Prof. dr Živan Živković – CITATI
R. br. Rad koji je citiran
Rad u kome je citiran
1.
V.Shatina, N.N.Asenov, L.N. Mikhalina, T.A.Semenova, Thermolysis
of basic copper carbonate of various structure, Journal of Inorg.
Chemistry, 16(1981)2346.
2.
Hemni et.al., Thermal decomposition of basic copper carbonate
CuCo3.Cu(OH)2.H2O in carbon dioxide atmosphere, Thermochimica
Acta, 96(1985)145.
3.
M.Uzunov, D.G.Klissurski, A thermogravimetric study of the
decomposition of Basic Copper Carbonate, Thermochimica Acta,
81(1984)353.
4.
Ž.D.Živković, D.F.Bogosavljević, V.D.Zlatković,
Kinetics of thermal decomposition of copper basic
carbonate, Patr I, The analysis of
thermogravimetric data , Thermochimica Acta,
18(1977)235.
S.A.Monsour, Thermoanalytical investigations of decomposition of
copper oxysalts Patr 1. Basic copper carbonate, Journal of Thermal
Analysis, 42(1994)1251.
5.
Z.Dung, W. Monthens, L.R.Forst, Thermal activation of copper
nitrate, Journal of Materials Science Leters, 21(18)(2002)1415.
6.
Z .Dung, L.R.Forst, J.T. Kloprogge, Thermal activation of copper
carbonate, Journal of Material Science Leters, 21(18)(2002)981.
7.
N.Koga, J.M.Criado, N.Tanaka, Kinetics analysis of sintetnd
malachite by DTA, Journal of Thermal Analysis and Calorimetry,
60(2000)943.
8.
M.I.Uzunov, D.G.Klissurski, A thermogravimetric study of the basic
copper carbonate, Thermochimica Acta, 81(1984)353.
9.
C.C.Huang, A.L.Leu, Determination of kinetic parameters of
decomposition reaction from a single DTA curve, Thermochimica
Acta, 188(1991)199.
10.
S.A.Monsour, Thermoanalytical investigations of decomposition of
copper oxysalts Patr 1. Basic copper carbonate, Journal of Thermal
Analysis, 42(1994)1251.
11.
Ž.D.Živković, D.F.Bogosavljević, V.D.Zlatković,
Kinetics of thermal decomposition of copper basic
carbonate, Patr I I, The analysis od DTA data ,
Z.Dung, W. Monthens, L.R.Forst, Thermal activation of copper
Thermochimica Acta, 18(1977)310.
nitrate, Journal of Materials Science Leters, 21(18)(2002)1415.
12.
Z.Dung, L.R.Forst, J.T. KloppageThermal activation of copper
nitrate, Journal of Materials Science Leters, 21(18)(2002)981.
13.
G.M.Prkes, G.Bond et.al., Development a new instruments.....,
Review of Scientific Instruments, 71(2000)168.
14.
F.Paulik, J.Paulik, Mechanism and kinetics of the dehydration of
hydrogilites, Part I, Thermochimica Acta, 64 (1983)1.
Ž.D.Živković, Phae transformation of aluminium
N.Jovanovic et.al., Properties of activated alumina obtained by flach
Acta, 64(1983)391.
150(1992)36.
15. hydroxide in the alcination process, Thermochimica calcination of gibbsite, Journal of Colloid and Interfece Science,
16.
B.Mani, V.S.Rao, Structural and phade change in iron(III) aluminium
(III) mixed hydroxide - oxide system, A thermoanalytical study,
Thermochimica Acta , 53 (1982)175.
17.
I.Berttoti, L.Kascalova, I.Kerek, Z.Roder, SAE Studies on
morphologie changes induced by heat-tretman and chloration of
Al2O3, Microskopie, 40(1983)142.
18.
H.Schaper, L.L.Venien, A quantitative investigation of the phase
transformation of gama aluminawith high temperature DTA,
Thermochimica Acta, 77(1984)383.
19.
H.Schaper, E.M.Doesburg, L.L.Venien, The influence of lanthanum
oxide on the thermal stability of gama alumina - Catalust supports,
Applied Catalysis, 7(1983)211.
20.
U.Bollman,et.al., On preparation and reactivity of partial crystaline
aluminas, Crustal research and Techology, 23(1988)1303.
21.
C.Anderson, A.K.Galwey, A kietic study of the thrmal dehydration of
calcium sulfehemyhdrate, Canadian Journal of Chemistry,
70(1992)2468.
