleum Engineers of A.I.M.E.Mtg.,
Amsterdam, Paper No.SPE4840, May 29th-30th 1974, 18pp.
Filtration, Ingestion and Egestion of Different-Sized Algae by Daphnia Magna Straus,
Christensen S.W., Yale Univ., New Haven, Conn., Abstract of Thesis, Dissertation Abstracts
International, 34, No.11, May 1974.
Relation of Light Penetration to Particle Distribution in Vertically Mixed Lacustrine
Environments, Haffner G.D. and Evans J.H., Dept.Botany, Royal Holloway Coll., Univ. of
London, Virginia Water, Br.Phycol.J., 9, 261-267, September 11th 1974.
Effects of Heavy Metals on Protozoan Growth Rates, Gray J.S., Wellcome Marine Lab., Univ.
of Leeds, Robin Hood's Bay, Whitby, Yorkshire, Proc.at a Colloquium 'Applications of Particle
Size Analysis to Environmental Pollution', organised by the Society for Analytical Chemistry,
Chemical Society Particle Size Analysis Group, Univ.of Nottingham, September 18th-19th 1974,
p.25-29.
The Determination of the Index of Refraction Distribution of Oceanic Particulates, Zaneveld
J.R.V., Roach D.M. and Pak H., School of Oceanogr., Oregon State Univ., Corvallis,
J.Geophysical Research, 79, No.27, 4091-4095, September 20th 1974.
A Method for Determining Food Selection by Zooplankton, Lampert W., Limnol. Inst., Univ.
Freiberg, W.Germany, Limnol.Oceanog., 19, No.6, 995-998, November 1974.
Size-Refractive Index Distribution of Clear Coastal Water Particulates from Light
Scattering, Brown O.B. and Gordon H.R., Opt. Phys. Lab., Univ. of Miami; and School of Marine
and Atmospheric Scis., Coral Gables, Florida, Applied Optics, 13, No.12, 2874-2881, December
1974.
Electronic Particle Counting Applied to Phytoplankton Studies in Three Southern Finnish
Lakes, Ilmavirta V., Dept. Botany, Univ. of Helsinki, Finland, Ann.Bot.Fennici, 11, 105-111, 1974.
Diel Periodicity in the Phytoplankton Community of the Oligotrophic Lake Pääjärvi,
Southern Finland. 1. Phytoplanktonic Primary Production and Related Factors, Ilmavirta V.,
Dept. Botany, Univ. of Helsinki, Finland, Ann.Bot.Fennici, 11, 136-177, 1974.
Notes on the Effect of the Filtration Process on Measurements of Phytoplankton Primary
Production in Lake Pääjärvi, Southern Finland, Ilmavirta V., Dept. Botany, Univ. of Helsinki,
Finland, Ann.Bot.Fennici, 11, 250-252, 1974.
Use of the Coulter Counter in Experiments with some Estuarine Phytoflagellates, Teasdale
J.R.T. and Boney A.D., Dept. Botany, Univ. Coll. of Wales, Aberystwyth, Presented at the Sixth
Coulter Conf., London, March 5th-7th 1968, 7pp.
The Use of the Model A Industrial Coulter Counter In Investigations of Freshwater
Phytoplankton, Evans J.H. and McGill S.M., Dept. Botany, Royal Holloway Coll., London,
Presented at the Sixth Coulter Conf., London, March 5th-7th 1968, 11pp.
Light Scattering and Suspended Matter In Nepheloid Layers, Plank W.S., Pak H. and
Zaneveld J.R.V., Dept. Oceanogr., Oregon State Univ., Corvallis, J.Geophys.Res., 77, No.9,
1689-1694, March 20th 1972.
Optical and Hydrographic Observations of the Cromwell Current Between 9200'W and the
Galapagos Islands, Zaneveld J.R.V., Pak H. and Plank W.S., Sch. Oceanogr., Oregon State
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Distribution of Suspended Matter In the Panama Basin, Plank W.S., Zaneveld J.R.V. and Pak
H., Sch. Oceanogr., Oregon State Univ., Corvallis, J.Geophys.Res., 78, No.30, 7113-7121,
October 20th 1973.
The Cromwell Current on the East Side of the Galapagos Islands, Pak H. and Zaneveld
J.R.V., Sch. Oceanogr., Oregon State Univ., Corvallis, J.Geophys.Res., 78, No.33, 7845-7859,
November 20th 1973.
Determination of Mean Cell Size of Tetrahymena in Growing Cultures, Morrison G.A. and
Tomkins A.L., Edward Davies Chem. Labs., Univ. Coll. Wales, Aberystwyth, J.Gen.Microbiol., 77,
383-392, 1972.(See also No.405).
Multichannel Forward Scattering Meter for Oceanography, McCluney W.R., NASA Goddard
Space Flight Center, Greenbelt, Md., Applied Optics, 13, No.3, 548-555, March 1974.
Optically Effective Area of Particle Ensembles in the Sea, Owen R.W. Jr., Natl. Marine
Fisheries Service, La Jolla, California, Limnol.Oceanog., 19, No.4, 584-590, July 1974.
A Threshold Feeding Behavior in Calanus pacificus, Frost B.W., Dept. Oceanogr., Univ. of
Washington, Seattle, Limnol.Oceanog., 20, No.2, 263-266, March 1975.
Particle Size Distributions in a Region of Coastal Upwelling Analyzed by Characteristic
Vectors, Kitchen J.C., Menzies D., Pak H. and Zaneveld J.R.V., Sch. Oceanogr., Oregon State
Univ., Corvallis, Limnol.Oceanog., 20, No.5, 775-783, September 1975.
Clay Distributions in Recent Estuarine Sediments, Edzwald J.K. and O'Melia C.R., Dept. Env.
Scis. and Engrg., Univ. of North Carolina, Chapel Hill, Clays and Clay Minerals, 23, No.1, 39-44,
1975.
A Direct Method for Accurate Volume Measurements of Tetrahymena with a Coulter
Counter, Skriver L. and Nilsson J.R., Inst. Gen. Zool., Copenhagen, Denmark, J.Protozool., 22,
Abstract 55, 1975.
The Use of the Model A Industrial Coulter Counter in Investigations of Freshwater
Phytoplankton, Evans J.H. and McGill S.M., Dept. Botany, Royal Holloway Coll., London,
Presented at the Sixth Coulter Counter Users' Conf., March 5th-7th 1968, 9pp.
The Feeding Behaviour of Daphnia magna, Studied with the Coulter Counter, Kersting K.
and Holterman W., Netherlands, Verh.Intnl.Verein.Limnol., 18, 1434-1440, December 1973.
Field Criteria for Survival of Anchovy Larvae: the Relation Between Inshore Chlorophyll
Maximum Layers and Successful First Feeding, Lasker R., Natl. Marine Fisheries Serv., La
Jolla, California, Fishery Bulletin, 73, No.3, 453-462, 1975.
Particle Retention Efficiencies of an Herbivorous Copepod, Acartia clausi (Adult and
Copepodite Stages): Effects on Grazing, Nival P. and Nival S., Station Zool., Villefranche-surMer, France, Limnol.Oceanog., 21, No.1, 24-38, January 1976.
Feeding, Growth, and Food Conversion of the Marine Planktonic Copepod Calanus
helgolandicus, Paffenhöfer G.-A., Inst. Mar. Res., Univ. of California, San Diego,
Limnol.Oceanog., 21, No.1, 39-50, January 1976.
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Microalgae, Dorsey J., Yentsch C.M., Mayo S. and McKenna C., Bigelow Lab. for Ocean Sci.,
West Boothbay Harbor, Maine; Chem. Dept., Bowdoin Coll., Brunswick, Maine; and Univ. of
Southern Maine, Portland, Maine, Cytometry, 10, 622-628, 1989.
Photobiology of Natural Populations of Zooxanthellae from the Sea Anemone Aiptasia
pallida: Assessment of the Host's Role in Protection Against Ultraviolet Radiation, Lesser
M.P., Dept. Zool., Univ. of Maine, Orono, Maine, Cytometry, 10, 653-658, 1989.
An Experimentally Determined Carbon:Volume Ratio for Marine 'Oligotrichous' Ciliates
from Estuarine and Coastal Waters, Putt M. and Stoecker D.K., Biol. Dept., Woods Hole
Oceanogr. Inst., Woods Hole, MA, Limnol.Oceanogr., 34, No.6, 1097-1103, 1989.
Predictions of Surficial Sediment Composition in the Littoral Zone of Lakes, Petticrew E.L.
and Kalff J., Coastal Oceanogr., Bedford Inst. Oceanogr., Dartmouth, Nova Scotia; and Dept.
Biol., McGill Univ., Montreal, Quebec, Limnol.Oceanogr., 36, No.2, 384-392, 1991.
Diel Vertical Migration and Nocturnal Uptake of Nutrients by Chattonella antiqua under
Stable Stratification, Watanabe M., Kohata K. and Kimura T., Lab. of Marine Envir., Natl. Inst.
Envir. Studies, Tsukuba, Ibaraki, Japan, Limnol.Oceanogr., 36, No.3, 593-602, 1991.
Absorption, Fluorescence, and Quantum Yield for Growth in Nitrogen-Limited Dunaliella
tertiolecta, Sosik H.M. and Mitchell B.G., Marine Res. Div., Scripps Inst. Oceanogr., La Jolla,
CA, Limnol.Oceanogr., 36, No.5, 910-921, 1991.
Growth Kinetics of the Omnivorous Oligotrich Ciliate Strombidium sp, Ohman M.D. and
Snyder R.A., Scripps Inst. Oceanogr., La Jolla, CA, Limnol.Oceanogr., 36, No.5, 922-935, 1991.
Contribution of Zooplankton Grazing to the Decline of a Ceratium Bloom, Nielsen T.G.,
Marine Biol. Lab., Univ. of Copenhagen, Helsinger, Denmark, Limnol.Oceanogr., 36, No.6, 10911106, 1991.
The Coulter Principle Compared to Other Methods
Rapid Particle Size Analysis of Ceramic Materials with an Electronic Counter, Auda D. and
Dorf A., Boeing Airplane Company, Seattle, Wash., Presented at the Pacific Coast Regional Mtg.,
American Ceramic Society, Seattle, Wash., October 17th 1959, 21pp.
An Automatic Method for the Determination of the Degree of Contamination in Hydraulic
Fluids, Michaelson P.D., Boeing Airplane Company, Seattle, Wash., Presented at The
Symposium on Fluid Filtration and Contamination Behaviour and Control, at California Univ., Los
Angeles, February 1st 1961, 11pp.
Number and Size Distribution of Particles in Cellulosic Solutions, Parks L.R. and Jurbergs
K.A., Buckeye Cellulose Corp., Memphis, Tenn., Presented at the American Chemical Society,
137th Mtg., Cleveland, Ohio, April 1960.J.Applied Polymer Science, IV, No.11, 193-199,
November 1960.
An Appreciation of the Coulter Electronic Particle Counter as a Suitable Method for
Assessing the Contamination Level of Hydraulic Oils, Coppola R.F., Bristol Aircraft Ltd.,
Filton, Internal Publication M6/R/RFC/17 July 5th 1960, 7pp.
104
Bibliographic References
PN 8321681 Rev B
Correlations Between Sieve Analyses, Surface Areas, and Shape Factors of Ceramic and
Metal Particles, Mistler R.E., Muccigrosso A.T. and Ploetz G.L., General Electric Co., Knolls
Atomic Power Lab., Schenectady, N.Y., Presented at the American Ceramic Society, 63rd Annual
Mtg., Toronto, Canada, April 26th 1961, 45pp.
Particle Size Measurements Using the Resistance Change Principle, Kinsman S. and Coulter
J.Jr., Coulter Electronics Inc., Chicago, Ill., Presented at the American Ceramic Society 63rd
Annual Mtg., Toronto, Canada, April 26th 1961, 8pp.
An Investigation of Particle Size Distributions, Grimes G.R., Climax Molybdenum Co.,
Langeloth, P.A., Presented at a Local American Chemical Society Mtg., 1961, 42pp.
Kinetics of Rapid Aggregation in Suspensions. Comparison of Experiments with the
Smoluchowski Theory, Higuchi W.I., Okada R., Stelter G.A. and Lemberger A.P., Univ. of
Wisconsin, Madison, Wis., Presented at the 109th Convention of the American Pharmaceutical
Association, Las Vegas, Nevada, March 1962.J.Pharm.Sci., 52, No.1, 49-54, January 1963.
Use of the Coulter Counter for Particle Size Analysis of Cement and Related Material,
Brown O.E., Marquette Cement Manuf. Co., Chicago, Ill., Presented at the A.I.M.E.Mtg., February
1960.Cement, Lime and Gravel, 99-104, April 1962.
Particle Size Counter: Aids Emulsion and Suspension Development at Hoffmann-La
Roche, Bonem F.L., , Food Processing, April 1962, 2pp. (Editorial).
Comparison of Flour Particle Size Distributions Measured by Electrolytic Resistivity and
Microscopy, Wilson J.T. and Sipes C.R., Ohio Agric. Experim. Station, Wooster, Ohio,
Presented at the American Association of Cereal Chemists Mtg., St.Louis, Missouri, May 1962.
Application of an Electronic Counter to Determine Fiber Fineness Distribution in Wool
Top, O'Connell R.A. and Martsch R.J., Western Reg. Res. Lab., U.S. Dept. Agric., Albany, Calif.,
Presented at A.S.T.M.Committee D-13 Sub.A-3, October 17th 1961.Textile Res.J., 32, No.7, 581587, July 1962.
Fracture of Brittle Solids III. Experimental Results on the Distribution of Fragment Size in
Single Fracture, Gilvarry J.J. and Bergstrom B.H., Res. Div. Allis-Chalmers Manuf. Co.,
Milwaukee, Wisc., J.Appl.Phys., 33, No.11, 3211-3213, November 1962.
Electronic Particle Size Analysis in the Subsieve Size Range, Treffner W.S. and Robertson
D.W., General Refractories Co., Baltimore, Maryland, Radex Rundschau, No.2, 55-69, 1962.
Denier Distribution of Textile Fibers Obtained with an Electrical Sensing Zone Particle
Analyzer (Coulter Counter®), Bloch M.G. and Gusack J.A., Res. Dept., The Dow Chemical Co.,
Williamsburg, Va., Textile Res.J., 33, No.3, 224-233, March 1963.
The Application of the Coulter Electronic Particle Counter to Size Analysis of Pulverised
Coal and Fly-Ash, Batch B.A., Central Electricity Research Labs., Leatherhead, Laboratory Note
No.RD/L/N24/63, March 11th 1963, Internal Publication.See No.52.
Quelques Applications de l'Instrumentation dans les Recherches sur les Peintures;
Mesures des Dimensions des Particules Compteur Coulter, Valentine L., Paint Res. Station,
Teddington, Peintures, Pigments, Vernis, 39, No.4, 211-221, April 1963.
Test Dust Preparation and Evaluation, Todd W.F., Hagan J.E. and Spaite P.W., Div. Air
Pollution, U.S. Public Health Serv., Robert A. Taft Sanitary Engrg. Center, Cincinnati, Ohio,
Presented at American Industrial Hygiene Conference, Cincinnati, Ohio, May 6th-10th 1963,
21pp.
Particle Size Distribution of Settled Dust, Fairweather J.H., San Bernardino County Air
Pollution Control District, San Bernardino, Calif., Presented at the 57th Annl.Mtg.of the Air
Pollution Control Association, Houston, Texas, June 21st-25th 1963, Paper No.64-77, 11pp.
The Use of the Coulter Counter for Particle Size Analysis of Pigments and Extenders,
Crowl V.T. and Kieran L.G., Res. Assoc. of the British Paint, Colour and Varnish Manufacturers,
Bibliographic References
105
PN 8321681 Rev B
Paint Res. Station, Teddington, Middlesex, Research Memorandum No.327, 13, No.21, August
1963, 12pp.
Limitations of Paint Testing, Valentine L., Paint Res. Station, Teddington, Middlesex,
J.O.C.C.A., 46, No.9, 674-718, September 1963.
Gamma-Irradiation of Kaolinite, Corbett W.J., Burson J.H. and Young R.A., Georgia Inst. of
Technol., Atlanta, Ga., Final Report, Project No.A-446-5 for the U.S.Atomic Energy Commission
Div.of Isotopes Development.Printed by the Offices of Tech. Services, Dept.of Commerce,
Washington D.C., August 15th 1961.Reprinted in Clays and Minerals,10, 344-355, 1961.
The Application of an Electronic Particle Counter to Size Analysis of Pulverised Coal and
Fly-Ash, Batch B.A., Central Electricity Res. Labs., Leatherhead, J.Inst.Fuel, 455-461, October
1964.
Particle Counts in Cellulose Acetate Solutions, Pickering T.P. and Wilson A.F., Res. Dept.,
Canadian Chem. Co., Edmonton, Alberta, Canada, Svensk Papperstidning, 67, No.6, 232-237,
March 31st 1964.
Comparison of Size Distributions from the Coulter Counter and from Electron Microscopy,
Cooper W.D. and Parfitt G.D., Chemistry Dept., Univ. Nottingham, Presented at the A.C.S.Mtg.,
Pittsburgh, March 1966, 2pp.
Measurement of Particle Size and Distribution. (Comparison of Measurement Methods with
Specific Application to Milk Solids and Powdered Milk), Kinsman S., Coulter Electronics, Inc.,
Chicago, Ill., Presented at the 10th Dairy Engrg.Conf., Michigan State Univ., Lansing, Michigan,
February 27th-28th 1962, 8pp.
Quality Control of Particle Size with the Coulter Counter, Collins E.A., B.F. Goodrich
Chemical Co., Avon Lake, Ohio, Presented at the 3rd American Coulter Counter Users'
Conference, Denver, Colorado, October 17th-18th 1963, 9pp.
Use of an Electronic Counter to Study the Size Distribution of Dispersed Grease Thickener
Particles, Criddle D.W., California Res. Corp., Richmond, Calif., Presented at Natl.Lubric.Grease
Inst., Chicago, Ill., October 25th-28th 1964, 14pp.
Rapid Yeast Estimations, Macrae R.M., Brewing Industry Res. Found., Nutfield, Surrey,
Proc.European Brewery Convention, Brussels, 1963, Elsevier Publishing Co., Amsterdam,
Netherlands, 1964, p.510-512.
The Use of Electronic Counters for Determining the Number of Cells in Milk, Cullen G.A.,
Central Vet. Lab., Weybridge, Surrey, Veterinary Record, 77, No.29, 858, July 17th 1965.
Le Compteur Coulter. Etude Pratique de son Utilisation, Bril J., Compagnie Péchiney, L.R.M.,
Grenoble, Bulletin de la Société Française de Ceramique, 3-21, December 1965.