22.
E.M.lopesso, J.J.Gamboa, J.M.astiqueta, D.M. Paskuevich,
Enhancing effect of CL-2 atmosphere on transition alumina
transformation, Journal of Material Science, 32(12)(1997)3299.
23.
C.L.Pap et.al., The effect of the structure hydroxides of the chloration
kinetics of alumina, Thermochimica Acta, 149(1989)205.
Ž.D.Živković,N.Pacović, M.Filipović, The effect on R.Odered, et.al., On the alumina phase transformation amd crusting
phenomena in the Hall-Heraoult process, Travoux of Icsoba,
13(1983)471.
Thermochimica Acta, 32(1979)181.
24. AlF3 on the calcination of aluminium hydroxide,
25.
R.Odered, et.al., Crust formation in aluminium cells, Journal of
Metals , 37(1985)25.
26.
J.M.Criado, A.Otega, Remarcs a suitability of the Živković and
Dobovišek method, Thermochimica Acta, 75(1984) 161.
27.
A.C.Horris, M.I.Pope, M.Selword, The determination of kinetic
parameters for reactions involving solids, Thermochimica Acta,
41(1980)357.
28.
J.Braslaw, D.J.Melotik, R.L.Gealer, R.C. Winfield, Hydrocarbon
generation during tje inertgas pyrolisys of automobile shreder waste,
Thermochimica Acta, 186(1991)1.
Ž.D.Živković, B.Dobovišek, Determination of
H.Asaoka, Crystaline transformation Ti-B-O, Al-Ti-B-O, Si - Ti - B 29. reaction kinetics on a part of a differential thermal O..., Journal of Matarial Sdcience, 18(1993)4660.
anmalysis or thermogravimetric curve,
Thermochimica Acta, 32 (1979) 205.
30.
N.Petrović, D.Minić, D.abo, Kinetic and thermodynamkic study.....,
Journal of Thermal Analysis and Calorimetry, 59(3)(2000)807.
31.
S.P.Sovilj, K.Samardžija, D.M.Minić, Thermal stability studes,
Thermochimica Acta, 370(2001)29.
32.
D.M.Minić, G.Jaovčjević, D.Sladić, Investigation of thermal stability
anmd kinetic studies of transition metal complex ...., Material Science
Forum, 435(2004)567.
33.
M.Weselowski, Thermal decomposition of pharaceutial preparations
contaning inorganic compaunds, Microchimica Acta, 1(1986)451.
34.
Ž.D.Živković,B.Dobovišek, Kinetic of
aluminiumhydroxide dehydration, Journal of
Thermal Analysis, 12(1977)207.
H.Schaper, L.L.Venien, A quantitative investigation of the phase
transformation of gama aluminawith high temperature DTA,
Thermochimica Acta, 77(1984)383.
U.Bollman,et.al., On the activation of inorganic salid state, Zeitschrift
fur chemie, 25(1985)273.
35.
D.P.Tao, Mathematical model of the kietic dynamic
36. Ž.D.Živković,Kinetics and mechanisam of thermal thermogravimetry, Thermochimica Acta, 145(1989)165.
decomposition of lead carbonate, Journal of
37. thermal decomposition, 16(1979)3.
M.S.Akani et.al., The thermal behavior of divalent and higher valent
metal saops, Thermochimica Acta, 208(1992)1.
38.
Z.Harbe, S.Svetic, The influence of water vapor on decomposition of
magnesite and brucite, Thermochimica Acta, 92(1985)653.
39.
S.Mathew, C.G.Nair, K.H.Ninan, Thermal decomposition kinetics,
Part XV Kinetics and mechanism of the thermal decomposition of
teraamine copper(II) sulphate monohydrate, Thermochimica Acta,
144(1989) 33.
40.
M.Montort, A.Escuer, J.Ribis, M.Serra, Kinetic parameters and solid
state mechanism of the thermal decomposition ..., Thermochimica
Acta, 102(1983)397.
41.
J.Ribis et.al., Solid state kinetics parameters of the dehydration of
CoCl2.6H2O by isothermal thermogravimetric measurements,
Thermochimica Acta, 102(1986)125.
42.
J.Blazejowski, Remarks on the description on reaction kinetics under
non-isothermal conditions, Thermochimica Acta, 76(1984)359.
43.
M.Corbella et.al., Kinetics patrameters and solid state decomposition
of the thermal decomposition of..., Thermochimica Acta, 74(1984)23.