Problems in Size Analysis of Mineral Powders, Jowett A., Univ. of Leeds, Presented at the 4th
British Coulter Counter Users Mtg., Bradford, April 1966, 8pp.
The Use of the Coulter Counter in the Field of Paints and Printing Inks, Crowl V.T., Paint
Res. Station, Teddington, Presented at the 4th British Coulter Counter Users Mtg., Bradford, April
1966, 18pp.
Determination of Leucocyte Concentrations in Cow's Milk with a Coulter Counter, Phipps
L.W. and Newbould F.H.S., Natl. Inst. for Research in Dairying, Shinfield, Reading; and Ontario
Vet. Coll., Univ. of Guelph, Guelph, Ontario, J.Dairy Res., 33, 51-64, 1966.
Studies on Particle Size Distribution Measurements of Barium Sulfate Aqueous
Suspension, Fujiwara H., Yashiki T., Toda J. and Kato M., , Takeda Kenkyusho Nempo (Annual
Reports Takeda Res. Labs.), 21, 54-60, October 1962. (In Japanese)
Electronic Counting of Somatic Cells in Milk, Read R.B. Jr., Reyes A.L., Bradshaw J.G. and
Peeler J.T., Milk and Food Res., Robert A. Taft Sanitary Engrg. Center, Cincinnati, Ohio, J.Dairy
Sci., 50, 669, 1967.
106
Bibliographic References
PN 8321681 Rev B
Particle-Size Measurement and Control, Bhrany U.N. and Brown J.H., U.S. Steel Corp.,
Monroeville, Pa., Trans.Soc.Mining Engineers, 226, 248-254, September 1962.
Rapid Particle-Size Analysis of Metal Powders with an Electronic Device, Ullrich W.J., Alcan
Metal Powders, Inc., Elizabeth, New Jersey, Modern Developments in Powder Metallurgy.Volume
1: Fundamentals and Methods, Plenum Press, 1966, 125-143.Also presented at the 1965
International Powder Metallurgy Conf., N.Y., June 14th-17th 1965.
Coulter Counter Particle Size and Specific Surface Area, Nash N.G., Ayerst Labs., Inc., Paper
Presented at the 4th American Coulter Counter Users Mtg., New York, April 1964, 3pp.
Deeltjesgrootte-Analyse met de Coulter Counter, Colon F.J., Centraal Technisch Inst., T.N.O.,
Holland, TNO-Nieuws, 19, 302-308, 1964.
Beitrag zur Bestimmung der Spezifischen Oberfläche von Glaspulvern und deren
Beziehung zu den aus der Korngrößenanalyse Ermittelten Statistischen Parametern, Zagar
L. and Krause G., Technischen Hochschule, Aachen, Glastechn.Ber., 39, No.4, 177-186, April
1966.
Vergleichende Untersuchung von Methoden zur Korngrößenbestimmung, Simecek J., Inst.
für Arbeitshygiene und Berufskrankheiten, Prague, Staub-Reinhalt.Luft, 26, No.9, 372-379, 1966;
and 27, No.6, 282-285, 1967.
Comparison of Some Different Methods for Measuring Particle Size Using Microscopically
Calibrated Glass Beads, Hunt C.M. and Woolf A.R., Inst. for Appl. Technol., Natl. Bureau of
Standards, Boulder, Colo., Presented at the Intnl.Conf.on Powder Technol., Chicago, Ill., May
20th-23rd 1968, 23pp.Published in Powder Technology, 3, 9-23, 1969.
Comparison of Particle Size Distributions of 'Monodisperse' Particles from 0.8 to 3.5µ in
Diameter Using a Coulter Counter and Electron Microscopy, Cooper W.D. and Parfitt G.D.,
Dept. Chem., Univ. Nottingham, Kolloid-Zeitschrift und Zeitschrift für Polymere, 223, No.2, 160166, 1968.
Practical Problems in Particle Size and Surface Area Measurements, Winer A.A. and Wright
I.F., Dept. Mines and Technical Surveys, Ottawa, Ontario, J.Can.Ceram.Soc., 35, 68-75, 1966.
Wet Sieving with Precision Electroformed Sieves, Daeschner H.W., Shell Development Co.,
Emeryville, Calif., Presented at the ASTM/IITRI Intnl.Conf.on Powder Technology, Chicago, Ill.,
May 20th-23rd 1968.Powder Technology, 2, No.6, 349-355, 1968/69.
Small Angle Scattering by Yeast Cells - A Comparison with Mie Predictions, Latimer P. and
Tully B., Dept. Phys., Auburn Univ., Alabama, J.Coll.Interf.Sci., 27, No.3, 475-478, July 1968.
Pollution Control in the Steam Circuits of Heat-Engine Plant (Power Station); Use of the
Coulter Counter, Ropars J., Chem. Dept., French Electricity Board, 1968.(In French).Translated
into English by Ruckwood A.(Coulter Electronics Ltd.), 15pp.
Air Classification of Flour with the Bahco, Kent N.L., Flour Milling and Baking Res. Assocn.,
St. Albans, Presented at a mtg.of the S.A.C.Particle Size Analysis Group, Sheffield, March 5th
1969.Summary published in Proc.Soc.Analyt.Chem., 6, No.6, 97, June 1969.
Standardization of MSA Particle Size Analysis Method for Ceramic Materials, Zwicker J.D.,
Aluminum Co. of Canada, Ltd. Arvida, Quebec, Presented at the Annl.Mtg.of the American
Ceramic Society, Washington, D.C., May 1969, 16pp.
Korngrössenbestimmung mit dem Coulter Counter, Hackenberg P., Inst. für Glas, Keramik
und Bindemittel, Berlin, Tonind-Ztg., 92, No.12, 482-487, December 1968.
Untersuchungen zur Ermittlung optimaler Verfahren für die Herstellung von
Schokolademassen, Niediek E.A., Univ. Karlsruhe, Doktor-Ing.Dissertation, 1968, p.67-105.
Use of the Coulter Counter and the Alpine Sieve for Particle Size Analysis of Cement,
Brown O.E., Bobrowski G.S. and Kovall G.E., Marquette Cement Manuf. Co., Chicago. Ill., ASTM
Special Tech.Publ.473, 82-97, 1968.
Bibliographic References
107
PN 8321681 Rev B
Comparison of Flour Particle Size Distributions Measured by Electrical Resistivity and
Microscopy, Wilson J.T. and Donelson D.H., Ohio Agric. R & D Center, Wooster, Ohio, Cereal
Chem., 47, No.2, 126-134, March 1970.
A Statistical Evaluation of Powder Characteristics Measured with Three Systems, Grandillo
A.D., Monsanto Research Corp., Mound Lab., Miamisburg, Ohio, Int.J.Powd.Met., 6, No.1, 3-14,
1970.
Comparison of Methods of Calculating Particle Size from Hindered Settling Results and its
Application to Inorganic Oxysalt Precipitates, Dollimore D. and McBride G.B., Chem. Dept.,
Univ. of Salford; and Stand Grammar School, Whitefield, Lancs., Analyst, 94, 760-767,
September 1969.
The Determination of the Size Distribution of Mine Dusts Using the Coulter Counter,
Rendall R.E.G. and van Sittert G.C.H., Pneumoconiosis Res. Unit of the South African Med. Res.
Council, Johannesburg, PRU Report 10/70, June 18th 1970, 10pp.
Comparison of Particle Size Determined with the Coulter Counter and by Optical
Microscopy, Schrag K.R. and Corn M., Graduate School of Public Health, Univ. of Pittsburgh,
Pa., Amer.Ind.Hyg.Ass.J., 31, 446-453, July-August 1970.
New Equipment Determines Mud Particle Size, Louden L.R. and Nance W., Dresser
Magcobar, Houston; and Brown & Root, NASA Lunar Receiving Laboratory, Petroleum Engineer,
42, No.10, 56-58, 1970.
Size Analysis of Irregular Shaped Particles in Sieving, Rosen H.N. and Hulbert H.M., Dept.
Chem. Engrg., Northwestern Univ., Evanston, Ill., Ind.Eng.Chem.Fundam., 9, No.4, 658-661,
November 1970.
A Comparison of Particle Size Analyses by Various Coulter Counter Operators, Batch B.A.
and Dalmon J., Central Electricity Res. Labs., Leatherhead, Central Electricy Research
Labs.Laboratory Note RD/L/N/163/67, February 13th 1968, 22pp.
Particle Size Distribution of Lamp Phosphors - Comparison of Measurement Techniques,
King W.G. and Burrus H.L., Osram Res. Labs., Hirst Res. Centre, Wembley, GEC Journal of
Science and Technology, 39, No.2, 76-84, 1972.
Granulométrie par Compteur Coulter et Comparaison avec d'autres Méthodes, Baudet G.,
Bureau de Recherches Géologiques et Minières, Orléans, Bull.Soc.Franc.Ceram., No.95, 31-51,
April-June 1972.
Comparison of Equivalent Spherical Volume and Aerodynamic Diameters for Irregular
Shaped Particles, Tomb T.F. and Corn M., U.S. Bureau of Mines, Pittsburgh, Penna., Presented
at the American Industrial Hygiene Conf., San Francisco, Calif., May 14th-19th 1972, 24pp.
Utilisation du Compteur Coulter pour le Côntrole Granulométrique de Poudres de Tantale,
Vanbelle J. and Crahay R., Univ. Catholique de Louvain, Belgium, Silicates Industriels, 36,
No.7/8, 195-198, July-August 1972.
A Light Scattering Photometer Using Photographic Film, Brunsting A. and Mullaney P.F.,
Biomed. Res. Group, Los Alamos Sci. Lab., Univ. of California, Los Alamos, New Mexico,
Rev.Sci.Instr., 43, No.10, 1514-1519, October 1972.
High Purity Reactive Alumina Powders: II, Particle Size and Agglomeration Study, Johnson
D.W. Jr., Nitti D.J. and Berrin L., Bell Labs., Murray Hill, N.J., and Allentown, Pa., Ceramic
Bulletin, 51, No.12, 896-900, 1972.
Uncertainties in the Centrifugal Sedimentation Particle Size Analysis Method, Zwicker J.D.,
Aluminium Company of Canada Ltd., Arvida, Quebec, Powder Technol., 6, 133-138, 1972.
Comparison of Four Methods for Enumerating Somatic Cells in Milk with an Electronic
Counter, Philpot W.N. and Pankey J.W. Jr., North Louisiana Hill Farm Exp. Station, Louisiana
State Univ., Homer, J. Milk Food Technol., 36, No.2, 94-100, February 1973
108
Bibliographic References
PN 8321681 Rev B
Relating Coulter Counts at One Size Level to the Air Permeametric Specific Surface Area
of the Product from a Wet Comminution Process, Harris J.E.C. and Scullion H.J., Materials
Quality Assurance Directorate, Royal Ordnance Factory, Bridgwater, Presented at the Coulter
Conf., London, April 10th-11th 1973, 4pp.
Measurement ot Surface Area Using the Micromeritics Knudsen Flow Permeameter, King
W.G. and O'Hare B.P., Osram (G.E.C.) Res. Labs., Hirst Res. Centre, Wembley, Presented at
the Coulter Conf., London, April 10th-11th 1973, 16pp.
The Effect of 'Electroviscosity' on Liquid Sedimentation Analysis, Pavlik R.E. and Sansone
E.B., Dept. Occ. Health, Univ. of Pittsburgh, Pa., Powder Technol., 8, 159-164, 1973.
Lemon Juice Particulates: Comparison of Some Fresh Juices and a Commercial
Concentrate, Venolia W., Peak S. and Payne F., U.S. Dept. Agric., Pasadena, Calif., J.Agr.Food
Chem., 22, No.1, 133-137, 1974.(See also no.468).
The Coulter Counter and its Applications, Lambin G., , Silicates Industriels, 39, No.2, 55-63,
1974.
Etude de Ia Finesse des Poudres, Faudot D., Coultronics, France, Imformations Chimie,
No.136, October 1974, 14pp.
Crystal Size Measurement: Comparison of the Techniques of Sieving and Coulter Counter,
Mullin J.W. and Ang H.-M., Dept. Chem. Engrg., Univ. Coll., London, Powder Technology, 10,
153-156, 1974.
Einige Probleme der Feinstkornbestimmung, Ocepek D. and Eberl E., Inst. za Oplemenitenje,
Ljubljana, Jugoslavia, Presented at the Conf.'Physikalische Eigenschaften von Körnungen und
deren Metechnische Erfassung', Freiberg, D.D.R., 1972.Freiberger Foschungshefte, A 531, 1975,
V.E.B.Deutscher Verlag für Grundstoffindustrie, Leipzig, 1975, p.19-31.
A. Comparison of Some Methods of Sizing Particles of a Latex for Calibrating a Coulter
Counter, Phipps L.W., Natl. Inst. for Res. in Dairying, Reading, Presented at the Sixth Coulter
Conf., London, March 5th-7th 1968, 6pp.
Coarse-Grind Cement in Oil-Well Cementing, Clark C.R., Steel J.H. and Gidley J.L., Humble
Oil and Refining Co., Presented at 46th Ann.Mtg.Soc.Petroleum Engineers of AIME, New
Orleans, October 3rd-6th 1971.Published in Oil & Gas J., 50-53, January 24th 1972.
Characterization of an ASTM Round-Robin Tungsten Powder, German R.M., Metallurgy and
Electroplating Div., Sandia Laboratories, A Report to ASTM Subctee.B-09.03.Sandia Report
SAND 74-8021, November 1974.
Zur Genauigkeit der Partikelgröenmessung durch geübte und durch ungeübte Bearbeiter,
Koglin B., Alex W. and Jödicke H., Univ. Karlsruhe, Preprints, First European Symp.Particle Size
Measurement, Nuremberg, September 17th-19th 1975, p.377-392.
Liquid Sedimentation Analysis: Media Conductivity and Particle Size Effects, Sansone E.B.
and Civic T.M., Grad. Sch. of Public Health, Univ. of Pittsburgh, Pa., Powder Technol., 12, 11-18,
1975.
Einege Probleme der Feinstkornbestimmung, Ocepek D. and Eberl E., Ljubljana, Freiberger
Forschrift, No.531, 19-31, 1975.
Experience in Adaptation and Comparative Evaluation of the Coulter Counter and Direct
Microscopic Somatic Cell Count (DMSCC) Method for Determining Somatic Cell Counts in
Milk, Macaulay D.M., Ginn R.E. and Packard V.S., Dairy Lab. Agric. Service Complex, Univ. of
Manitoba Campus, Winnipeg, Canada; Dairy Q.C. Inst., Inc., St. Paul, MN; and Univ. of
Minnesota, St. Paul, MN, J.Milk Food Technol., 39, No.4, 250-252, April 1976.
The Effect of Nickel and Palladium Additions on the Activated Sintering of Tungsten,
German R.M. and Ham V., Sandia Labs., Livermore, Calif., Internat.J.Powder Metall.and Powder
Technol., 12, No.2, 115-125, April 1976.
Bibliographic References
109
PN 8321681 Rev B
Investigation of the Application of a Television Microdensitometer in Pharmaceutical and
Cosmetic Technology, Muller B.W., Inst. Pharm. Technol., Philipps Univ., Marburg/Lahn,
Cosmetics and Toiletries, 91, 44-56, June 1976.
Electronic Somatic Cell Count - Chemical Method, DMSCC, and WMT Tests for Raw Milk,
Thompson D.R., Packard V.S. and Ginn R.E., Depts. Agr. Engrg. and Food Sci. and Nutrition,
Univ. Minnesota, St. Paul; and Dairy Q.C. Inst. Inc., St. Paul, Minnesota, J.Milk Food Technol.,
39, No.12, 854-858, December 1976.
Particle Segregation in Fine Powders by Tapping as Simulation of Jostling during
Transportation, Parsons D.S., Physical Test Lab., GTE Sylvania, Towanda, Pa., Powder
Technol., 13, 269-277, 1976.
A Comparison of Electronic Particle Counting and Pipette Techniques in Routine Mud
Analysis, Shideler G.L., U.S. Geol. Survey, Corpus Christi, Texas, U.S.Geol.Survey Open-File
Report 76-269, 1976, 22pp.J.Sed.Petrol., 46, No.4, 1017-1025, December 1976.
Particle Size Analysis Techniques for Suspension Concentrates, Kanellopoulos A.G. and
Wood R.J., Agrochem. Dept., Sandoz Ltd., Pratteln, Switzerland, Pestic.Sci., 7, 75-85, 1976.
A Comparison in Sizing of Products by Sieving and by Coulter Counter in Copper Ore
Processing, Laapas H. and Heiskanen K., Helsinki Univ. of Technol., Finland, Presented at 3rd
Chem.Soc.P.S.A.Conf., Univ.Salford, September 12th-15th 1977.In, 'Particle Size Analysis',
ed.Groves M.J., Heyden, 1978, p.218-226.
Comparison of the Errors due to Sampling and to Analysis by Coulter Counter, Lloyd P.J.,
Buxton R.E. and Stenhouse J.I.T., Dept. Chem. Engrg., Univ. of Technol., Loughborough,
Presented at 3rd Chem.Soc.P.S.A.Conf., Univ.Salford, September 12th-15th 1977.In, 'Particle
Size Analysis', ed.Groves M.J., Heyden, 1978, p.367-377.
Comparison of Techniques for the Measurement of Zooplankton Filtration Rates, Hargis
J.R., Friday Harbor Labs., Washington, Limnol.Oceanog., 22, No.5, 942-945, September 1977.
Comparison of Tetrahymena pyriformis W and Rat Bioassays for the Determination of
Protein Quality, Evancho G.M., Hurt H.D., Devlin P.A., Landers R.E. and Ashton D.H., Campbell
Inst. for Food Res., Camben, N.J., J.Food Sci., 42, No.2, 444-448, 1977.
Comparison between Five Coexisting Species of Marine Copepods Feeding on Naturally
Occurring Particulate Matter, Poulet S.A., INRS-Océanologie, Rimouski, Quebec,
Limnol.Oceanogr., 23, No.6, 1126-1143, 1978.
Partikelgröenanalysen <10µm Memethoden und Schwierigkeiten, Polke R. and Rieger R.,
BASF Aktiengesellschaft, Ludwigshafen/Rh., Chem.-Ing.Tech., 50, No.3, 149-154, 1978.
Further Comparisons of Grain Size Distributions Determined by Electronic Particle
Counting and Pipette Techniques, Behrens E.W., Marine Sci. Inst., Univ. of Texas at Austin,
Galveston, Texas, J.Sed.Petrol., 48, No.4, 1213-1218, December 1978.
The Comparison of Distributional Shapes with Particular Reference to a Problem in
Forensic Science, Dudley R.J. and Smalldon K.W., Home Office Central Res. Establishment,
Aldermaston, Reading, Intnl.Statistical Review, 46, 53-63, 1978.
A Comparison of the Automated with the Semi-Automatic Coulter Counter Method and the
Direct Microscopic Somatic Cell Count (DMSCC) on Raw Milk Samples, Ginn R.E., Packard
V.S. and Thompson D.R., Dairy Quality Control Inst., Inc., and Univ. of Minnesota, St. Paul, MN.,
Scientific J.Series, Minnesota Agric.Experiment Station, St.Paul, MN, 1979.Published in J.Food
Protection, 42, No.7, 567-568, July 1979.
Some Recently Certified Particle Size Reference Materials, Wilson R., Div. Chem., Standards
Natl. Phys. Lab., Teddington, Middlesex, Preprints, Partec, Nuremberg September 24th-26th
1979, p.59-77.
110
Bibliographic References
PN 8321681 Rev B
A Comparison of Electronic and Pipet Methods for Mechanical Analysis of Soils,
Pennington K.L. and Lewis G.C., Univ. Idaho, Moscow, Idaho, Soil Science, 128, No.5, 280-284,
November 1979.
Effects of 22-m Screens of Size-Frequency Distributions of Suspended Particles and
Biomass Estimates of Phytoplankton Size Fractions, Malone T.C., Chervin M.B. and
Boardman D.C., Marine Biol. Dept., Lamont-Deheny Geol. Observatory of Columbus Univ.,
Palisades, New York, Limnol.Oceanogr., 24, No.5, 956-960, 1979.
Fact and Artifact in Copepod Feeding Experiments, Harbison G.R. and McAlister V.L., Woods
Hole Oceanogr. Inst., Woods Hole, Mass., Limnol.Oceanogr., 25, No.6, 971-981, November
1980.
Colloid Chemical Studies on Bitumen-in-Water Emulsions Part III. Comparison of Particle
Size Analysis Techniques and Determination of Emulsifier Adsorption at the
Bitumen/Water Interface, Tausk R.J.M., Stassen W.J.M. and Wilson P.N., Koninklijke/ShellLab., Amsterdam (Shell Research B.V.), Netherlands, Colloids and Surfaces, 2, 89-99, 1981.
Comparison of the Three Calibration Techniques for Coulter Counters, Pham M.L., Lab. de
Physico-Chimie Biol., Univ. Louvain, Louvain-la-Neuve, Belgium, Powder Technol., 28, 217-220,
1981.
Characterization of Oil-in-Water Emulsions: An Evaluation of the Coulter Counter
Technique, Hamza H.A. and Andersen N.E., Dept. Energy, Mines and Resources, Western Res.
Lab., Edmonton, Alberta, Proc.Intnl.Symp.Fine Particles Processing, Las Vegas, Nevada,
February 24th-28th 1980.Publ.as Chapter 21 in, Fine Particles Processing, Vol.1,
ed.Somasundaran P., Amer.Inst.Mining, Metallurgical and Petroleum Eng., Inc., New York, 1980,
p.338-403
Fat Droplet Size Analysis: The Application of Spectroturbidimetry, Shaw A.T. and Darling
D.F., Unilever Res. Lab., Colworth House, Sharnbrook, Beds., Presented at P.S.A.'81,
Loughborough Univ., September 21st-24th 1981, preprints p.102-118.Publ.Particle Size Analysis
1981, Wiley Heyden, Chichester, 1982, p.355-371.
Size Analysis and Specific Surface Measurement of Finely Distributed Magnetite Powders:
A Comparison of Methods, Laapas H., Lukkarinen T. and Suvio J., Helsinki Univ. of Techn.,
Dept. of Mining and Metallurgy, Espoo, Finland, Presented at P.S.A.'81, Loughborough Univ.,
September 21st-24th 1981, preprints p.239-253.Publ.Particle Size Analysis 1981, Wiley Heyden,
Chichester, 1982, p.61-76.
A Correlation Between the Results of Different Instruments Used to Determine the Particle
Size Distribution in AC Fine Test Dust, Johnston P.R. and Swanson R., Ametek, Inc.,
Sheboygan, WI; and Brunswick Corp., De Land, FL, Powder Technol., 32, 119-124, 1982.
Latex Particle Size Analysis by the Coulter Nano-Sizer™: Response to Synthetic Mixtures
of Sizes, Outsize Particle and Comparison with Other Methods, Daniels C.A. and Etter A.A.,
BF Goodrich Chemical Group, Avon Lake,Ohio, Powder Technol., 34, 113-119, 1983.
Standard Practice for Comparing Particle Size in the Use of Alternative Types of Particle
Counters, , , ASTM Designation F 660-83, 1983, 1989 ASTM Yearbook, p.746-749. (Reapproved, 1988).
Application of Modern Aerosol Instrumentation for Industrial Particle Measurement, Liu
B.Y.H., Mech. Engrg. Dept., Univ. Minnesota, Minneapolis, Presented at 3rd Eur.Symp.on
Part.Charact., PARTEC, Nürnberg, May 9th-11th 1984, 12pp.
Comparison of the Size Distribution of the 'BCR' Reference Quartz by ESZ and Image
Analysis Techniques, Griffiths W.D. and Rood A.P., Health and Safety Exec., Occupational
Med. and Hygiene Labs., Edgware Road, London, Anal.Proc., 21, No.5, 165-167, May 1984.
Bibliographic References
111
PN 8321681 Rev B
Improved Agreement Between Coulter Counter® and Sedimentation for Porous Particles,
Harfield J.G. and Miller B.V., Coulter Electronics Ltd., Luton, Presented at Fine Particle Soc.15th
Annl.Mtg., Orlando, Fla., July 30th-August 1st 1984, 8pp.
Comparison of Techniques for Measuring the Size of Fine Non-Spherical Particles, Seville
J.P.K., Coury J.R., Ghadiri M. and Clift R., Dept. Chem. and Process Engrg., Univ. Surrey,
Guildford, Part.Charact., 1, 45-52, 1984.
Further Uses for BCR Reference Materials, Harfield J.G., Simmons A.W., Wenman R.A. and
Wharton R.A., Coulter Electronics Ltd., Luton, Presented at Fine Particle Soc.Symp., Miami
Beach, Fla., April 22nd-26th 1985.Publ.in Particulate and Multiphase Processes, Volume 1,
General Particulate Phenomena, eds.Ariman T.and Veziroglu T.N., Hemisphere Publ.Corp.,
Washington, DC, 1987.
A Study of the BCR Reference Materials, Harfield J.G., Simmons A.W., Wenman R.A. and
Wharton R.A., Coulter Electronics Ltd., Luton, Presented at Conf.PSA 85, Bradford Univ.,
September 16th-19th 1985, 9pp.Publ.in Particle Size Analysis 1985, ed.Lloyd P.J., J.Wiley &
Sons, Chichester, 1987, p.211-221.
Comparison of Light Scattering with other Techniques for Particle Size Measurement,
Tüzün U. and Farhadpour F.A., Dept. Chem. and Process Engrg., Univ. Surrey, Guildford,
Part.Charact., 2, 104-112, 1985.
Comparison of Environmental Particulate Matter Derived from Stationary Sources, Fisher
G.L., McNeill K.L., Prentice B.A., Democko C.J., McFarland A.R. and Finch G.L., Battelle
Columbus Labs., Columbus, Ohio; Texas A & M Univ., College Station, Texas; and Donner Lab.,
Univ. of Calif., Berkeley, Particulate Science and Technology, 2, 75-88, 1984.
Comparison of Nickel Powder Grain-Size Analysis by Coulter Counter and Electron
Microscopy, Padalko V.M., Novichkova V. Ya., Kaishev V.A. and Gaidar A.I., All Union Current
Sources Res. and Devt. Inst., Moscow, Ind.Lab.(Zavodskaya Lab.), 50, No.10, 985-987, 1984.
Rapid Grain-Size Analyses of Clay and Silt Fraction by Sedigraph 5000 D: Comparison
with Coulter Coulter and Atterberg Methods, Stein R., Geol. Paläontol. Inst., Univ. Kiel, W.
Germany, J.Sediment.Petrol., 55, No.4, 590-615, July 1985.
Use of the Coulter Counter in Coal Research and Comparisons with Other Techniques,
James R.G. and Welford G., Natl. Coal Board, Coal Res. Establishment, Stoke Orchard,
Cheltenham, Presented at the Royal Soc.Chem.Particle Size Analysis Group Mtg.'The Electrical
Sensing Zone Method of Particle Size Analysis', Luton, March 19th 1986.Publ.Anal.Proc., 24, 38,
February 1987.
Measurement of Particle Size of Ultrafine (Submicrometre) WC Powders, Roebuck B. and
Almond E.A., Natl. Phys. Lab., Teddington, Middx., Presented at the PM Group Conf.,
Eastbourne, October 21st-23rd 1985.Publ.in Powder Metallurgy, 29, No.2, 119-124, 1986.
Comparison of Particle Size Distribution Data Obtained with Cascade Impaction Samplers
and from Coulter Counter Analysis of Total Dust Samples, Treaftis H.N., Kacsmar P.,
Suppers K. and Tomb T.F., Mine Safety and Health Admin., Pittsburgh Health Technol. Center,
Dust Div., Pittsburgh, Am.Ind.Hyg.Assoc.J., 47, No.2, 87-93, February 1986.
Size Analysis with the Coulter Counter: Comparison with Sedimentation and Surface Area,
Lines R.W., Coulter Electronics Ltd., Luton, Presented at the Royal Soc.Chem.Particle
Characterisation Group Meeting '21st Anniversary', London, February 16th 1987; 20pp.
A Comparison of Latex Particle Reference Standards, Bradshaw A. and Harfield J.G., Coulter
Electronics Ltd., Luton, Presented at Pittsburgh Conf., Atlantic City, March 9th-13th
1987.(Abstract only).
Size Analysis with the Coulter Counter: Comparison with Sedimentation and Surface Area,
Lines R.W., Coulter Electronics Ltd., Luton, Analyt.Proc., 24, 272-276, September 1987.
112
Bibliographic References
PN 8321681 Rev B
Comparison of ASTM Round-Robin Data on Particle Size using Three Different Methods,
Flank W.H., Union Carbide Corp., Tarrytown Technical Center, Tarrytown, New York,
Ind.Eng.Chem.Res., 26, No.9, 1750-1753, 1987.
A Comparison of Filtration Performance using Particle Counting and Pore Sizing
Techniques, Harfield J.G., Wenman R.A. and Batchu H., Scientific Instrument Application
Laboratory, Coulter Electronics, Inc., Hialeah, and Corporate Reference Laboratory R & D
Facility, Coulter Electronics Ltd., Luton, Presented at 1st A.G.M.and Intnl.Techn.Conf., Filtration
Soc.Americas, Ocean City, MD, March 21st-24th 1988, 11pp.
An Evaluation of the Lab-Tec 100 Particle Size Analyser, Allen T. and Davies R., E.I. Du Pont
de Nemours & Co., Inc., Wilmington, Delaware, In, Particle Size Analysis 1988, ed.Lloyd P.J.,
John Wiley & Sons Ltd., Chichester, 1988, p.33-44.
Comparison of Instrumentation for Electrophoretic Mobilities in Nonaqueous Media,
Fowkes F.M., Chen W.J., Fluck D.J. and Johnson R.E., Chemistry Dept., Lehigh Univ.,
Bethlehem, PA., and Exptl. Station, E.I. DuPont de Nemours and Co., Wilmington, DE, Presented
at ACS Natl.Mtg., Toronto, June 5th-10th 1988.(Abstract only).
Comparison of the Size Distribution of Boron Powders as Measured by Malvern
Diffractometer and Coulter Counter, Davies J.A. and Collins D.L., Anal. Chem. Branch,
Chemistry and Explosives Div., MOD(PE), AWE Aldermaston, Reading, Part.Part.Syst.Charact.,
5, 116-121, 1988.
Sizing Broad Distributions of Particles: Comparisons between Measurements Made by
Laser Diffraction and the Coulter Principle, Batchu H., Hart W.H., Bott S.E. and Bradley C.B.,
Coulter Electronics, Inc., Amherst, MA, Presented at the 1989 Pittsburgh Conf.and Exposition on
Analyt.Chem.and Appl.Spectroscopy, Atlanta, March 6th-10th 1989.Abstract 1556, 1pp.(Abstract
only).
A Comparison of Filtration Performance using Particle Counting and Pore Sizing
Techniques, Batchu H., Harfield J.G. and Wenman R.A., Coulter Electronics, Inc., Hialeah, FL;
and Coulter Electronics Ltd., Luton, Fluid/Particle Separation J., 2, No.1, 5-10, March 1989.
Comparison of Particle Size Distributions Obtained from a COULTER COUNTER®
Equipped with a Hydrodynamically Focused Aperture or a Standard Aperture, Göransson
B., Pharmacia-LKB Biotechnol., Uppsala, Sweden, Presented at Coulter Sci.Symp.'Particle
Technology', September 26th-27th 1989, Natl.Motorcycle Museum, Solihull, 1pp.(Abstract only).
Particle Size Distribution of Inorganic Colloidal Dispersions: A Comparison of Different
Techniques, Delgado A. and Matijevic E., Dept. de Fisica Aplicada, Fac. de Ciencias, Univ.
Granada, Spain; and Dept. Chem., Clarkson Univ., Potsdam, New York, Part.Part.Syst.Charact.,
8, 128-135, 1991.
Instrumentation for Particle Size Analysis by Far Field Diffraction: Accuracy, Limitations
and Future, Azzopardi B J., Dept. Chem. Engrg., Univ. Nottingham, Presented at Conf.PSA '91,
Loughborough, September 17th-19th 1991.Publ.Particle Size Analysis, eds.Stanley-Wood
N.G.and Lines R.W., Royal Soc.Chemistry, Cambridge, 1992, p.108-132.
Comparative Particle Size Measurements using the Electrical Sensing Zone and Laser
Diffraction Methods: A Collaborative Study, Michoel A., Lab. Galenical and Clinical Pharm.,
Catholic Univ. of Leuven, Leuven, Belgium, Intnl.Symp., San Diego, CA, 1990.Publ.in, Advances
in Measurement and Control of Colloidal Processes, eds.Williams & de Jaeger, ButterworthHeinemann, Sevenoaks, 1991, p.369-387.
Particle Characterization: Size and Morphology, Ghadiri M., Farhadpour F.A., Clift R. and
Seville J.P.K., Dept. Chem. and Process Engrg., Univ. Surrey, Guildford, Chapter 5, in Powder
Metallurgy: An Overview., eds.Jenkins I.and Wood J.V., The Institute of Metals, London, 1991,
56-75.
Bibliographic References
113
PN 8321681 Rev B
Laser Diffraction Size Analysis, Agrawal Y.C., McCave I.N. and Riley J.B., , Chapter 9, in
Principles, Methods, and Application of Particle Size Analysis, ed. Syvitski J.P.M., Cambridge
Univ. Press, 1991, p.119-128.
Interlaboratory, Interinstrument Calibration Experiment, Syvitski J.P.M., LeBlanc K.W.G. and
Asprey K.W., , Chapter 13, in Principles, Methods, and Application of Particle Size Analysis, ed.
Syvitski J.P.M., Cambridge Univ. Press, 1991, p.174-193.
A Comparison of Image Analysis With Other Methods of Particle Size Measurement for
General Purpose PVC Resins, Davidson J.A., Etter A.A., Thomas M. and Butler R.S., BF
Gooddrich Co., Technical Center, Avon Lake, Ohio, Part.Part.Syst.Charact., 9, 94-104, 1992.
Comparaison de Méthodes d'Analyses Granulométriques, Application du Granulomètre à
Laser à la Détermination du Coefficient de Forme des Particules, Baudet G. and Rona J.-P.,
Dept. Minéral., BRGM, France, Ind.Min., Mines Carrières Tech., 4, 55-61, 1990.
Estimation of the Average Aspect Ratio of Lamellae-Shaped Particles by Laser
Diffractometry, Baudet G., Bizi M. and Rona J.P., BRGM Min. Techn. Dept., Orléans, France,
Part.Sci.and Technol., 11, 73-79, 1993.
Particle Sizing by Photon Correlation Spectroacopy. Part IV: Resolution of Bimodals and
Comparison with other Particle Sizing Methods, Finsy R., Deriemaeker L., De Jaeger N.,
Sneyers R., Vanderdeelen J., Van der Meeren P., Demeyere H., Stone-Masui J., Haestier A.,
Clauwaert J., De Wispelaere W., Gillioen P., Steyfkens S. and Geladé E., Vrije Univ. Brussel;
Agfa Gevaert NV; Univ. Gent; Procter and Gamble; Univ. Cath. de Louvain; Univ. Antwerpen;
Analis; Thermo Instr. BV, Belgium; and DSM-Res., Netherlands, Part.Part.Syst.Charact., 10, 118128, 1993.
Comparison of Sizing Results Obtained with Electrolyte Volume Displacement Laser Light
Scattering Instrumentation, Palmer A.T., Logiudice P.J. and Cowley J., Coulter Corp., Hialeah,
FL., Amer.Lab., November 1994, 4pp.
Evaluation of a Wide Range Laser Diffraction Grain Size Analyser for Use with Sediments,
Loizeau J.-L., Arbouille D., Santiago S. and Vernet J.-P., Inst. F.-A Forel, Univ. Geneva, Versoix,
Switzerland, Sedimentology, 41, 353-361, 1994.
Sieve Calibration using Tacky Dots, Allen T., Particle Sci. and Technol. Group (PARSAT), E.I.
DuPont de Nemours and Company, Newark, DE, Powder Technol., 79, 61-68, 1994.
Influence of Porosity on the Electrical Sensing Zone and Laser Diffraction Sizing of Silicas.
A Collaborative Study, Michoel A., de Jaeger N., Sneyers R., de Wispelaare W., Geladé‚ E.,
Kern J., Gorter W., van Amsterdam P., den Tandt Y., Houtmeyers E. and van Cotthem L.,
Catholic Univ., Leuven, Belgium; Agfa-Gevaert N.V., Belgium; Analis N.V., Gent, Belgium; DSM
Research B.V., Geleen, Netherlands; Solvay Duphar B.V., Netherlands; ICI Specialty Chemicals
N.V., Belgium; Janssen Pharm. N.V., Belgium; and Meyvis N.V., Belgium,
Part.Part.Syst.Charact., 11, 391-397, 1994.
The Measurement of Oversized Particles - A Problem for Quality Standards, Heiskanen K.
and Niemel„ O., Lab. Mineral - and Particle Technol., Helsinki Univ. Technol., Espoo, Finland,
Poster presentation, Finland, 1994, 2pp.
Comparison of Sizing Results Obtained with Electrolyte Volume Displacement Laser Light
Scattering Instrumentation, Palmer A.T., Logiudice P.J. and Cowley J., Coulter Corp. Hialeah,
FL., Intnl.Microscopy Laboratory, 6, 12-15, March 1995.