44.
J.Ribas et.al., Kinetic parameters and solid state mechanism of the
thermal decomposition of .... Thermochimica Acta, 76(1984)201.
45.
D.Bčečić, Ž.D.Živković, A new method for the
determination of reaction kinetics from Dta and TG
curves, Part II Aplication of the method on the
J.Ribas et.al., Kinetics of the thermal decomposition of thansthermal decomposition of carbonates,
fluoroazuo- bis ethylene diamine.... Thermochimica Acta,
Thermochimica Acta, 60(1983)68.
80(1984)103.
46.
J.Ribas, M.Monford, Kinetic parameters and solid- state mechanism
of the thermal decomposition .... Thermochimica Acta, 91(1985)115.
47.
J.Ribas,et.al., Solid state kinetic parameters and mechanism for the
deazation anation on...Inorganic Chemistry, 24(1985)1974.
48.
J.Ribas,et.al., Solid state kinetic parameters and mechanism...
Thermochimica Acta, 102(1986)137.
49.
C.G.Nair, S.Mathew, K.N.Ninan, Thermal decomposition kinetics,
Part XVI Kinetics and mechanism..., Thermochimica Acta,
15(1989)63.
50.
S.V.Vyazovkin, A.I.Lesnikovich, On the method of solving the inverze
problem of solid phase reaction kinetics Part I. Method based on
description, Journal of Thermal Analysis , 35(1989)2169.
51.
K.M.Yusiff, R. Sreekala, Thermal and spectra studies of....
Thermochimica Acta, 199(1991)313.
52.
S.Mathew, et.al., Thermal decomposition kinetics, Part XV II Thermal
decomposition..., Thermochimica Acta, 181 (1991)253.
53.
S.Mathew, et.al., Thermal decomposition studies of amine
complexes of copper (II) nitrate in solid state, Bulten of Chemical
Society of Japan, 64(1991)3207.
54.
M.S.Akani et.al., The thermal behavior of divalent and higher valent
metal saops, Thermochimica Acta, 208(1992)1.
55.
E.I.Stocka, The effect of experimental method ..., Journal of Thermal
Analysis, 40(1993)1357.
56.
S.Mathew, N.Einsereich, W.Engel, Thermal Analysis using X-Ray
difractometry for the investigation of the solid state reaction of
ammoniumnitrate and copperoxide, Thermochimica Acta,
269(1995)475.
57.
M.Manfort et.al, Kinetic parameters on solid state mechanism of....,
Thermochimica Acta, 69(1983)397.
58.
C.C.Huang, A.L.Leu, Determination of kinetic parameters of
decomposition reaction from a single DTA curve, Thermochimica
Acta, 188(1991)199.
59.
I.Halikia, A. Economacou, Application of various method of
nonisothermal kinetic analysis of magnezium hydroxide
decomposition, International Jpurnal of Chemical Kinetics,
25(1993)609.
D.Blečić, Ž.D.Živković, M.Martinović,A new
method for the determination of reaction kinetics
from DTA and TG curves, Part I, Definition of the
method, Thermochimica Acta, 60(1983)61.
60.
J.Perić, R.Krstulović, M.Vucak, Investigation of gibsite and boehmite
by DSC analysis, Journal of Thermal Analysis, 46(1996)1339.
61.
M.V.Kok, E. Okandan, Kinetic analysis of DSC and thermogravimetric
data on combustion of lignite, Journal of Thermal Analysis,
46(1996)1657.
62.
M.M.Conceiceao, et.al., Evaluation of isothermal kinetics of swetner,
Journal of Thermal Analysis and Calorimetry, 79(2)(2005)263.
63.
J.Zsako, Remars on a new equation for modeling nonisothermal
reactions, Journal of Thermal Analysis, 34(1988)1489.
64.
V.K.Filipov, G.G.Hernik, Heat capacity of heterogenous systems and
Thermal Analysis, Thermochimica Acta, 101(1986)65.
65.
J.Šestak, Z.Chvoj, Thermodynamic and Thermochemistry of kinetik
(real)phase diagrams involving solids, Jpurnal mof Thermal Analysis,
32(1987)1645.
N Nevriva, J.Šestak, On the study of solid -. Liquid stabke -
66. Ž.D.Živković,Thermal Analysis, Technical faculty, metastable phase equilibria, Thermochimica Acta, 92(1985)623..
Bor, 1984.
67.