Laser Light Scattering in Particle Size Analysis, Hildebrand H. and Row G., Coulter Corp.,
Hialeah, Fla., Amer.Ceram.Soc.Bull., 74, No.7, 49-52, July 1995.
Comparison of Techniques for Measuring the Electrical Double Layer Properties of
Surfaces in Aqueous Solution: Hexadecyltrimethylammonium Bromide Self-Assembly
Structures as a Model System, Johnson S.B. Drummond C.J., Scales P.J. and Nishimura S.,
Advanced Mineral Products Res. Centre, Sch. of Chem., Univ. of Melbourne, Australia; CSIRO
114
Bibliographic References
PN 8321681 Rev B
Div. of Chemicals and Polymers, Rosebank MDC, Victoria, Australia; and Governmt. Ind. Res.
Inst., Agency Ind. Sci. and Technol. (MITI), Shuku-machi, Saga, Japan, Langmuir, 11, 23672375, 1995.
Particle Characterization: Size and Morphology, Ghadiri M., Farhadpour F.A., Clift R. and
Seville J.P.K., Dept. Chem. and Process Engrg., Univ. of Surrey, Guildford, Chapter 5, in Powder
Metallurgy: An Overview, eds.Jenkins I.and Wood J.V., The Institute of Metals, 1991, p.56-75.
Comparison of Coulter Counter and 14C Measurements of Acartia tonsa (Copepoda,
Calanoida) Grazing on Chlamydomonas sp. (Volvocales), Zhang X., Daro M.H. and Tackx
M.L.M., Lab. voor Ekol. en Systematiek, Vrije Univ. Brussel, Belgium, Hydrobiologia, 252, No.3,
193-198, 1993.
The Application of the Coulter Counter to Problems in the Size Analysis of Insoluble
Drugs, Thornton M.J., I.C.I. Ltd., Macclesfield, Cheshire, J.Pharmacy and Pharmacology, 15,
742-752, November 1963.
The Use of an Electrolytic Resistivity Method (Coulter Counter) for Particle Size Analysis,
Edmundson I.C. and Spring M.S., Pharmacy Unit, Glaxo Laboratories Ltd., Greenford, Middlesex,
Internal Publication, 1963, 16pp.
A Comparison of the Particulate Contamination of Saline Packed in Polyethylene and in
Polypropylene Containers, Groves M.J., Res. Dept., Boots Pure Drug Co. Ltd., Nottingham,
Presented at the Conf.on Modern Dispensing Forms of Pharmaceuticals, Stary Smokovec, High
Tatra, Slovakia, October 9th-11th 1988, 4pp.
Comparison of Sieves, Surface Area and Coulter Counter, Nathan I. and Barnett M.I., Welsh
School of Pharm., Cardiff, Presented at the Coulter Conf., London, April 10th-11th 1973, 11pp.
Some Studies in Comparative Particle Size Analysis, Nathan I.F., Welsh School of Pharmacy,
Cardiff, Ph.D.Thesis, Univ.of Wales, October 1973, 215pp.
Correlation of Microscopic with Instrumental Particle Counts, Hopkins G.H. and Young
R.W., The West Co., Phoenixville, Penna., Bull.Parenteral Drug Assoc., 28, No.1, 15-24,
January-February 1974.
Importance of Generated Surface Area in Tablet Performance: a Comparison of Generic
Digoxin Tablets BP, Wells J.I. and Rubinstein M.H., Liverpool Polytechnic, School of Pharm.,
Liverpool, Pharm.J., 629-631, December 25th 1976.
A Comparison of Instrumental Techniques for the Determination of Contamination in
Filtered Aqueous Solutions, Groves M.J. and Wana D., Pharm. Dept., Chelsea Coll., Univ.
London, Powder Technol., 18, 215-223, 1977.
Comparison of Volume (Weight) Distributions of Suspension Concentrates Determined
with the Coulter Counter and with the Centrifugal Disc Photosedimentometer,
Kanellopoulos A.G. and Wood R.J., Agro Production, Sandoz Ltd., Pratteln, Switzerland, Powder
Technol., 19, 283-285, 1978.
Particulate Contamination in Parenteral Solutions, Davies P.J., Daisley R.W. and Patel N.,
Dept. Pharm., Brighton Polytechnic, J.Pharm.Pharmacol., 31, Suppl., 59P, December 1979.
Comparison of Polyethylene Glycol and Polyoxyethylene Stearate as Excipients for Solid
Dispersion Systems of Griseofulvin and Tolbutamide II: Dissolution and Solubility Studies,
Kaur R., Grant D.J.W. and Eaves T., Dept. Pharm., Univ. Nottingham; and Hoechst
Pharmaceuticals Research Laboratories, Milton Keynes, Bucks, J.Pharm.Sci., 69, No.11, 13211326, November 1980.
Coulter Counters and Microscopes for the Measurement of Particles in the Sieve Range,
Barnett M.I. and Nyström C., Welsh School of Pharmacy, Cardiff, Pharm.Technol., 6, No.3, 4950, March 1982
Bibliographic References
115
PN 8321681 Rev B
Comparison of Xylan and some Commercial Materials as Disintegrants in Tablets, Paronen
P., Juslin M. and Käsnänen K., Dept. Pharm. Technol., Univ. Kuopio, Finland, Proc.4th
Pharm.Technol.Conf., Univ.Edinburgh, April 10th-12th 1984, Volume II, p.46-68.
Particle Size Measurement in Intravenous Fluids, Haines-Nutt R.F. and Munton T.J., Regional
Q.C. Lab., Torbay Hosp., Torquay, and Regional Q.C. Lab., Manor Park Hosp., Bristol,
J.Pharm.Pharmacol., 36, 534-536, 1984.
Comparison of Light Blockage and Electrical Resistance Methods of Estimating
Particulate Contamination in Large Volume Parenterals, Haines-Nutt R.F., Regional Q.C.
Lab., Torbay, Presented at Ann.Mtg.Parenteral Soc., Harrogate, November 4th-6th
1985.Parent.Soc.Newsletter, 4, No.1, 3-4, February 1986.(Abstract only).
Electronic Particle Counters, Akers M.J., Ely Lilly and Co., Indianapolis, Indiana, In, Parenteral
Quality Control - Sterility, Pyrogen, Particulate, and Package Integrity Testing, Marcel Dekker,
Inc., New York and Basel, 1985, p.178-197.
Evaluation of Official Instrumental Methods for the Determination of Particulate Matter
Contamination in Large Volume Parenteral Solutions, Montanari L., Pavanetto F., Conti B.,
Ponci R. and Grassi M., Dept. Pharm. Chem., and Inst. of Applied Health Scis., Univ. of Pavia,
Italy, J.Pharm.Pharmacol., 38, 785-790, 1986.
Sizing of a Vesicle Drug Formulation by Quasi-Elastic Light Scattering and Comparison
with Electron Microscopy and Ultracentrifugation, McCracken M.S. and Sammons M.C.,
Procter and Gamble Company, Miami Valley Labs., Cincinnatti, J.Pharm.Sci., 76, No.1, 56-59,
January 1987.
A Performance Comparison of Microencapsulation Techniques, Smith K., Coulter
Electronics Ltd., Luton, Intnl.Labmate, XII, No.4, 54-55, June 1987.
Effect of Liposome Encapsulation on Antigen Presentation in Vitro : Comparison of
Presentation by Peritoneal Macrophages and B Cell Tumors, Dal Monte P. and Szoka F.C.
Jr., Dept. Pharm. and Pharm. Chem., Univ. California, San Francisco, J.Immunol., 142, No.5,
1437-1443, March 1st 1989.
Oil-in-Water Emulsion Investigation in the System Oil/Brij 35/Phenoxy, 2-Ethanol/Sea
Water: Comparison of Partitioning and Droplet Size Data, Treiner C., Laurent A., Fessi H. and
Orecchioni A.M., Lab. d'Electrochimie, ERA 430, Univ. Pierre et Marie Curie, Paris; and Lab. de
Pharm. Galenique, Fac. de Pharm. de Paris-sud, Chatenay-Malabry, France, J.Coll.Interf.Sci.,
129, No.1, 201-207, April 1989.
Comparison of Anti-Tac and Anti-Transferrin Receptor-Conjugated Liposomes for Specific
Drug Delivery to Adult T-Cell Leukemia, Hege K.M., Daleke D.L., Waldmann T.A. and Matthay
K.K., Depts. Ped. and Cancer Res. Inst., Univ. California, San Francisco, and Metabolism
Branch, Natl. Cancer Inst., Natl. Insts. of Health, Bethesda, Maryland, Blood, 74, No.6, 20432052, November 1st 1989.
Counting of Microspheres in Electrolytes and Parenteral Solutions, Cham T.-M., Yu H.-M.
and Tung L.-C., School of Pharm., Kaohsuing Med. Coll., Kaohsuing, Taiwan, Drug
Devt.Ind.Pharm., 15, Nos.14-16, 2441-2454, 1989.
Stability of TPN Mixtures Compounded from Lipofundin S and Aminoplex Amino-Acid
Solutions: Comparison of Laser Diffraction and Coulter Counter Droplet Size Analysis,
Washington C. and Sizer T., Dept. Pharm. Scis., Univ. of Nottingham; and Cheltenham Nutrition
Services, Cheltenham Gen. Hosp., Intnl.J.Pharm., 83, 227-231, 1992.
Ampicillin-Loaded Liposomes and Nanoparticles: Comparison of Drug Loading, Drug
Release and In Vitro Antimicrobial Activity, Fattal E., Rojas J., Roblot-Treupel L., Andremont
A. and Couvreur P., Lab. Pharm. Galénique, and Lab. Microbiol., Fac. Pharm., ChatenayMalabry; and Lab. d'Écol. Microbienne, Inst. Gustave Roussy, Villejuif, France,
J.Microencapsulation, 8, No.1, 29-36, 1991.
116
Bibliographic References
PN 8321681 Rev B
Precision and Accuracy of Analysis of Air-Filled Albumin Microspheres Using Coulter
Multisizer Mark II, Sontum P.C. and Christiansen C., Res. and Devt. Sect., Nycomed Imaging
AS, Oslo, Norway, J.Pharmac.& Biomed.Analysis, 12, No.10, 1233-1241, 1994.
Conductive Particles
Size Determination of Conductive Particles with a Coulter Counter, van der Plaats G., Herps
H. and Willems L., DSM, Corp. Res. and Patents Dept., Geleen, Netherlands, Presented at the
Particle Technol.Workshop, Noordwijkerhout, Netherlands, 1980, 8pp.
Possibilities and Limitations of using the Electrical Impulse Method of Granulometric
Analysis for Multi-component Powders, Vul'fson E.K. and Stakheev Y.I., Vernadskii Inst. of
Geochem. and Analyt. Chem., Academy of Scis. of USSR, Moscow, Translation from
Zavodsk.Lab., 46, No.9, 829-831, September 1980, in Ind.Lab., 46, No.9, 931-934, 1980.
Behaviour of Conducting Particles in the Sensing Zone of the Coulter Counter, Harfield
J.G., Coulter Electronics Ltd., Luton, Presented at P.S.A.'81, Loughborough Univ., September
21st-24th 1981, preprints p.191-209.Publ.Particle Size Analysis 1981, Wiley Heyden, Chichester,
1982, p.165-183.
Size Determination of Conductive Particles with a Coulter Counter, van der Plaats G., Herps
H. and Willems L., DSM, Corp. Res. and Patents Dept., Geleen, Netherlands, Presented at
P.S.A.'81, Loughborough Univ., September 21st-24th 1981, preprints p.232-238.Publ.Particle
Size Analysis 1981, Wiley Heyden, Chichester, 1982, p.209-215.
Porous Particles
Improved Agreement Between Coulter Counter® and Sedimentation for Porous Particles,
Harfield J.G. and Miller B.V., Coulter Electronics Ltd., Luton, Presented at Fine Particle Soc.15th
Annl.Mtg., Orlando, Fla., July 30th-August 1st 1984, 8pp.
The Sizing of Porous Silica Particles using an Electrical Sensing Zone Instrument, de
Jaeger N.C and Janes A., Central Res. Colloid Dept. 3179, Agfa-Gevaert N.V., Mortsel, Belgium,
and Undergrad. Sch. of Chem. Engrg., Univ. Bradford, Presented at the Fine Particle Society
Symposium, Miami Beach, Fla., April 22nd-26th 1985.Publ.in Particulate and Multiphase
Processes, Vol.1, General Particulate Phenomena, eds.Ariman T.and Veziroglu, T.N.,
Hemisphere Publ.Corp., 1987, P159-179
Particle Sizing. Part I: A Conceptual Framework, Kleizen H.H. and van Brakel J., Delft Univ.
Technol., Lab. for Chem. Technol., Delft, Presented at Conf.PSA 85, Bradford Univ., September
16th-19th 1985, preprints p.471-484.Publ.in Particle Size Analysis 1985, ed.Lloyd P.J., J.Wiley &
Sons, Chichester, 1987, p.155-168.
Image Analysis as a Tool for Calibration of Electrical Sensing Zone Instruments in the Size
Measurement of Porous Spherical Particles, Göransson B., Pharmacia-LKB Biotechnology
AB, Dept. Quality Control, Uppsala, Sweden, Presented at the Pittsburgh Conf., New Orleans,
February 22nd-26th 1988.(Abstract only).
Image Analysis as a Tool for Calibration of Electrical Sensing Zone Instruments in the Size
Measurement of Porous Spherical Particles, Göransson B. and Dagerus E., Pharmacia-LKB
Biotechnol. AB, Dept. of Quality Control; and Pharmacia-Leo Pharmaceuticals AB, Dept. Quality
Control, Uppsala, Sweden, In, Particle Size Analysis 1988, ed.Lloyd P.J., publ.John Wiley & Sons
Ltd., Chichester, 1988, p.159-166.
Influence of Porosity on the Electrical Sensing Zone and Laser Diffraction Sizing of Silicas.
A Collaborative Study, Michoel A., de Jaeger N., Sneyers R., de Wispelaare W., Geladé‚ E.,
Kern J., Gorter W., van Amsterdam P., den Tandt Y., Houtmeyers E. and van Cotthem L.,
Catholic Univ., Leuven, Belgium; Agfa-Gevaert N.V., Belgium; Analis N.V., Gent, Belgium; DSM
Research B.V., Geleen, Netherlands; Solvay Duphar B.V., Netherlands; ICI Specialty Chemicals
Bibliographic References
117
PN 8321681 Rev B
N.V., Belgium; Janssen Pharm. N.V., Belgium; and Meyvis N.V., Belgium,
Part.Part.Syst.Charact., 11, 391-397, 1994.
Classification Mechanism of the Chute, a Liquid-Phase Remover of Fines in the
Micrometre Range from a Batch of Porous Particles, Jonker G.H., Hoffmann A.C. and
Beenackers A.A.C.M., Univ. of Groningen, Netherlands, Powder Technol., 90, 251-258, 1997.
Sieves Compared to the Coulter Principle
Correlations Between Sieve Analyses, Surface Areas, and Shape Factors of Ceramic and
Metal Particles, Mistler R.E., Muccigrosso A.T. and Ploetz G.L., General Electric Co., Knolls
Atomic Power Lab., Schenectady, N.Y., Presented at the American Ceramic Society, 63rd Annual
Mtg., Toronto, Canada, April 26th 1961, 45pp.
An Investigation of Particle Size Distributions, Grimes G.R., Climax Molybdenum Co.,
Langeloth, P.A., Presented at a Local American Chemical Society Mtg., 1961, 42pp.
Use of the Coulter Counter for Particle Size Analysis of Cement and Related Material,
Brown O.E., Marquette Cement Manuf. Co., Chicago, Ill., Presented at the A.I.M.E.Mtg., February
1960.Cement, Lime and Gravel, 99-104, April 1962.
Fracture of Brittle Solids III. Experimental Results on the Distribution of Fragment Size in
Single Fracture, Gilvarry J.J. and Bergstrom B.H., Res. Div. Allis-Chalmers Manuf. Co.,
Milwaukee, Wisc., J.Appl.Phys., 33, No.11, 3211-3213, November 1962.
Electronic Particle Size Analysis in the Subsieve Size Range, Treffner W.S. and Robertson
D.W., General Refractories Co., Baltimore, Maryland, Radex Rundschau, No.2, 55-69, 1962.
The Application of the Coulter Electronic Particle Counter to Size Analysis of Pulverised
Coal and Fly-Ash, Batch B.A., Central Electricity Research Labs., Leatherhead, Laboratory Note
No.RD/L/N24/63, March 11th 1963, Internal Publication.See No.52.
The Application of an Electronic Particle Counter to Size Analysis of Pulverised Coal and
Fly-Ash, Batch B.A., Central Electricity Res. Labs., Leatherhead, J.Inst.Fuel, 455-461, October
1964.
Particle Counts in Cellulose Acetate Solutions, Pickering T.P. and Wilson A.F., Res. Dept.,
Canadian Chem. Co., Edmonton, Alberta, Canada, Svensk Papperstidning, 67, No.6, 232-237,
March 31st 1964.
Particle-Size Measurement and Control, Bhrany U.N. and Brown J.H., U.S. Steel Corp.,
Monroeville, Pa., Trans.Soc.Mining Engineers, 226, 248-254, September 1962.
Rapid Particle-Size Analysis of Metal Powders with an Electronic Device, Ullrich W.J., Alcan
Metal Powders, Inc., Elizabeth, New Jersey, Modern Developments in Powder Metallurgy.Volume
1: Fundamentals and Methods, Plenum Press, 1966, 125-143.Also presented at the 1965
International Powder Metallurgy Conf., N.Y., June 14th-17th 1965.
Practical Problems in Particle Size and Surface Area Measurements, Winer A.A. and Wright
I.F., Dept. Mines and Technical Surveys, Ottawa, Ontario, J.Can.Ceram.Soc., 35, 68-75, 1966.
Wet Sieving with Precision Electroformed Sieves, Daeschner H.W., Shell Development Co.,
Emeryville, Calif., Presented at the ASTM/IITRI Intnl.Conf.on Powder Technology, Chicago, Ill.,
May 20th-23rd 1968.Powder Technology, 2, No.6, 349-355, 1968/69.
Use of the Coulter Counter and the Alpine Sieve for Particle Size Analysis of Cement,
Brown O.E., Bobrowski G.S. and Kovall G.E., Marquette Cement Manuf. Co., Chicago. Ill., ASTM
Special Tech.Publ.473, 82-97, 1968.
The Determination of the Size Distribution of Mine Dusts Using the Coulter Counter,
Rendall R.E.G. and van Sittert G.C.H., Pneumoconiosis Res. Unit of the South African Med. Res.
Council, Johannesburg, PRU Report 10/70, June 18th 1970, 10pp.
118
Bibliographic References
PN 8321681 Rev B
Size Analysis of Irregular Shaped Particles in Sieving, Rosen H.N. and Hulbert H.M., Dept.
Chem. Engrg., Northwestern Univ., Evanston, Ill., Ind.Eng.Chem.Fundam., 9, No.4, 658-661,
November 1970.
Relating Coulter Counts at One Size Level to the Air Permeametric Specific Surface Area
of the Product from a Wet Comminution Process, Harris J.E.C. and Scullion H.J., Materials
Quality Assurance Directorate, Royal Ordnance Factory, Bridgwater, Presented at the Coulter
Conf., London, April 10th-11th 1973, 4pp.
Measurement ot Surface Area Using the Micromeritics Knudsen Flow Permeameter, King
W.G. and O'Hare B.P., Osram (G.E.C.) Res. Labs., Hirst Res. Centre, Wembley, Presented at
the Coulter Conf., London, April 10th-11th 1973, 16pp.
Crystal Size Measurement: Comparison of the Techniques of Sieving and Coulter Counter,
Mullin J.W. and Ang H.-M., Dept. Chem. Engrg., Univ. Coll., London, Powder Technology, 10,
153-156, 1974.
Coarse-Grind Cement in Oil-Well Cementing, Clark C.R., Steel J.H. and Gidley J.L., Humble
Oil and Refining Co., Presented at 46th Ann.Mtg.Soc.Petroleum Engineers of AIME, New
Orleans, October 3rd-6th 1971.Published in Oil & Gas J., 50-53, January 24th 1972.
The Effect of Nickel and Palladium Additions on the Activated Sintering of Tungsten,
German R.M. and Ham V., Sandia Labs., Livermore, Calif., Internat.J.Powder Metall.and Powder
Technol., 12, No.2, 115-125, April 1976.
A Comparison in Sizing of Products by Sieving and by Coulter Counter in Copper Ore
Processing, Laapas H. and Heiskanen K., Helsinki Univ. of Technol., Finland, Presented at 3rd
Chem.Soc.P.S.A.Conf., Univ.Salford, September 12th-15th 1977.In, 'Particle Size Analysis',
ed.Groves M.J., Heyden, 1978, p.218-226.
Size Analysis and Specific Surface Measurement of Finely Distributed Magnetite Powders:
A Comparison of Methods, Laapas H., Lukkarinen T. and Suvio J., Helsinki Univ. of Techn.,
Dept. of Mining and Metallurgy, Espoo, Finland, Presented at P.S.A.'81, Loughborough Univ.,
September 21st-24th 1981, preprints p.239-253.Publ.Particle Size Analysis 1981, Wiley Heyden,
Chichester, 1982, p.61-76.
Measurement of Particle Size of Ultrafine (Submicrometre) WC Powders, Roebuck B. and
Almond E.A., Natl. Phys. Lab., Teddington, Middx., Presented at the PM Group Conf.,
Eastbourne, October 21st-23rd 1985.Publ.in Powder Metallurgy, 29, No.2, 119-124, 1986.
Size Analysis with the Coulter Counter: Comparison with Sedimentation and Surface Area,
Lines R.W., Coulter Electronics Ltd., Luton, Presented at the Royal Soc.Chem.Particle
Characterisation Group Meeting '21st Anniversary', London, February 16th 1987; 20pp.
Size Analysis with the Coulter Counter: Comparison with Sedimentation and Surface Area,
Lines R.W., Coulter Electronics Ltd., Luton, Analyt.Proc., 24, 272-276, September 1987.
Application of Precision Transparent Sieves to the Determination of Low Number
Concentrations of Oversize Particles in Powders, Allen T., Part. Sci. and Technol. Center,
(PARSAT), E.I. Du Pont de Nemours and Co., Wilmington, DE, Part.Part.Syst.Charact., 9, 252258, 1992.
Sieve Calibration using Tacky Dots, Allen T., Particle Sci. and Technol. Group (PARSAT), E.I.
DuPont de Nemours and Company, Newark, DE, Powder Technol., 79, 61-68, 1994.
Argon Porosimetry of Selected Molecular Sieves: Experiments and Examination of the
Adapted Horvath-Kawazoe Model, Saito A. and Foley H.C., Center for Catalytic Sci. and
Technol., Dept. Chem. Eng., Univ. of Delaware, Newark, DE, Microporous Materials, 3, 531-542,
1995.
Comparison of Sieves, Surface Area and Coulter Counter, Nathan I. and Barnett M.I., Welsh
School of Pharm., Cardiff, Presented at the Coulter Conf., London, April 10th-11th 1973, 11pp.
Bibliographic References
119
PN 8321681 Rev B
Sugar
An Electronic Counter for Size Analysis of Confectionery Products, McDonald D.J., Coulter
Electronics, Inc., Presented at the Annl.Mtg.of the Pennsylvania Manufacturing Confectioners
Assoc., Lancaster, Pennsylvania, April 28th-30th 1965, 9pp.
How Measurement is used in Making Sugar Confectionery, Bamford H.F., John Mackintosh &
Sons, Norwich, Instrument Review, 314-317, August 1966.
The Use of the Coulter Counter for the Counting and Sizing of Dextrose Crystals in Invert
Sugar Syrups, Davies A.M.C., Res. Dept., J.& J. Colman Ltd. Norwich, Presented at the Sixth
British Coulter Counter Users' Conf., London, March 5th-7th 1968, 9pp.Published as 'Method for
the Counting and Sizing of Dextrose Crystals in Invert Sugar Syrups' in Laboratory Practice, 18,
No.7, 738-742, 1969.
Untersuchungen zur Ermittlung optimaler Verfahren für die Herstellung von
Schokolademassen, Niediek E.A., Univ. Karlsruhe, Doktor-Ing.Dissertation, 1968, p.67-105.
Bestimmung der Korngrössenverteilung von feinem Zucker, Neidiek E.A., Inst. für
Mechanische Verfahrenstechnik, Univ. Karlsruhe, Zeit.Zuckerind., 19, No.9, 495-506, September
1969.
Fundamentals and Optimization of Crushing Processes in Food Production, Niediek E.A.,
Univ. of Karlsruhe, Proc.3rd Intnl.Congress of Food Science and Technol., Washington, D.C.,
August 9th-14th 1970, p.474-483.
Coulter Counter-Partikkelilaskija Elintarviketeollisuudessa, Hyvönen P., Coulter Electronics
Ltd., Presented at the Finnish Food Engrg.Conf., Helsinki, March 1974, 30pp.,
Application of Particle-Size Measuring Devices in Sugar Manufacturing, Lawhead C.L. and
Sisler G.H., Manuf. Res. and Devt., Great Western Sugar Co., Loveland, Co., Presented at the
1978 ASSBT Mtg., San Diego, Calif., February 28th-March 2nd 1978, 10pp.
Energy Savings in the Crystallisation Station, van der Poel P.W., Heere H.P.M., Bleyenberg
C.C., de Schutter M.A.M., de Visser N.H.M. and van Heeschvelde P.M.T., CSM Suiker B.V.,
Presented at 17th General Assembly C.I.T.S., Copenhagen, 1983, 24pp.
Brewery
The Electronic Particle Counter and its Potential as a Brewery Control Instrument, Kinsman
S., Coulter Electronics, Inc., Chicago, Ill., Brewers Digest, 54-56, July 1964.
Rapid Yeast Estimations, Macrae R.M., Brewing Industry Res. Found., Nutfield, Surrey,
Proc.European Brewery Convention, Brussels, 1963, Elsevier Publishing Co., Amsterdam,
Netherlands, 1964, p.510-512.
Coulter Counter-Partikkelilaskija Elintarviketeollisuudessa, Hyvönen P., Coulter Electronics
Ltd., Presented at the Finnish Food Engrg.Conf., Helsinki, March 1974, 30pp.,
Un Noveau Compteur Electronique de Particules. Application à la Fermentation en
Brasserie, Scriban R., Ecole Nationale Superieure des Industries Agricoles et Alimentaires,
Douai, Bios, No.4, 209-211, 1974, 7pp.
Materials and Methods of Wort Production that Influence Beer Filtration, Leedham P.A.,
Savage D.J., Crab D. and Morgan G.T., Whitbread and Co. Ltd., Luton, Proceedings European
Brewery Confederation Conf., Nice, 1975, p.201-216.
Centrifugal Separation, Isolation and Characteristics of Brewery Spent Grains and Press
Liquor, Stiles S.R. and Hebert H.S. Jr., Westinair Associates Inc., Morristown, N.J., MBAA
Technical Quarterly, 14, No.1, 21-34, 1977.
120
Bibliographic References
PN 8321681 Rev B
Mise au Point d'un Appareil Industriel de Mesure Automatique des Particules en
Suspension dans un Liquide: Application au Contrôle du Développement des Levures au
Cours de la Fermentation de la Bière, Moll M., Duteurtre B., Weber J.-C. and Delorme J.-J., ,
Industries Alimentaires et Agricoles, 95, 23-28, 1978.
Clarification of Liquids Using Filter Aids. Part III. Cake Resistance in Surface Filtration,
Heertjes P.M. and Zuideveld P.L., Lab. Chem. Eng., Univ. Technol., Delft, Powder Technol., 19,
45-64, 1978.
Particle Size Analysis of Beer Solids using a Coulter Counter, Morris T.M., Brewing Res.
Foundn., Nuffield, Surrey, J.Inst.Brew., 90, 162-166, May-June 1984.
Institute of Brewing Analysis Committee: Measurement of Yeast Concentration, Rainbow
C., , J.Inst.Brew., 74, 427-429, 1968. (for the Analysis Committee).
Yeast Counting by Microscopy or by Electronic Particle Counting, Siebert K.J. and Wisk
T.J., Stroh Brewery Co., Detroit, Michigan, A.S.B.C.Journal (Amer.Soc.Brewing Chemists), 42,
71-79, 1984.
Agitation in Mashing, Bühler T.M., Matzner G. and McKechnie M.T., BRF Intnl., Nutfield,
Redhill, Surrey, European Brewery Convention, Proc.25th Congress, Brussels, 1995, p.293-300.
Liquid and Solid Separation - in Beer, Freeman G., Brewing Research Foundation
International, Brewers' Guardian, 27-31, December 1996.
Characterization of Particles in Breweries, Freeman G., BRF International, Nutfield, Redhill, In,
Report of the Meeting 'Applied Particle Characterisation', held at the University of Luton, 4th
December 1996, Lines R.W.Part.Part.Syst.Charact., 14, 148-151, 1997.
Copper
Rapid Particle-Size Analysis of Metal Powders with an Electronic Device, Ullrich W.J., Alcan
Metal Powders, Inc., Elizabeth, New Jersey, Modern Developments in Powder Metallurgy.Volume
1: Fundamentals and Methods, Plenum Press, 1966, 125-143.Also presented at the 1965
International Powder Metallurgy Conf., N.Y., June 14th-17th 1965.
Alternative Methods of Calculating Particle Size from Hindered Settling Measurements,
Dollimore D. and Mc Bride G.B., Chem. Dept., Univ. Salford, and Stand Grammar School, Lancs.,
J.appl.Chem., 18, 136-140, May 1968.
Comparison of Methods of Calculating Particle Size from Hindered Settling Results and its
Application to Inorganic Oxysalt Precipitates, Dollimore D. and McBride G.B., Chem. Dept.,
Univ. of Salford; and Stand Grammar School, Whitefield, Lancs., Analyst, 94, 760-767,
September 1969.
Toxicity of Copper to Thalassiosira Pseudonana in Unenriched Inshore Seawater, Erickson
S.J., Natl. Marine Water Quality Lab., West Kingston, R.I., Journal of Phycology, 8, No.4, 318323, 1972.
A Biological Measurement of the Copper Complexation Capacity of Seawater, Davy E.W.,
Morgan M.J. and Erickson S.J., U.S. Environmental Protection Agency, West Kingston, Rhode
Island, Limnol.Oceanog., 18, No.6, 993-997, November 1973.
A Comparison in Sizing of Products by Sieving and by Coulter Counter in Copper Ore
Processing, Laapas H. and Heiskanen K., Helsinki Univ. of Technol., Finland, Presented at 3rd
Chem.Soc.P.S.A.Conf., Univ.Salford, September 12th-15th 1977.In, 'Particle Size Analysis',
ed.Groves M.J., Heyden, 1978, p.218-226.
The Effect of Complexing Agents on the Precipitation and Removal of Copper and Nickel
from Solution, Ku Y. and Peters W., Environmental Engrg. Dept., Sch. of Civil Engrg., Purdue
Univ., West Lafayette, Indiana, Particulate Sci.Technol., 6, 441-466, 1988.
Bibliographic References
121
PN 8321681 Rev B
Preparation and Characterization of Uniform Particles of Pure and Coated Metallic Copper,
Hsu W.P., Yu R. and Matijevic E., Dept. Chem., Clarkson Univ., Potsdam, New York, Powder
Technol., 63, 265-275, 1990.
Coating of Uniform Inorganic Particles with Polymers. II. Polyaniline on Copper Oxide,
Huang C.-L., Partch R.E. and Matijevic E., Center for Advanced Materials Processing, Clarkson
Univ., Potsdam, New York, J.Coll.Interf.Sci., 170, 275-283, 1995.
Preparation and Growth Mechanism of Uniform Colloidal Copper Oxide by the Controlled
Double-Jet Precipitation, Lee S.-H., Her Y.-S. and Matijevic E., Center for Adv. Materials
Processing, Clarkson Univ., Potsdam, New York, J.Coll.Interf.Sci., 186, 193-202, 1997.
Growth Retardation of Calcium Oxalate by Sodium Copper Chlorophyllin, Desjardins A. and
Tawashi R., Fac. Pharm., Univ. Montreal, Eur.Urol., 4, 294-297, 1978.
Nickel
The Prediction of Overall Collection Efficiency of Air Pollution Control Devices from
Fractional Efficiency Curves, Sundberg R.E., Torit Corp., St. Paul, Minn., Presented at the 66th
Annl.Mtg.of the Air Pollution Control Assn., Chicago, June 23rd-28th 1973, 25pp.
Effect of Ultrasonics on Crystal Agglomerates: Test for the Degree of Agglomeration,
Mullin J.W. and Ang H.-M., Dept. Chem. Engrg., Univ. Coll. Hosp., London, Chemistry and
Industry, 622-623, August 3rd 1974.
Effect of Age of Reactant Solutions on the Precipitation of Nickel Ammonium Sulfate
Hexahydrate, Ang H.-M. and Mullin J.W., Dept. Chem. Engrg., Univ. Coll., London,
Analyt.Chem., 46, No.11, 1583-1584, September 1974.
Crystal Size Measurement: Comparison of the Techniques of Sieving and Coulter Counter,
Mullin J.W. and Ang H.-M., Dept. Chem. Engrg., Univ. Coll., London, Powder Technology, 10,
153-156, 1974.
Precipitation of Nickel Ammonium Sulphate from Aqueous Solution, Ang H.M., Univ. Coll.,
London, Ph.D.Thesis, May 1973, 260pp.
The Effect of Nickel and Palladium Additions on the Activated Sintering of Tungsten,
German R.M. and Ham V., Sandia Labs., Livermore, Calif., Internat.J.Powder Metall.and Powder
Technol., 12, No.2, 115-125, April 1976.
Dust in Dental Laboratories. Part II: Measurement of Particle Size Distributions, Brune D.,
Beltesbrekke H. and Strand G., Scandinavian Inst. of Dental Materials, Oslo, and Central Inst. of
Ind. Res., Oslo, Norway, J.Prosthet.Dent., 41, No.1, 82-87, July 1980.
Crystallization and Agglomeration Kinetics of Nickel Ammonium Sulphate in an MSMPR
Crystallizer, Tavare N.S., Shah M.B. and Garside J., Dept. Chem. Engrg., Univ. Manchester Inst.
of Sci. and Technol., Powder Technol., 44, 13-18, 1985.
Comparison of Nickel Powder Grain-Size Analysis by Coulter Counter and Electron
Microscopy, Padalko V.M., Novichkova V. Ya., Kaishev V.A. and Gaidar A.I., All Union Current
Sources Res. and Devt. Inst., Moscow, Ind.Lab.(Zavodskaya Lab.), 50, No.10, 985-987, 1984.
The Effect of Complexing Agents on the Precipitation and Removal of Copper and Nickel
from Solution, Ku Y. and Peters W., Environmental Engrg. Dept., Sch. of Civil Engrg., Purdue
Univ., West Lafayette, Indiana, Particulate Sci.Technol., 6, 441-466, 1988.
Variation of the Dispersion of Active Phases in Commercial Nickel-Molybdenum/ -Alumina
Hydrotreating Catalysts during Oxidative Regeneration, Madeley R.A. and Wanke S.E., Dept.
Chem. Engrg., Univ. of Alberta, Edmonton, Applied Catalysis, 39, 295-314, 1988.
122
Bibliographic References
PN 8321681 Rev B
Toners
Precision of the Model C Coulter Counter, Walser H., Xerox Corp., Webster, New York,
Presented at the Coulter Counter Users' Conf., Chicago, January 23rd 1968, 15pp.
Particle Size Analysis of Multicomponent Toner Systems, Alliet D.F., Tietjen T.A. and Wood
D.H., Xerox Corp., Rochester, New York, Presented at 3rd Chem.Soc., P.S.A.Conf., Univ.Salford,
September 12th-15th 1977.In, 'Particle Size Analysis', ed.Groves M.J., Heyden, 1978, p.31-43.
Xerography and Particle Measurements, Behringer A.J., Xerox Corp.,
Proc.Part.Technol.Res.Needs Workshop, Philadelphia, 1975.U.S.N.T.I.S.REP.PB-267837, p.4752.
Standard Test Method for Particle Size Measurement of Dry Toners, , , ANSI/ASTM F 57778, 1978, 6pp.
Particle Size Effects in Electrophotographic Toners - A Review, Haxell J.P.N., Coates
Brothers (Reprographics) Ltd., Norton Hill, Midsomer Norton, Bath, Anal.Proc., 19, No.8, 390392, August 1982.
Particle Sizes of Two Component Toners, Haxell J.P.N., Res. Lab., Coates Electrographics
Ltd., Norton Hill, Midsomer Norton, Bath, Presented at the Royal Soc.Chem.Particle Size
Analysis Group Mtg.'The Electrical Sensing Zone Method of Particle Size Analysis', Luton, March
19th 1986.Publ.Anal.Proc., 24, 38-40, February 1987.
Error Estimates in the Sampling from Particle Size Distributions, Paine A.J., Xerox Res.
Centre of Canada, Mississauga, Ontario, Part.Part.Syst.Charact., 10, 26-32, 1993.
Copiers for the European Market, Drake M., Ricoh UK Products Ltd., Industry & European
Market, 161-163, October 1997.
Bubbles
Experimental Air Embolism: Measurement of Microbubbles using the Coulter Counter,
Grulke D.C., Marsh N.A. and Hills B.A., Dept. Physiol., Queen Elizabeth Coll., London,
Brit.J.exp.Path., 54, 684-691, 1973.