J.Šestak, Phase diagrams melt solidification and glas crystalization in
the Ba-Ca- Sr -Cu system, Journal of Thermal Analysis,
36(1995)1631.
68.
J.N.Flyn, Temperature depandance of the rate reaction in thermal
analysis, Journal of Thermal Analysis, 36(1990)1579.
69.
V.D,.Vučurović, B.M.rajković, Copper deposit wire iron-selective
electrode for determination of copper (II), Analyst, 112(1987) 539.
Ž.D.Živković,D.Blećič, Comparative thermal
70. analysis of comercial and low-grade bauxites,
Journal of Thermal Analysis, 33(1988)413.
A. Langeier Kužnsairova, The present of thermal investigations of
clays, Thermochimica Acta, 148(1989)413.
N.N.Duta et.al., Dehydration kinetics of an indian clay, Journal of
Thermal Analysis, 36(1990)629
71.
72.
73.
R.C.Mackenzie, Book Review, Thermochimica Acta, 81(1984)389.
Ž.D.Živković,B.Dobovišek,Diferencijalno-termijska
analiza, teorija i primena), Tehnički fakultet u Boru,
1983.
V.Vaselev et.al., Roasting of zink sulfide, lead sulfide, copper sulfide
and iron sulfide, Chemical Leters 85(1991)9.
74.
Ž.D.Živković, Determination of the calibration
konstant gKs in the quantitative differential thermal V.Balek et.al., Litertature survey on thermal analysis reference
analysis of powdered materials, Thermochimica
materials, Journal of Thermal Analysis, 40(1993)1459.
Acta, 34(1979)91.
75.
Ž.D.Živković, D.Blečić, Kinetika procesa termičkog
razlaganja kalijum-fluoro-peroksicinkanata u
L.K.Avramov, Reduced -time plots in the thermal decomposition of
izotermskim uslovima, Glasnik hemijskog društva solid, past, present and future, Thermochimica Acta, 87(1985)47.
Beograd, 46(1981)671.
76.
Ž.D.Živković, N.Štrbac, J.Šestak, Kinetics and
mechanism of pyrite oxidation, Thermochimica
Acta, 157(1990)215.
77.
Ž.D.Živković,Kinetika i mehanizam procesa
78. dehidratacije magnezujumsulfata heptahidrata,
Rudarsko metalurški zbornik, 29(1982)189.
Ž.D.Živković, V.Zlatković, D.Bogosavljević,
Kinetika termičkog razlaganja baznig karbonata
79. bakra , I deo analiza termogravimetrijskih
G.C. Allen, M.Paul, K.R.Hallam, An X-Ray photoelectron
spectroscopic study of the high temperature oxidation pyrite,
Canadian Journal of Applied Spectroscopy, 40(1995)160.
C.R.Usher et.al., Origin of oxigen in sulphate during pyrite oxidation
with water and dissolved oxigen: An in sity horizontal attanauted
reflectance infrared spectroscopy isotope study, Enviromental
Science and Technology, 38(21)(2004)5604.
H.H.Emans et.al., Thermal decomposition of the magnezium sulphate
hydrate under quasiisothermal and qnalsis, 36(1990)1265.
V.I.Sharkine et.al., Thermolysis of basic copper carbonate of variou
structure, Journal Inorganic Chemistry 26(1981)2346.
podataka, Hemijska industrija, 5(1977)211.
Ž.D.Živković, Kinetika procesa termičkog
80. razlaganja boksita hidrargilitnog i bemitnoig tipa,
Glasnik hemijskog društva Beograd, 44(1979)441.
Ž.D.Živković, Kinetika i mehanizam procesa
81. termićkog razlaganja baznog karbonata nikla,
Rudarsko metalurški zbornik, 27(1980)469.
Ž.D.Živković, Thermodynamic analysis of binary
82. metal systems by differential thermal analsis,
Thermochimica Acta, 44(1981)385.
Ž.D.Živković, D.Blečić, The kinetics and
83. mechanism of the process of nickel oxidation,
Thermochimica Acta, 93(1985)327.
S.C.Carniglica, Thermochemistry of the aluminas and aluminium
trihydrates, Journal oif the American Ceramic Society, 66(1983)495.
D.A.Palmer, R.Veneldik, The chemistry of metal carbonate and
carbon -dyoxide complexes, Chemical Review, 83(1983)651.
K.Okajama, H.Sakao, An experimental method of sensitive thermal
analysis, Transacions of the Japan Instituteof Materials, 27(1986)693.