On the Use of the Coulter Counter to Measure the Microbubble Spectrum in Water and its
Effect on the Superheat of Water, Pyun J., , Abstract of Ph.D. Thesis, Univ. of Michigan, 1973.
Diss. Abstr., 2063 B - 2064 B, 1974.
Comparative Measurements by Scattered Light and Coulter Counter Method for Cavitation
Nuclei Spectra, Keller A.P., Hammitt F.G. and Yilmaz E., Dept. Mech. Engrg., Univ. of Michigan,
Ann Arbor, Prepared for the Natl.Sci.Found., January 1974.Presented at the ASME Polyphase
Flow Forum, May 1974, paper PB 228 123, 15pp.
The Influence of Lignin Sulphonate and Xylan on the Microflotation of Microcrystalline
Cellulose, Roberts K. and Barla P., Swedish Inst. for Surface Chem., Stockholm,
J.Coll.Interf.Sci., 49, No.1, 75-81, October 1974.
Comparative Investigations of the Scattered Light Counting Method for the Registration of
Cavitation Nuclei and the Coulter Counter, Keller A., Yilmaz E. and Hammitt F.G., Dept. Mech.
Eng., Univ. of Michigan, Report No.UMICH 01357-36-T, January 1974, 58pp.
Comparative Measurements by Scattered Light and Coulter Counter Method for Cavitation
Nuclei Spectra, Keller A.P., Hammitt F.G. and Yilmaz E., Dept. Mech. Eng., Univ. of Michigan,
Report UMICH 0135-7-23-I, January 1974, 13pp.Presented at ASME Polyphase Flow Forum,
May 1974.
Physical Characteristics of Ultrastable Lipid-Coated Microbubbles, D'Arrigo J.S. and Imae
T., CAV-CON, Inc., Farmington, Connecticut; and Dept. Chem., Nagoya Univ., Nagoya, Japan,
J.Coll.Interf.Sci., 149, No.2, 592-595, March 15th 1992.
Bibliographic References
123
PN 8321681 Rev B
Dissolution Rates
Growth and Dissolution of Potash Alum Crystals in the Subsieve Size Range, Garside J.
and Jancic S.J., Dept. Chem. Eng., Univ. Coll., London, A.I.Ch.E.Journal, 22, No.5, 887-894,
September 1976.
Growth and Dissolution Rate Studies of Cholesterol Particles in Aqueous Media, Saad H.Y.
and Higuchi W.I., Coll. of Pharm., Univ. of Michigan, Ann Arbor, Michigan, Presented at the 1964
American Pharmaceutical Association Annl.Mtg., New York, August 3rd-6th 1964.(Abstract only).
A Method for Determining the Solution Rate of Fine Particles, Edmundson I.C. and Lees
K.A., Glaxo Laboratories Ltd., Greenford, J.Pharm.Pharmacol., 17, 193-201, 1965.
Cholesterol Particle Growth and Dissolution Rates. II . Retardation Effects of Cholate, Saad
H.Y. and Higuchi W.I., Coll. of Pharm., Univ. of Michigan, Ann Arbor, J.Pharm.Sci., 54, No.9,
1303-1307, September 1965.
Dissolution and Crystal Growth in Aqueous Suspensions of Cortisone Acetate, Carless
J.E., Moustafa M.A. and Rapson H.D.C., Dept. Pharm., Chelsea Coll. of Sci. and Technol., Univ.
of London, J.Pharm.Pharmac., 20, 630-638, 1968.
The Coulter Counter in Pharmaceutical Research and Development (Dissolution Rate
Studies), Hersey J.A., Pharm. Res. and Devt. Dept., Sandoz A.G., Basle, Presented at the
Conf.'Uses of the Coulter Counter in the Pharmaceutical Industry', Basle, November 13th 1969,
10pp.
Inhibited Dissolution of Drug Crystals by a Certified Water Soluble Dye. II, Piccolo J. and
Tawashi R., Fac. of Pharm., Univ. of Montreal, Quebec, Presented at the 117th American
Pharmaceutical Assn.Mtg., Washington, D.C., April 12th-17th 1970.(Abstract only).
The Application of a Model T Coulter Counter to Dissolution Rate Studies, Marshall K. and
Meakin B.C., Postgrad. School of Studies in Pharm., Univ. of Bradford, J.Pharm.Pharmac., 24,
Suppl., 151P-152P, 1972.
Some Aspects of Dissolution Rate Determination using a Model 'T' Coulter Counter,
Marshall K. and Meakin B.C., Univ. of Bradford, Presented at the Coulter Conf., London, April
10th-11th 1973, 17pp.
Inhibited Dissolution of Drug Crystals by Certified Water-Soluble Dyes II, Piccolo J. and
Tawashi R., Fac. of Pharm., Univ. of Montreal, Quebec, Canada, J.Pharm.Sci., 60, No.1, 59-63,
January 1971.
Inhibited Dissolution of Drug Crystals by Certified Water-Soluble Dyes III, Piccolo J. and
Tawashi R., Fac. Pharm., Univ. of Montreal, Quebec, J.Pharm.Sci., 60, No.12, 1818-1824,
December 1971.
Dissolution and Growth of Calcium Oxalate Monohydrate. 1. Effect of Magnesium and pH,
Desmars J.F. and Tawashi R., Fac. of Pharm., Univ. of Montreal, Quebec, Canada, Biochemica
et Biophysica Acta, 313, 256-267, 1973.
Determination of Dissolution Rates of Particulate Solids by Size Analysis using an
Electrical Sensing Zone Technique, Carman-Meakin B., Postgrad. School of Studies in Pharm.,
Univ. of Bradford, Thesis Presented for the Degree of Doctor of Philosophy, October 1974,
277pp.
Particle Size obtained on Disintegration of Phenylbutazone Tablets and its Relation to
Dissolution Rate, Gillan J.M.N. and Hunter B.M., Queen Elizabeth Hosp., Edgbaston,
Birmingham, and I.C.I. Pharmaceuticals Div., Alderley Park, Cheshire, J.Pharm.Pharmac., 26,
Suppl., 76P-77P, 1974.
124
Bibliographic References
PN 8321681 Rev B
Suspending Agent Effects on Steroid Suspension Dissolution Profiles, Howard S.A.,
Mauger J., Hsieh J.W. and Amin K., School of Pharm., West Virginia Univ., Morgantown, WV,
J.Pharm.Sci., 68, No.12, 1475-1479, December 1979.
Solid Dispersions of Drugs in Polyoxyethylene 40 Stearate: Dissolution Rates and
Physico-chemical Interactions, Kaur R., Grant D.J.W. and Eaves T., Dept. of Pharm., Univ. of
Nottingham, and Hoechst U.K. Ltd., Milton Keynes, J.Pharm.Pharmacol., 31, Suppl., 48P,
December 1979.
Dissolution Rate Measurements of Low Soluble Compounds using the COULTER
COUNTER TAII, Mazur J., Nyström C. and Brunzell A., Natl. Board of Health and Welfare, Dept.
Drugs, Galenical Section, Uppsala, and Dept. Galenical Pharm., Univ. of Uppsala, Sweden,
Presented at Farm.Årskongress, (Pharmaceutical Year Congress), Stockholm, October 12th-13th
1981.(Abstract only).
Particle Size Analysis as a Predictor of Dissolution Rate/Bioavailability, Rubinstein M.H.,
School of Pharm., Liverpool Polytechnic, Liverpool, Anal.Proc., 18, No.12, 512-514, December
1981.
Dissolution Rate Measurements of Sparingly Soluble Compounds with the Coulter Counter
Model TAII, Nyström C., Mazur J., Barnett M.I. and Glazer M., Dept. Galenical Pharm., Biomed.
Center, Univ. Uppsala; Pharmacia AB, Uppsala, Sweden; and Welsh Sch. Pharm., Cardiff,
J.Pharm.Pharmacol., 37, 217-221, 1985.
Ultra-long-duration Local Anesthesia Produced by Injection of Lecithin-coated
Methoxyflurane Microdroplets, Haynes D.H. and Kirkpatrick A.F., Univ. Miami Med. Sch.,
Miami, and Dept. Anesth., Univ. of Illinois Coll. Med., Chicago, Anesthesiology, 63, No.5, 490499, November 1985.
Coulter Counter Measurements of Solubility and Dissolution Rate of Sparingly Soluble
Compounds using Micellular Solutions, Nyström C. and Bisrat M., Dept. Galenical Pharm.,
Biomed. Center, Univ. of Uppsala, Sweden, J.Pharm.Pharmacol., 38, 420-425, 1986.
Dissolution of Glibenclamide: The Role of Particle Size, Kaali R.N., Rye R.M., Wiseman D.
and York P., Postgrad. School of Studies in Pharm., Univ. of Bradford, J.Pharm.Pharmacol., 39,
(Suppl.), 44P, December 1987.
Solubility Characterization of Practically Insoluble Drugs Using the Coulter Counter
Principle, Mosharraf M. and Nyström C., Dept. Pharm., Uppsala Biomedical Centre, Uppsala
Univ., Sweden, Int.J.Pharmaceutics, 122, 57-67, 1995.
Iron Oxide
Fabrication of Monodisperse Lucite and Iron Oxide Particles with a Spinning Disk
Generator, Albert R.E., Petrow H.G., Salam A.S. and Spiegelman J.R., Dept. Envir. Med., N.Y.
Univ. Med. Center, Health Physics, 10, 933-940, 1964.
Simplified Dust Sampling Apparatus for Use in Iron- and Steelworks, Flux J.H., Smithson
D.J. and Smithson R.N., Res. and Dev. Dept., British Steel Corp., Rotherham, J.Iron & Steel Inst.,
1188-1193, December 1968.
The Use of the Coulter Counter as an Aid to the Design of Gas Cleaning Plant for Iron and
Steelworks, Flux J.H. and Smithson D.J., British Steel Corp., Rotherham, Presented at the
Seventh British Coulter Counter Users' Conf., London, March 1969, 20pp.
The Coulter Counter, Bell S.H. & Crowl V.T., , From Chapter 5 of 'Dispersion of Powders in
Liquids', ed. Parfitt G.D., Elsevier, 1969, p.184-186. see also No. 528
Preparation and Characterization of Iron Oxides, Gallagher P.K., Johnson D.W.Jr., Schrey F.
and Nitti D.J., Bell Labs., Murray Hill, N.J., Ceramic Bull., 52, No.11, 842-848, November 1973.
Bibliographic References
125
PN 8321681 Rev B
Some Effects of the Source and Calcination of Iron Oxide on its Sintering Behavior,
Gallagher P.K., Johnson D.W. Jr. and Schrey F., Bell Labs., Murray Hill, N.J., Ceram.Bull., 55,
No.6, 589-593, June 1976.
Leucocytes
Isolation and Electronic Counting of Leucocytes in Cows' Milk, Phipps L.W. and Newbould
F.H.S., Physics Dept., Natl. Inst. for Res. in Dairying, Shinfield, Berks., and Dept. Vet. Bacteriol.,
Univ. of Guelph, Guelph, Ontario, Veterinary Record, 77, No.46, 1377-8, November 13th 1965.
Inhibition of Human Polymorphonuclear Leukocyte Cell Responses by Ibuprofen,
Maderazo E.G., Breaux S.P. and Woronick C.L., Med. Res. Lab., Dept. Med., Hartford Hosp.,
Hartford, CT, J.Pharm.Sci., 73, No.10, 1403-1406, October 1984.
Silver
Particle Size and Aggregation Measurements of Photographic Emulsion Crystals with an
Electronic Particle Sizing Instrument, Klinger G.H., Forsgard F.C. and Cwikla M.V., General
Aniline and Film Corp., Colloquio Internazionale sulla Scienza della Fotografia, Torino,
September 23rd-28th 1963, 3pp.
Adsorption of Cationic Surfactants to Silver Halide-Gelatin Dispersions, Herz A.H. and
Helling J.O., Res. Labs., Eastman Kodak Co., Rochester, N.Y., J.Coll.Interf.Sci., 22, 391-403,
1966.
Particle Size Distribution, Including Coulter Counter Analysis, West G.C. and Kinsman S.,
Coulter Electronics, Inc., Chapter 4, in Handbook of Metal Powders, ed.Poster A.P., Rheinhold,
1966, p.38-43.
Particle Size Effects on Viscosity of Silver Pastes - A Manufacturer's View, Provance J.D.
and Allison K., Thick Film Systems, Div. of Ferro Corp., Santa Barbara, Calif., Int.J.Hybrid
Microelectron., 6, No.1, 60-65, 1983.
Physicochemical Study of Aggregation in Silver Colloids, Jolivet J.P., Gzara M., Mazieres J.
and Lefebvre J., Lab. Chim. des Polymères Inorg., Univ. Pierre et Marie Curie, Paris,
J.Coll.Interf.Sci., 107, No.2, 429-441, October 1985.
Smart Particles, Jones F., MCA Services, Lab.News, 12, March 1994.
Gold
Comparative Particle Size Profiles of some Materials of Interest in Atomic Energy Fuel
Fabrication Processes, Smith G. and Ferret D.J., U.K.A.E.A., Winfrith, Dorset,
Proc.S.A.C.Conf.'Particle Size Analysis'.Loughborough, September 14th-16th 1966, publ.Society
for Analytical Chemistry, 1967, p.344-353.
Dust in Dental Laboratories. Part II: Measurement of Particle Size Distributions, Brune D.,
Beltesbrekke H. and Strand G., Scandinavian Inst. of Dental Materials, Oslo, and Central Inst. of
Ind. Res., Oslo, Norway, J.Prosthet.Dent., 41, No.1, 82-87, July 1980.
Gold Sol Formation Mechanisms: Role of Colloidal Stability, Chow M.K. and Zukoski C.F.,
Dept. Chem. Eng., Univ. of Illinois, Urbana, Illinois, J.Coll.Interf.Sci., 165, 97-109, 1994.
Surface Roughness and Particle Size Effect on the Rate of Perikinetic Coagulation :
Experimental, Shulepov S.Y. and Frens G., Lab. Phys. Chem., Delft Univ. Technol.,
Netherlands, J.Coll.Interf.Sci., 182, 388-394, 1996.
Surface Roughness and Particle Size Effect on the Rate of Perikinetic Coagulation:
Experimental, Shulepov S.Y. and Frens G., Lab. of Phys. Chem., Delft Univ. of Technol.,
Netherlands, J.Coll.Interf.Sci., 182, 388-394, 1996.
126
Bibliographic References
PN 8321681 Rev B
Sea
Toxicity of Copper to Thalassiosira Pseudonana in Unenriched Inshore Seawater, Erickson
S.J., Natl. Marine Water Quality Lab., West Kingston, R.I., Journal of Phycology, 8, No.4, 318323, 1972.
A Biological Measurement of the Copper Complexation Capacity of Seawater, Davy E.W.,
Morgan M.J. and Erickson S.J., U.S. Environmental Protection Agency, West Kingston, Rhode
Island, Limnol.Oceanog., 18, No.6, 993-997, November 1973.
Seawater Injection Experience - An Overview, McCune C.C., Chevron Oil Field Res. Co.,
Presented at the Middle East Techn.Proc.Conf.Soc.of Petroleum Engineers, Manama, Bahrain,
March 9th-12th 1981, Paper SPE 9630, 1981, p.491-499.
Practical Experience of Operating Offshore Seawater Injection Facilities, Harvey P.J. and
Blagden H.R., Serck Baker, Presented to the Filtration Soc.Conf.Filtration and Separation in
Offshore Engrg., Manchester, April 1985.Publ.Filtration & Separation, 246-249, July/August 1985.
Feedback Interactions Between Zinc and Phytoplankton in Seawater, Sunda W.G. and
Huntsman S.A., Natl. Marine Fisheries Service, Beaufort Lab., Beaufort, North Carolina,
Limnol.Oceanogr., 37, No.1, 25-40, 1992.
Flour
Distribution of Chlorine in Bleached Cake Flours, Wilson J.T., Donelson D.H. and Sipes C.R.,
Ohio Agric. Experim. Station, Wooster, Ohio, Presented at the American Association of Cereal
Chemists Mtg., St.Louis, Missouri, May 1962.(Abstract only).
Comparison of Flour Particle Size Distributions Measured by Electrolytic Resistivity and
Microscopy, Wilson J.T. and Sipes C.R., Ohio Agric. Experim. Station, Wooster, Ohio,
Presented at the American Association of Cereal Chemists Mtg., St.Louis, Missouri, May 1962.
Air Classification of Kansas Hard Red Winter Wheat Flours, Stringfellow A.C. and Peplinski
A.J., Northern Reg. Res. Lab., Peoria, Ill., The Northwestern Miller, 271, 10-12, March 16th 1964.
Air Classification of Indiana, Ohio and Michigan Soft Wheat Flours, Peplinski A.J.,
Stringfellow A.C. and Griffin E.L. Jr., Northern Reg. Res. Lab., Peoria, Ill., The Northwestern
Miller, 10-12, July 20th 1964.
Die Bestimmung des Feinheitsgrades in Weizenmehl, Springer F.,, Detmold, Presented at the
Conference on Flour Chemistry, Detmold, May 16th-18th 1966.Published in Getreide und Mehl,
17, No.7, 81-84, 1967.
Zur Methode der Bestimmung der Korngrössenverteilung in Mehlen, Bolling H. and Springer
F., Detmold, Presented at the Conf.on Flour Chemistry, Detmold, June 2nd-4th 1964.Published in
Getreide und Mehl, 14, No.11, 128-132, 1964.
Measurement of Flour Particle Size by Means of the Coulter Counter, Butcher J., Harrison
K.R. and Greer E.N., Flour Milling and Baking Res. Asscn. St. Albans, Herts., I.C.C.Study Group
Report No.19, Flour Milling & Baking Res.Asscn., 1968, 4pp.
Air Classification of Flour with the Bahco, Kent N.L., Flour Milling and Baking Res. Assocn.,
St. Albans, Presented at a mtg.of the S.A.C.Particle Size Analysis Group, Sheffield, March 5th
1969.Summary published in Proc.Soc.Analyt.Chem., 6, No.6, 97, June 1969.
A review of Soft Wheat and Soft Wheat Flour Research, Yamazaki W.T., Ohio Agric. Res. and
Dev. Center, Wooster, Ohio, Presented at the Natl.Mtg., American Asscn.of Cereal Chemists,
Chicago, Ill., April 30th 1969, 12pp.
Fine-Grinding and Air Classification of Subaleurone Endosperm of High Protein Content,
Kent N.L. and Evers A.D., Flour Milling and Baking Res. Asscn., St.Albans, Herts., Cereal
Science Today (Amer.Ass.Cereal Chem.) 14, No.4, 142-149, April 1969.
Bibliographic References
127
PN 8321681 Rev B
Comparison of Flour Particle Size Distributions Measured by Electrical Resistivity and
Microscopy, Wilson J.T. and Donelson D.H., Ohio Agric. R & D Center, Wooster, Ohio, Cereal
Chem., 47, No.2, 126-134, March 1970.
Particle Size Analysis of Flour with the Coulter Counter, Williams P.C., Grain Res. Lab.,
Winnipeg, Manitoba, Canada, Cereal Sci.Today, 15, No.4, 102-106 & 112, April 1970.
Particle Sizing: Applications in Research on Flour, Peplinski A.J., USDA, NRRL, Peoria, Ill.,
Presented at 55th Annl.Mtg., Amer.Ass.Cereal Chemists, Minneapolis, October 18th-22nd
1970.(Abstract only).
The Status of Flour Particle Size in Relation to Industrial Use of Flour, Williams P.C., GRL,
Winnipeg, Presented at 55th Annl.Mtg., Amer.Ass.Cereal Chemists, Minneapolis, October 18th22nd 1970.(Abstract only).
Soft Wheat Flour Particle-Size Analysis by Integrated Sieve and Coulter Counter
Procedures, Donelson D.H. and Yamazaki W.T., Ohio Agric. Res. and Devt. Center, Wooster,
Ohio, Cereal Chemistry, 49, 641-648, November-December 1972.
Coulter Counter-Partikkelilaskija Elintarviketeollisuudessa, Hyvönen P., Coulter Electronics
Ltd., Presented at the Finnish Food Engrg.Conf., Helsinki, March 1974, 30pp.,
Analytical and Cookie Baking Characteristics of Flours from Several Milling and Grinding
Methods, Donelson J.R., U.S. Dept. of Agric., Wooster, OH, Bakers Digest, 38-40, June 1976.
Relation of Cultivar and Flour Particle Size Distribution to Cake Volume, Chaudhary V.K.,
Yamazaki W.T. and Gould W.A., Dept. Horticulture, Ohio State Univ., Columbus, Cereal Chem.,
58, No.4, 314-317, 1981.
Grading Grains in the Flour Milling and Baking Industries, Evers A.D., Flour Milling and
Baking Res. Ass., Chorleywood, Herts., Anal.Proc., 19, No.8, 393-394, August 1982.
UO2F2 Particle Size Analysis by Coulter Counter Method, Conley H. and Otey M.G., Process
and Materials Technol. Dept., Tech. Services Div., Paducah Gaseous Diffusion Plant, Peducah,
Kentucky, operated by Union Carbide Corp., for Dept. of Energy, Report No.KY-725, Rev.1, July
7th 1983, 36pp.
Pabulary Particles - Food for Body and Mind, Evers A.D., Flour Milling and Baking Res.
Assoc., Chorleywood, Presented at Coulter Sci.Symp.'Particle Technology', September 26th-27th
1989, Natl.Motorcycle Museum, Solihull, 1pp.(Abstract only).
Soymilk
Illinois Process for Preparation of Soymilk, Nelson A.I., Steinberg M.P. and Wei L.S., Dept.
Food Sci., Univ. of Illinois, Urbana, J.Food Sci., 41, 57-61, 1976.
Stability of Intravenous Fat Emulsions, Black C.D. and Popovich N.G., West Lafayette, Ind.,
Arch.Surg., 115, 891, July 1980.
The Function of Phospholipids of Soybean Lecithin in Emulsions, Rydhag L. and Wilton I.,
Swedish Inst. for Surface Chem., Stockholm, J.Amer.Oil.Chem.Soc., 58, No.8, 830-837, August
1981.
A Study on Intravenous Hyperalimination (II): Evaluation of Emulsion Stability for Fat
Emulsion, Noro S., Takamura A., Ishii F., Miwa M., Nakajima S. and Kitauchi M., Meiji Coll. of
Pharm., Tokyo, and Daigo Eiyo Co. Ltd., Osaka, Japan, Bull.Meiji Coll.Pharm., 11, 1-9, 1981.
Study of Intravenous Hyperalimentation: Effect of Selected Amino Acids on the Stability of
Intravenous Fat Emulsions, Takamura A., Ishii F., Noro S., Tanifuji M. and Nakajima S., Meiji
Coll. of Pharm., Tokyo, and Daigo Nutritive Chemicals Ltd., Osaka, Japan, J.Pharm.Sci., 73,
No.1, 91-94, January 1984.
128
Bibliographic References
PN 8321681 Rev B
Tomato Juice
Particle Size Distribution of Commercial Tomato Juices, Surak J.G., Matthews R.F., Wang
V., Padua H.A. and Hamilton R.M., Food Sci. and Human Nutrition Dept., Univ. Florida,
Gainesville, Proc.Fla.State Hort.Soc., 92, 159-163, 1979.
Determination of Particle Size Distribution in Tomato Concentrate, den Ouden F.W.C. and
van Vliet T., Dept. Food Sci., Wageningen Agric. Univ., Netherlands, Special Publication, Royal
Soc.Chem., 113, (Food Colloids & Polymers), 1993, p.285-288.
Lemon Juice
Lemon Juice Cloud, Particle Size Distributions and Related Properties, Venolia A.W., Peak
S.A. and Payne F.H., Fruit and Vegetable Chem. Lab., Pasadena, Calif., Presented at the Citrus
Research Conf., in Association with the U.S.D.A., December 5th 1972, 3pp.(See also No.537).
Lemon Juice Particulates: Comparison of Some Fresh Juices and a Commercial
Concentrate, Venolia W., Peak S. and Payne F., U.S. Dept. Agric., Pasadena, Calif., J.Agr.Food
Chem., 22, No.1, 133-137, 1974.(See also no.468).
Forensic
The Particle Size Analysis of Soils and its Use in Forensic Science - the Determination of
Particle Size Distributions within the Silt and Sand Fractions, Dudley R.J., Home Office
Central Res. Establishment, Reading, Berks., J.Forens.Sci.Soc., 16, 219-229, 1976.
The Use of Particle Size Analysis of Soils in Forensic Science, Dudley R.J., Home Office
Central Res. Establishment, Reading, Berkshire, Presented at 3rd Chem.Soc.P.S.A.Conf.,
Univ.Salford, September 12th-15th 1977.In, 'Particle Size Analysis', ed.Groves M.J., Heyden,
1978, p.356-366.
The Comparison of Distributional Shapes with Particular Reference to a Problem in
Forensic Science, Dudley R.J. and Smalldon K.W., Home Office Central Res. Establishment,
Aldermaston, Reading, Intnl.Statistical Review, 46, 53-63, 1978.
Lipids
Physical Characteristics of Ultrastable Lipid-Coated Microbubbles, D'Arrigo J.S. and Imae
T., CAV-CON, Inc., Farmington, Connecticut; and Dept. Chem., Nagoya Univ., Nagoya, Japan,
J.Coll.Interf.Sci., 149, No.2, 592-595, March 15th 1992.
The Function of Phospholipids of Soybean Lecithin in Emulsions, Rydhag L. and Wilton I.,
Swedish Inst. for Surface Chem., Stockholm, J.Amer.Oil.Chem.Soc., 58, No.8, 830-837, August
1981.
Particle Size Stability of Intralipid and Mixed Total Parenteral Nutrition Mixtures, Whateley
T.L., Steele G., Urwin J. and Small G.A., Dept. Pharm., Univ. Strathclyde, Glasgow, and Dept.
Pharm., Glasgow Royal Inf., J.Clin.and Hosp.Pharm., 9, 113-126, 1984.
Influence of Lipid Composition and Ionic Strength on the Physical Stability of Liposomes,
Crommelin D.J.A., Dept. Pharm., Pharm. Lab., Univ. Utrecht, Netherlands, J.Pharm.Sci., 73,
No.11, 1559-1563, November 1984.
Effects of pH, Temperature, Concentration, and Time on Particle Counts in LipidContaining Total Parenteral Nutrition Admixtures, Bettner F.S. and Stennett D.J., Pharmacy
Services, Veterans Admin. Med. Center, Portland; and Coll. of Pharm., Oregon State Univ.,
Corvallis, Oregon, J.Parenteral and Enteral Nutrition, 10, No.4, 375-380, 1986.
Bibliographic References
129
PN 8321681 Rev B
The Use of Particle Size Analysis Methods to Assess the Stability of Intravenous Lipid
Emulsions in 'All-In-One' Admixtures, Cosslett A. and Barnett M.I., Welsh School Pharm.,
Univ. of Wales Coll. of Cardiff, Presented at Conf.'Particles Today', Royal Soc.Chem.Particle
Characterisation Group, Luton, April 16th 1991, 2pp.
Use of Particle Size Analysis Methods to Assess the Stability of Intravenous Lipid
Emulsions in 'All-in-One' Admixtures, Cosslett A. and Barnett M.I., Welsh Sch. of Pharm.,
Univ. of Wales Coll. of Cardiff, Anal.Proc., 29, 151-152, April 1992.
Computational Prediction of the Stability of Lipid Emulsions in Total Nutrient Admixtures,
Washington C., Ferguson J.A. and Irwin S.E., Dept. Pharm. Scis., Univ. of Nottingham,
J.Pharm.Sci., 82, No.8, 808-812, August 1993.
Emulsion Stability in Total Parenteral Nutrition Mixtures Compounded from the Fat
Emulsion Elolipidu 20%, Washington C., Davis S.S. and Kerbl H., Dept. Pharm. Scis.,
Nottingham Univ.; and Leopold Pharma, Graz, Austria, J.Clin.Pharm.and Therapeutics, 18, 351355, 1993.
Effect of Matrix Lipid Chain Length on Liposomes Containing Cholesterol and Ganglioside
GM1: Implications in Drug Delivery, Bedu-Addo F.K. and Huang L., Depts. Pharm. Scis. and
Pharmacol., Univ. Pittsburgh, PA, J.Pharm.Sci., 85, No.7, 714-719, July 1996.
Growth Rates
Experimental Method for Studying Growth Rates of Particles in Aqueous Media, Higuchi
W.I. and Lau P.K., Sch. Pharm., Univ. of Wisconsin, Madison, Wis., Presented at
Mtg.Amer.Pharm.Assocn., Las Vegas, Nev., March 1962.J.Pharm.Sci., 51, No.11, 1081-1084,
November 1962.
Effects of Heavy Metals on Protozoan Growth Rates, Gray J.S., Wellcome Marine Lab., Univ.
of Leeds, Robin Hood's Bay, Whitby, Yorkshire, Proc.at a Colloquium 'Applications of Particle
Size Analysis to Environmental Pollution', organised by the Society for Analytical Chemistry,
Chemical Society Particle Size Analysis Group, Univ.of Nottingham, September 18th-19th 1974,
p.25-29.
Growth and Dissolution of Potash Alum Crystals in the Subsieve Size Range, Garside J.
and Jancic S.J., Dept. Chem. Eng., Univ. Coll., London, A.I.Ch.E.Journal, 22, No.5, 887-894,
September 1976.
Growth Rates of Sediment-living Marine Protozoan as a Toxicity Indicator for Heavy
Metals, Gray J.S. and Ventilla R.J., Wellcome Marine Lab., Univ. of Leeds, Yorks., Ambio, 2,
No.4, 118-122, 1973.
The Effect of Cholate on the Growth Rate of Cholesterol in Aqueous Media, Saad H.Y. and
Higuchi W.I., Coll. of Pharm., Univ. of Michigan, Ann Arbor, Michigan, Presented at the
Annl.Mtg.of the American Pharmaceutical Assn., Detroit, Michigan, April 1965.
Cholesterol Particle Growth and Dissolution Rates. II . Retardation Effects of Cholate, Saad
H.Y. and Higuchi W.I., Coll. of Pharm., Univ. of Michigan, Ann Arbor, J.Pharm.Sci., 54, No.9,
1303-1307, September 1965.
The Crystal Growth of a Suspension Under Accelerated Storage Conditions of Cycling
Temperatures, Carless J.E. and Foster A.A., Chelsea Coll. of Sci. & Tech., Presented at the 2nd
British Coulter Counter Users' Mtg., Boots Pure Drug Co.Ltd., Nottingham, October
1965.Published as 'Accelerated Crystal Growth of Sulphathiazole by Temperature
Cycling'.J.Pharm.Pharmac., 18, 697-708, 1966.
The Increase in Size of Mould Spores During Germination, Barnes M. and Parker M.S., Dept.
Pharm., Univ. of Strathclyde, Trans.Br.Mycol.Soc., 49, No.3, 487-494, 1966.
130
Bibliographic References
PN 8321681 Rev B
Dissolution and Crystal Growth in Aqueous Suspensions of Cortisone Acetate, Carless
J.E., Moustafa M.A. and Rapson H.D.C., Dept. Pharm., Chelsea Coll. of Sci. and Technol., Univ.
of London, J.Pharm.Pharmac., 20, 630-638, 1968.
Effect of Crystal Form, Cortisone Alcohol and Agitation on Crystal Growth of Cortisone
Acetate in Aqueous Suspensions, Carless J.E., Moustafa M.A. and Rapson H.D.C., Dept.
Pharm., Chelsea Coll. of Sci. and Technol., Univ. of London, J.Pharm.Pharmac., 20, 639-645,
1968.
The Partially Inhibited Growth of Escherichia coli in the Presence of some Antibacterial
Agents, Rye R.M. and Wiseman D., School of Pharmacy, Univ. of Bradford, J.Pharm.Pharmac.,
20, 697-703, September 1968.
Cell Size Changes during the Growth of Escherichia coli Partially Inhibited by some
Antibacterial Agents, Rye R.M. and Wiseman D., School of Pharm., Univ. of Bradford,
J.Pharm.Pharmac., 20, Suppl.8S-13S, 1968.
The Differentiation Between Living and Dead Cells of Escherichia coli using the Coulter
Counter, Rye R.M. and Wiseman D., Postgrad. School of Studies in Pharmacy, Univ. of
Bradford, Presented at the Seventh British Coulter Counter Users' Conf., London, March 1969,
6pp.
The Use of the Coulter Counter in Emulsion and Suspension Studies, Matthews B.A.,
Pharm. Devt. Dept., Ciba Geigy Ltd., Basle, Presented at the Conf.'Uses of the Coulter Counter
in the Pharmaceutical Industry', Basle, November 13th 1969, 22pp.Published in
Canad.J.Pharm.Sci., 6, No.2, 29-34, 1971.
The Use of the Coulter Counter in Microbiology, Matthews H.A., Pharm. Devt. Dept., J.R.
Geigy A.G., Basle, Presented at the Conf.'Uses of the Coulter Counter in the Pharmaceutical
Industry', Basle, November 13th 1969, 10pp.
Retardation of Dissolution and Growth of Calcium Oxalate Monohydrate, Bisaillon S. and
Tawashi R., Fac. Pharm., Univ. Montreal, Quebec, J.Pharm.Sci., 65, No.2, 222-225, February
1976.
A Study into the Prediction of Mass Transfer of Sulphathiazole in Aqueous Suspension
During Crystal Growth, Carless J.E. and Jordan D., Pharm. Dept., Chelsea Coll., London, and
Res. Dept., Boots Co. Ltd., Nottingham, Presented at Brit.Pharm.Conf., St.Andrews, Scotland,
September 13th-17th 1976.J.Pharm.Pharmac., 28, (Suppl.), 2P, 1976.
Tablet Disintegration
The Compaction of Magnesium Carbonate, Armstrong N.A. and Haines-Nutt R.F., Welsh
School of Pharm., Univ. of Wales, Cardiff, J.Pharm.Pharmac., 22, Suppl., 8S-10S, 1970.
Etude de la Cinétique de Désintégration des Comprimés à l'Aide d'un Compteur de
Particules, Stamm A., Mathis C. and Misbach M.J., Lab. Pharm. Galénique, Fac. Pharm.,
Strasbourg, J.Pharmacie de Belgique, No.6, 695-704, November-December 1973.
Elastic Recovery and Surface Area Changes in Compacted Powder Systems, Armstrong
N.A. and Haines-Nutt R.F., Welsh School of Pharm., Cardiff, Powder Technology, 9, 287-290,
1974.
Magnesium Lauryl Sulphate - Soluble Lubricant, Caldwell H.C. and Westlock W.J., Smith,
Kline and French Labs., Philadelphia, Penn., Canadian J.Pharm.Sci., 8, No.2, 50-53, 1973.
Particle Size obtained on Disintegration of Phenylbutazone Tablets and its Relation to
Dissolution Rate, Gillan J.M.N. and Hunter B.M., Queen Elizabeth Hosp., Edgbaston,
Birmingham, and I.C.I. Pharmaceuticals Div., Alderley Park, Cheshire, J.Pharm.Pharmac., 26,
Suppl., 76P-77P, 1974.
Bibliographic References
131
PN 8321681 Rev B
Disaggregation of Compressed Tablets, Rubenstein M.H. and Bodey D.M., School of Pharm.,
Liverpool Polytechnic, J.Pharm.Pharmac., 26, 104P-105P, 1974.
Effect of Compaction on Particle Size, Khan K.A. and Rhodes C.T., Dept. Pharmaceutics,
State Univ. of New York, Buffalo, J.Pharm.Sci., 64, No.3, 444-446, March 1975.
Disaggregation of Compressed Tablets, Rubinstein M.H. and Bodey D.M., School of Pharm.,
Liverpool Polytechnic, J.Pharm.Sci., 65, No.12, 1749-1753, December 1976.
Importance of Generated Surface Area in Tablet Performance: a Comparison of Generic
Digoxin Tablets BP, Wells J.I. and Rubinstein M.H., Liverpool Polytechnic, School of Pharm.,
Liverpool, Pharm.J., 629-631, December 25th 1976.
Particle Size Measurement of Tablet Granulates using a Modified Coulter Counter, de Neve
R. and Wuyts L., Farmaceutisch Inst., Vrije Univ., Brussels, and Mediphar, Aartselaar, Belgium,
Pharm.Weekblad, 111, 220-224, 1976.
Generated Surface Area Measurement of Disintegrating Tablets, Rubinstein M.H. and Wells
J.I., School of Pharm., Liverpool Polytechnic, J.Pharm.Pharmac., 29, 363-366, 1977.
The Role of Swelling in Disintegration Process, Caramella C., Colombo P., Conte U.,
Gazzaniga A. and La Manna A., Dept. Chim. Farm., Univ. Pavia, Italy, Proc.4th
Pharm.Technol.Conf., Univ.Edinburgh, April 10th-12th 1984, Volume II, p.30-45.
Comparison of Xylan and some Commercial Materials as Disintegrants in Tablets, Paronen
P., Juslin M. and Käsnänen K., Dept. Pharm. Technol., Univ. Kuopio, Finland, Proc.4th
Pharm.Technol.Conf., Univ.Edinburgh, April 10th-12th 1984, Volume II, p.46-68.