E.Koch, The rate low of non-order in thermal analysis,
Thermochimica Acta, 110(1987)135.
Ž.D.Živković, D.Blečić, Comparative thermal
A. Langeier Kužnsairova, The present of thermal investigations of
84. analysis of comercial and low grade bauxites, Proc. clays, Thermochimica Acta, 148(1989)413.
ESTAC - 4 Jena (1987) p.7.
Ž.D.Živković, Kinetika procesa dehidratacije
C.G.Nair et.al., thermoanalytical investigations on kinetics and
85. kalcijumhidroksida, Rudarsko.metalurški zbiornik, mechanism..., Journal of Thermal Analysis, 37(1991)2325.
4(1977)359.
86.
87.
A.Langier -Kuznairova, Evolution of the Approch to thermal studies of
clays, Journal of Thermal Analysis, 39(1993)1169.
D.Prodanović, Ž. D.Živković, M.Dumić, the kinetics
of dehydration and mulization of Zettilly in the
Mota, L., Toledo, R., et all., Thermal characterisation of red clay from
process of calcium (II) as on ingradient,
the Northern Region of Rio de Janeiro State, Brazil using an open
Thermochimica Acta, 156(1989)61.
photoacoustic cell, in relation to structural changes on firing, Applied
Claz Science, 42(1-2)(2008) 168-174.
88.
Ž.D.Živković, The influence of sample mass and
particle size of the area of the DTA peak in the
L.Turecanova et.al., Simulating the thermal decomposition of
differential thermal analysis of powdered materials, magnezite, Thermochimica Acta, 277(1996)75.
Thermochimica Acta, 34(1979)101.
S.R.Stojković, Ž.D.Živković, I.S.Stojković,
89. N.Štrbac, Monitoring the process of cristalization
C.L.Pudzig et.al., Infrared spectroscopy, Analytical Chemistry,
66(1994)26.
and determination of the degre of crystalizartion of
Zeolites by infrared spectroscopy,
90. Na
Spectroscopy Leters, 26(1993)473.
W.W.Blaser et.al., Process analitical chemistry, Analitical Chemistry,
76 (1995)47
Ž.D.Živković, D.Živković, J.Šestak,
D.Doliiimore, S.Lerdkanchanaporn, Thermal Analysis, Analytical
91. Thermodynamic analysis of the ternary system Pb- Chemistry, 70(12)(1998)27.
Zn-Ag, Mining and Metal.Quater., 42(1995)237.
92.
Ž.D.Živković, V.Savović, Teorija pirometalurških
procesa, Tehnički fakultet, Bor, 1994.
B.Nikolić, Processing of alcali antimony intermediate products in lead
refinery, Hydrometallurgy, 47(1)(1997)31.
93.
R.Dimitrov, B.Boyanov, Oxidation of metal sulphide and
determination of characteristics temperature by DTA and TG, Journal
of Thermal Analysis and Calorimetry, 61(2000)181.
94.
Zafar, Z.I., Determination of semi empirical kinetic model for
dissolution of bauxite ore with sulfuric acid: Parametric cumulative
effect on the Arrhenus parameters, Chemical Enginering Journal,m
141(1-3)(2008)333-241.
95.
96.
L.Joret, G.Gote, D.Bauer, Effect of mocrowaves on the rate of
dissolution of metal oxides Co3O4 and GeO2 in nitric acid,
Ž.D.Živković, N.Štbac, Kinetics and mechanism of Hydrometallurgy, 45(1)(1.2)(1997)1.
leaching low grade boehnite bauxite by hydrchloric
acid, Hydrometallurgy, 36(1994)247.
A.Morgen, Production of sintered high alumina refractories from
Turish bauxite ore, Britisch Ceramic Transaction, 103(1)(2004)42.
A.Morgen, et.al., Kinetics of leaching of boehmitic bauxite of Konya Turkez with hydrochloric acid, Silicates Industriels, 67 (7-8)(2002)75.
97.
Ž.Živković, Thermal decomposition of Hexamine
98. cobalt(II)chloride, Journal of Thermal Analysis,
41(1994)99.
Ž.Živković, V.Savović, Proincipi metalurške
99. termodinamike, tehnički fakultet u Boru, 1997.
Ž.Živković, N.Štrbac, J.Šestak, Influence of
fluorides on polymorphous transformation alpha
100.Al2O3 formation, Thermochimica Acta,
266(1995)293.