Drukkonstante Messung der Volumenzunahme begrenzt quellfähiger Hilfsstoffe, Steffens
K.-J., List P.H. and Muazzam U., Inst. für Pharmazeutische Technol. der Philipps-Univ., Marburg,
Acta Pharm.Technol., 26, No.4, 254-257, 1980.
Swelling Properties of Disintegrants, Caramella C., Colombo P., Bettinetti G., Giordano F.,
Conte U. and La Manna A., Dipt. di Chim Farm., Univ. Pavia, Italy, Acta Pharm.Technol., 30,
No.2, 132-139, 1984.
Particle Volume Increase Measurements of Limited Swelling Materials, Caramella C., Ferrari
F. and Conte U., Dept. Pharm. Chem., Univ. of Pavia, Italy, In, Particle Size Analysis 1988,
ed.Lloyd P.J., John Wiley and Sons Ltd., Chichester, 1988, p.167-178.
On the Characterization of Particle Swelling of Materials of Pharmaceutical Interest,
Caramella C., Ferrari F. and Bonferoni M.C., Dept. Pharm. Chem., Univ. Pavia, Italy, Presented
at PARTEC, 4th Eur.Symp.Part.Charact., Nuremburg, W.Germany, April 19th-21st 1989,
preprints, p.535-547.
Characterization of Particle Swelling of Materials of Pharmaceutical Interest, Caramella C.,
Farrari F. and Bonferoni M.C., Dept. Pharm. Chem., Univ. Pavia, Italy, Part.Part.Syst.Charact., 7,
131-135, 1990.
Integrated Granulometric Techniques for Particle Swelling Characterization, Caramella C.,
Ferrari F., Bonferoni M.C. and Bertoni M., Dept. Pharm. Chem., Univ. Pavia, Italy, Presented at
Conference PSA '91, Loughborough, September 17th-19th 1991.Publ.in Particle Size Analysis,
eds.Stanley-Wood N.G.and Lines R.W., Royal Soc.Chemistry, Cambridge, 1992, p.384-393.
Spores
Determination of Spore Concentration with an Electronic Particle Counter, Stockmarr J., ,
Geological Survey of Denmark, Yearbook, 1972, p.87-89.
The Increase in Size of Mould Spores During Germination, Barnes M. and Parker M.S., Dept.
Pharm., Univ. of Strathclyde, Trans.Br.Mycol.Soc., 49, No.3, 487-494, 1966.
132
Bibliographic References
PN 8321681 Rev B
Sizing Bacillus megaterium Spore Populations as a Basis for Studying their Viability,
Hibbert H.R. and Tallentire A., Dept. Pharm., Univ. of Manchester, Presented at the British
Pharmaceutical Conf., Manchester, September 5th-9th 1966, 3pp.
Electrical Sensing Zone Particle Analyzer for Measuring Germination of Fungal Spores in
the Presence of Other Particles, Santoro T., Stotzky G. and Rem L.T., Kitchawan Res. Lab.,
Brooklyn Botanic Garden, Ossining, New York, Applied Microbiology, 15, No.4, 935-939, July
1967.
Use of the Coulter Counter to Measure the Swelling of Bacterial Spores during
Germination and Outgrowth, Parker M.S. and Barnes M., Dept. Pharm., Univ. of Strathclyde,
Glasgow, J.Appl.Bact., 30, No.2, 299-303, 1967.
Microbiological Quality Control of Cosmetic and Pharmaceutical Preparations, Parker M.S.
and Barnes M., Dept. Pharm., Univ. of Strathclyde, Glasgow, Soap, Perfumery and Cosmetics,
December 1967, 4pp.
Automatic Sizing of Mould Spores, Barnes M. and Parker M.S., Dept. Pharm., Univ. of
Strathclyde, Glasgow, Trans.Br.Mycol.Soc., 51, No.1, 33-39, 1968.
Phenonip - A Broad Spectrum Preservative, Parker M.S., McCafferty M. and MacBride S.,
Dept. Pharm. Technol., Univ. of Strathclyde, Soap, Perfumery and Cosmetics, September 1968,
3pp.
The Inhibition of the Development of the Spores of a Spoilage Mould by Chemical
Preservatives, McCafferty M. and Parker M.S., Dept. Pharm. Technol., Univ. of Strathclyde,
Glasgow, J.Pharm.Pharmac., 22, 679-683, 1970.
Influence of Temperature, Media and Preservative on Spore Swelling of Aspergillus niger
and Trichoderma viride, McRobbie D.I., Parker M.S., Smith J.E. and Anderson J.G., Dept.
Pharm. Technol., Univ. of Strathclyde, Glasgow, Trans.Br.Mycol.Soc., 59, No.1, 115-122, 1972.
The Influence of EDTA and PEA upon the Fungistatic Action of Aminacrine Hydrochloride,
Sheikh M.A. and Parker M.S., Dept. of Pharm. Technol., Univ. of Strathclyde, Glasgow,
J.Pharm.Pharmac., 24, Suppl., 158P, 1972.
A Quantitative Evaluation of the Antifungal Properties of Glutaraldehyde, Gorman S.P. and
Scott E.M., Dept. Pharm., The Queen's Univ. of Belfast, J.Appl.Bacteriol., 43, 83-89, 1977.
Snow
Solid Water-Insoluble Particles in Hailstones and their Geophysical Significance, Rosinski
J., Natl. Center for Atmospheric Res., Boulder, Colorado, J.Appl.Meteorol., 5, No.4, 481-492,
August 1966.
Insoluble Particles in Hail and Rain, Rosinski J., Natl. Center for Atmospheric Res., Boulder,
Colorado, J.App.Meteorol., 6, No.6, 1066-1074, December 1967.
Removal of Aerosol Particles and Fractional Separation of HDO-H2O During Snowstorms,
Rosinski J., Langer G. and Bleck R., Natl. Center for Atmospheric Res., Boulder, Colorado,
J.Atm.Sci., 26, No.2, 289-301, March 1969.
Bibliographic References
133
PN 8321681 Rev B
ASTM Approved Methods for the Coulter Principle
(Electric Sensing Zone)
Test Method C690-86 (1997) Standard Test Method for
Particle Size Distribution of Alumina or Quartz by Electric
Sensing Zone Technique
Copyright 2001 AMERICAN SOCIETY FOR TESTING AND MATERIALS, West Conshohocken, PA.
All rights reserved.
1. Scope
1.1 This test method, one of several found valuable for the measurement of particle size, covers
the determination of the particle size distribution of alumina or quartz powders (0.6 to 56.0 µm)
using electric sensing zone particle size analyzers. These instruments use an electric current path
of small dimensions which is modulated by individual particle passage through an aperture, and
produces individual pulses of amplitude proportional to the particle volume.
1.2 The values stated in SI units are to be regarded as the standard.
1.3 This standard does not purport to address all of the safety concerns, if any, associated with
its use. It is the responsibility of the user of this standard to establish appropriate safety and
health practices and determine the applicability of regulatory limitations prior to use.
(Reprinted, with permission, from the Annual Book of ASTM Standards, copyright American Society for
Testing and Materials, 100 Barr Harbor Drive, West Conshohocken, PA 19428. A copy of the complete
standard may be purchased from ASTM, phone: 610-832-9585, fax: 610-832-9555, e-mail:
service@astm.org, website: www.astm.org )
Test Method E1772-95 Standard Test Method for Particle
Size Distribution of Chromatography Media by Electric
Sensing Zone Technique
Copyright 2001 AMERICAN SOCIETY FOR TESTING AND MATERIALS, West Conshohocken, PA.
All rights reserved.
1. Scope
1.1 This test method is valuable for the measurement of particle size and covers determination of
the particle size distribution of chromatography media in the overall size range of approximately
1 to 450 µm using the electric sensing zone (ESZ) apparatus. This instrument uses an electric
current path of small dimensions that is modulated by individual particle passage through an
aperture and produces individual pulses of amplitude proportional to the particle volume (1).
1.2 The values stated in SI units are to be regarded as the standard.
1.3 This standard does not purport to address all of the safety concerns, if any, associated with
its use. It is the responsibility of the user of this standard to establish appropriate safety and
health practices and determine the applicability of regulatory limitations prior to use
(Reprinted, with permission, from the Annual Book of ASTM Standards, copyright American Society for
Testing and Materials, 100 Barr Harbor Drive, West Conshohocken, PA 19428. A copy of the complete
standard may be purchased from ASTM, phone: 610-832-9585, fax: 610-832-9555, e-mail:
service@astm.org, website: www.astm.org )
134
Bibliographic References
PN 8321681 Rev B
Test Method F751-83 (1997) Standard Test Method for
Measuring Particle Size of Wide-Size Range Dry Toners
Copyright 2001 AMERICAN SOCIETY FOR TESTING AND MATERIALS, West Conshohocken, PA.
All rights reserved.
1. Scope
1.1 This test method covers a dual-aperture particle size analysis using an electronic sensing
zone apparatus. Dry inks, toners, etc., are covered. Particles as small as 1.0-µm diameter and as
large as 80µm diameter in a single powder system can be analyzed.
1.2 This test method is for particulate systems having a size range greater than 20 to 1,
therefore requiring two apertures. For applications where particle size difference is between 1.4
µm and 80 µm and having a 20 to 1 or less size range, the simpler procedure found in Test
Method F577 should be used.
1.3 This standard does not purport to address all of the safety problems, if any, associated with
its use. It is the responsibility of the user of this standard to establish appropriate safety and
health practices and determine the applicability of regulatory limitations prior to use.
(Reprinted, with permission, from the Annual Book of ASTM Standards, copyright American Society for
Testing and Materials, 100 Barr Harbor Drive, West Conshohocken, PA 19428. A copy of the complete
standard may be purchased from ASTM, phone: 610-832-9585, fax: 610-832-9555, e-mail:
service@astm.org, website: www.astm.org )
Test Method F577-83 (1997) Standard Test Method for
Particle Size Measurement of Dry Toners
Copyright 2001 AMERICAN SOCIETY FOR TESTING AND MATERIALS, West Conshohocken, PA.
All rights reserved.
1. Scope
1.1 This test method covers a single aperture particle size analysis using an electronic sensing
zone apparatus. Dry inks, toners, etc., are covered. Particles as small as 1.4 µm and as large as
80 µm can be analyzed.
1.2 This standard does not purport to address all of the safety problems, if any, associated with
its use. It is the responsibility of the user of this standard to establish appropriate safety and
health practices and determine the applicability of regulatory limitations prior to use.
(Reprinted, with permission, from the Annual Book of ASTM Standards, copyright American Society for
Testing and Materials, 100 Barr Harbor Drive, West Conshohocken, PA 19428. A copy of the complete
standard may be purchased from ASTM, phone: 610-832-9585, fax: 610-832-9555, e-mail:
service@astm.org, website: www.astm.org )
Test Method D4438-85 (1997) Standard Test Method for
Particle Size Distribution of Catalytic Material by Electronic
Counting
Copyright 2001 AMERICAN SOCIETY FOR TESTING AND MATERIALS, West Conshohocken, PA.
All rights reserved.
1. Scope
1.1 This test method covers the determination of particle size distribution of catalyst and catalyst
carrier particles using an electroconductive sensing method and is one of several valuable
methods for the measurement of particle size.
1.2 The range of particle sizes investigated was 20 to 150 µm equivalent spherical diameter. The
technique is capable of measuring particles above and below this range. The instrument used for
Bibliographic References
135
PN 8321681 Rev B
this method is an electric current path of small dimensions that is modulated by individual particle
passage through an aperture, and produces individual pulses of amplitude proportional to the
particle volume.
1.3 This standard may involve hazardous materials, operations, and equipment. This standard
does not purport to address all of the safety problems associated with its use. It is the
responsibility of whoever uses this standard to consult and establish appropriate safety and
health practices and determine the applicability of regulatory limitations prior to use.
(Reprinted, with permission, from the Annual Book of ASTM Standards, copyright American Society for
Testing and Materials, 100 Barr Harbor Drive, West Conshohocken, PA 19428. A copy of the complete
standard may be purchased from ASTM, phone: 610-832-9585, fax: 610-832-9555, e-mail:
service@astm.org, website: www.astm.org )
Practice D3451-92 Standard Practices for Testing Polymeric
Powders and Powder Coatings
Copyright 2001 AMERICAN SOCIETY FOR TESTING AND MATERIALS, West Conshohocken, PA.
All rights reserved.
1. Scope
1.1 These practices cover the selection and use of procedures for testing polymeric powders and
powder coatings. The test methods included are listed in Table 1. Where more than one test
method is listed for the same characteristic, no attempt is made to indicate superiority of one
method over another. Selection of the methods to be followed must be governed by experience
and the requirements in each individual case, together with agreement between the purchaser
and the seller.
1.2 These practices describe the testing of polymeric powders as applied by electrostatic spray,
fluidized bed, or any other applicable method.
1.3 These practices apply to proper and safe packaging, shipping and receiving, and storage and
handling during use and application of polymeric powders.
1.4 This standard does not purport to address all of the safety problems, if any, associated with
its use. It is the responsibility of the user of this standard to establish appropriate safety and
health practices and determine the applicability of regulatory limitations prior to use.
(Reprinted, with permission, from the Annual Book of ASTM Standards, copyright American Society for
Testing and Materials, 100 Barr Harbor Drive, West Conshohocken, PA 19428. A copy of the complete
standard may be purchased from ASTM, phone: 610-832-9585, fax: 610-832-9555, e-mail:
service@astm.org, website: www.astm.org )
Practice F660-83 (1993) Standard Practice for Comparing
Particle Size in the Use of Alternative Types of Particle
Counters
Copyright 2001 AMERICAN SOCIETY FOR TESTING AND MATERIALS, West Conshohocken, PA.
All rights reserved.
1. Scope
1.1 This practice provides a procedure for comparing the sizes of nonspherical particles in a test
sample determined with different types of automatic particle counters, which operate on different
measuring principles.
1.2 A scale factor is obtained by which, in the examination of a given powder, the size scale of
one instrument may be multiplied to agree with the size scale of another.
1.3 The practice considers rigid particles, free of fibers, of the kind used in studies of filtration,
such as: commercially available test standards of quartz or alumina, or fly ash, or some
powdered chemical reagent, such as iron oxide or calcium sulfate.
136
Bibliographic References
PN 8321681 Rev B
1.4 Three kinds of automatic particle counters are considered:
1.4.1 Image analyzers, which view stationary particles under the microscope and, in this practice,
measure the longest end-to-end distance of an individual particle.
1.4.2 Optical counters, which measure the area of a shadow cast by a particle as it passes by a
window; and
1.4.3 Electrical resistance counters, which measure the volume of a particle as it passes through
an orifice in an electrically conductive liquid.
1.5 This practice also considers the use of instruments that provide sedimentation analyses,
which is to say provide measures of the particle mass distribution as a function of Stokes
diameter. The practice provides a way to convert mass distribution into number distribution so
that the meaning of Stokes diameter can be related to the diameter measured by the instruments
in 1.4.
1.6 This standard does not purport to address all of the safety problems, if any, associated with
its use. It is the responsibility of the user of this standard to establish appropriate safety and
health practices and determine the applicability of regulatory limitations prior to use.
(Reprinted, with permission, from the Annual Book of ASTM Standards, copyright American Society for
Testing and Materials, 100 Barr Harbor Drive, West Conshohocken, PA 19428. A copy of the complete
standard may be purchased from ASTM, phone: 610-832-9585, fax: 610-832-9555, e-mail:
service@astm.org, website: www.astm.org )
Test Method F662-86 (1992)e1 Standard Test Method for
Measurement of Particle Count and Size Distribution in Batch
Samples for Filter Evaluation Using an Electrical Resistance
Particle Counter
Copyright 2001 AMERICAN SOCIETY FOR TESTING AND MATERIALS, West Conshohocken, PA.
All rights reserved.
1. Scope
1.1 This test method covers the determination of particle concentration and size distribution of
influent and effluent challenge test materials for filter media using a suitable suspending liquid.
Challenge materials may be standard dusts or user materials. Particle size range is approximately
from 0.5 to 200 µm.
1.2 This standard does not purport to address all of the safety problems, if any, associated with
its use. It is the responsibility of the user of this standard to establish appropriate safety and
health practices and determine the applicability of regulatory limitations prior to use.
(Reprinted, with permission, from the Annual Book of ASTM Standards, copyright American Society for
Testing and Materials, 100 Barr Harbor Drive, West Conshohocken, PA 19428. A copy of the complete
standard may be purchased from ASTM, phone: 610-832-9585, fax: 610-832-9555, e-mail:
service@astm.org, website: www.astm.org )
Specification C757-90 (1996) Standard Specification for
Nuclear-Grade Plutonium Dioxide Powder, Sinterable
Copyright 2001 AMERICAN SOCIETY FOR TESTING AND MATERIALS, West Conshohocken, PA.
All rights reserved.
1. Scope
1.1 This specification covers nuclear grade plutonium dioxide, sinterable powder obtained by the
oxalate precipitation route, calcined above 500°C, or any other equivalent process acceptable to
the purchaser. Included is plutonium dioxide of various isotopic compositions as normally
Bibliographic References
137
PN 8321681 Rev B
prepared by in-reactor neutron irradiation of natural- or slightly enriched uranium or by in-reactor
neutron irradiation of recycled plutonium mixed with uranium.
1.2 There is no discussion of or provision for preventing criticality incidents, nor are health and
safety requirements, the avoidance of hazards, or shipping precautions and controls discussed.
Observance of this specification does not relieve the user of the obligation to be aware of and
conform to all Federal, state, and local regulations on processing, shipping, or using source or
special nuclear materials. Examples of U.S. Government documents are N7.2 Radiation Protection
in Nuclear Reactor Fuel Fabrication Plants , Code of Federal Regulations, Title 10 Nuclear Safety
Guide, U.S. Atomic Energy Commission Report TID-7016 , and "Handbook of Nuclear Safety", H.
K. Clark, U.S. Atomic Energy Commission Report, DP-532 .
1.3 The PuO2 shall be produced by the processor employing a qualified process and in
accordance with a quality assurance program approved by the user.
1.4 The values stated in SI units are to be regarded as the standard.
1.5 This standard does not purport to address of the safety problems associated with its use. It is
the responsibility of the user of this standard to establish appropriate safety and health practices
and determine the applicability of regulatory limitations prior to use.
(Reprinted, with permission, from the Annual Book of ASTM Standards, copyright American Society for
Testing and Materials, 100 Barr Harbor Drive, West Conshohocken, PA 19428. A copy of the complete
standard may be purchased from ASTM, phone: 610-832-9585, fax: 610-832-9555, e-mail:
service@astm.org, website: www.astm.org )
INTERNATIONAL STANDARD ISO 13319
Determination of particle size distributions —
Electrical sensing zone method
Reference number ISO 13319:2000(E)
First edition 2000-04-01
138
Bibliographic References