S.R.Stojković, Ž.D.Živković, I.S.Stojković,
N.Štrbac, The role of infrared spectroscopy and XRay difraction analysis in the investigation of the
101.influence of fluorides on the process of calcination
of aluminiumhydroxide, Spectroscopy Leters,
27(9)(1994) 1135.
102.
M.B.Davies, Cobalt 1994, Coordination Chemistry Review,
164(1997)27.
R.Dimitrov, N.Moldovanska, I.R.Bonev, Cadmium sulphide oxidation,
Thermochimica Acta, 385 (2002)41.
J.Plewa, et.al., Thermal analysis of corundum crysrtalizationm
Journal of Thermal Analsis and Calorimetry 56(1)(1999) 59.
I.Beneffet, R,Stevans, calcination and phase changes in alumina,
Britich Ceramic Transactions, 97(1998)117.
S.Sokolov, B.Boyanov, N.Moldovanska, R.Dinitrov, Mossbayer
spectroscopy study on the oxidation of sulphide yinc concentrate rich
in marmatite, Thermochimica Acta, 380(2001)37.
N.Moldovanska, R.Dimitrov, L.Radev, Kinetic study of CdS oxidation
process in non isothermal conditions, Journal of Mining and
Ž.D.Živković, D.Živković, D.Grujičić, N.Štrbac and Metallurgy, 36B(1-2)(2000)103.
V.Savović, Natural marmatite oxidation process,
N.Moldovanska, R.Dimitrov Kinetic investigation of the oxidation of
Journal of Thermal Analsis, 54(1998)35.
different kinds of zinc sulphide in non - isothermal conditions, Journal
104.
of the university of Chemical Technology and Metallurgy, 36(2001)43.
103.
105.
R.Dimitrov, Moldovanska, N.Bonev, Oxidation of marmatite,
Thermochimica Acta 362(1-2)(2001)145.
D.Živković, Ž.Živković, J.Šestak, Thermodynamic
analysis of the quasibinary section A-Pb in the
A.G. Moracheviski, T.V.Butukhanova, Calculation of thermodynamic
106.ternary system Pb-Bi-Mg, Part I. Thermodynamic characteristics of liquid alloys in the system lead - magnesium
analysis by Oelsen calorimetric method,
bismuth, Russian Journal of Applied Chemistry 70(8)(1997)1181.
Thermochimica Acta, 230(1993)65.
107.
S.Nikolov, B.Boyanov, N.Moldovanska, N.Dimitrov, Mossbayer
spectroscopy study in the oxidation of sulphide yinc concentrate rich
in marmatite, Thermochimica Acta, 380(2001)37.
108.
N.Moldovanska, R.Dimitrov, L.Radev, Kinetic study of CdS oxidation
process in non isothermal conditions, Journal of Mining and
Metallurgy, 36B(1-2)(2000)103.
109.
N.Moldovanska, R.Dimitrov Kinetic investigation of the oxidation of
different kinds of zinc sulphide in non - isothermal conditions, Journal
of the university of Chemical Technology and Metallurgy, 36(2001)43.
110.
R.Dimitrov, Moldovanska, N.Bonev, Oxidation of marmatite,
Thermochimica Acta 362(1-2)(2001)145.
111.
Z.Ding, W.Martens, L.R,.Forst, Thermal activation of copper nitrate,
Journal of Materials Science Letters, 21 (18) (2002)1415.
112.
Shaheen W.M., Thermal solid - solid interaction and catalitic
properties of CuO/Al2O3 system treated with YnO and MoO3
Thermochimica Acta 385(1-2) (2002) 105.
113.
Rossi L., Martin S., Posible role of nitrate/nitrate redox cycles in
catalitic and selective solfooxidation reaction - Metalic nitrate and
bromides as redox mediators:a comparative study, Applied Catalysis
A - General, 250(2)(2003) 513.
Carp, O., Patron L., Reller A., Combustion method - New synhetic
route of obtained advenced ceramics I. Simple oxides with spinelic
114.
structure obtained ftom urea precoursos, Revue Roumanie de
Ž.Živković, D.Živković, D.Grujičić, V.Savović,
Kinetics and mechanism of the oxidation process in Chimie, 48(7)(2003)513.
the system Zn-Fe-S-O, Thermochimica Acta,
Bhagat M. Burgess J.E., et.al., Precipitation of mixed metal residues
33(1998)315.
from wastewater utilising biogenic sulphide, Minerals Engineering,
115.
17(7-8)(2004) 925.
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