SCIENTOMETRIC PORTRAIT OF
PROF. M. PALANIANDAVAR
A PROJECT REPORT SUBMITTED TO THE PARTIAL FULFILLMENT OF
THE REQUIREMENTS FOR THE AWARD OF
MASTER DEGREE
IN
LIBRARY AND INFORMATION SCIENCE
By
M. RAJAKAVI
Reg. No: P08310005
SUPERVISOR
M. SURULINATHI
M. Com., MLIS, M. Phil., (Ph. D), PGDCA., HDNCC
DEPARTMENT OF LIBRARY & INFORMATION SCIENCE
BHARATHIDASAN UNIVERSITY
TIRUCHIRAPPALLI – 620 024, INDIA
APRIL 2010
DECLARATION
I
hereby
declare
that
the
project,
“SCIENTOMETRIC
PORTRAIT OF PROF. M. PALANIANDAVAR”, which is being
submitted in partial fulfillment of the course requirements leading to
the award of Master of Library and Information Science, is the result
of the work carried out by me under the guidance and supervision of
M. Surulinathi, Assistant Librarian, DLIS, Bharathidasan University,
Trichy .
I further declare that this project has not been previously
prepared and submitted to any other institution/university for any
degree/diploma by me or any other person.
Place : Trichy
Date :
(RAJAKAVI. M)
CERTIFICATE
This is to certify that the Project entitled “SCIENTOMETRIC
PORTRAIT OF PROF. M. PALANIANDAVAR” submitted in partial
fulfillment of the requirements for the award of the Master degree in
Library and Information Science, Bharathidasan University, is a
record of bonafide
research work carried out by
M. Rajakavi
under my supervision and guidance and that no part of this work has
been submitted for the award of any other degree, diploma, fellowship
or similar titles or prizes and that the work has not been published in
part or full in any scientific or Popular journal or magazine.
Dr. S. SRINIVASA RAGAVAN
LIBRARIAN&HEAD
Department of LIS
Bharathidasan University
Tiruchirappalli – 620 024
Tamilnadu, India
M. SURULINATHI
SUPERVISOR
Assistant Librarian
Bharathidasan University
Tiruchirappalli – 620 024
Tamilnadu, India
ACKNOWLEDGEMENT
I would like to thank Dr. S. Srinivasa Ragavan, Librarian &
Head, Department of Library & Information Science, Bharathidasan
University, for his encouragement throughout my project.
I am very glad to express my sincere gratitude to Supervisor
M.
Surulinathi,
Assistant
Librarian,
Bharathidasan
University
Library, for his guidance and encouragement throughout my project.
I
Mr.
am
C.
very
much
Ranganathan,
thankful
Mr.
B.
to
Assistant Librarians
Jeyaprakash
and
Dr. R. Balasubramani and Library Assistants, Mr. B. Neelakandan,
Mr. A. Rajendran, C. Kokila, P. Jayanthi and Mr. T. Sakthivel and
other Library staff helping me and providing
their valuable
suggestions in completion of my work.
And also, I thank my Parents, my Brother, Sister, and my
friends for their suggestions and help to complete the project
successfully
Place : Trichy
Date :
(M. RAJAKAVI)
CONTENTS
S. No
Name of the Chapter
Page No.
1
INTRODUCTION
1
2
REVIEW OF LITERATURE
11
3
RESEARCH DESIGN
22
4
DATA ANALYSIS AND DISCUSSION
27
5
FINDINGS AND CONCLUSION
79
BIBLIOGRAPHY
LIST OF TABLES
S. NO
PARTICULARS
PAGE NO.
1
Year wise Distribution of Publications
27
2
Document wise Distribution of
Publications
29
3
Journal wise Distribution of
Publications
30
4
Institution wise Distribution of
Publications
33
5
Institutions with Department wise
Distribution of Publications
35
6
Country wise Distribution of
Publications
37
7
Subject wise Distribution of
Publications
38
8
Frequency of words occurred in the
Documents
39
9
Collaborated Authors v/s number of
citations
41
10
Single Vs Multi- Authors
44
11
Prof. M. Palaniandavar Collection
45
12
Global Citation Score of Prof. M.
Palaniandavar
65
Global Citation Score Scaled
73
Local citation score scaled
75
12.1
13
LIST OF FIGURES
S.NO
1
PARTICULARS
PAGE
NO.
Global citation score of Prof. M. Palaniandavar
collection
71
2
Global citation score
72
3
Local citation score of Prof. M. Palaniandavar
collection
77
4
Local citation score
78
LIST OF ABBREVIATIONS
GCS - Global Citation Score shows the total number of citations to a
paper in the Web of Science.
LCR - Local Cited References shows the number of citations in a
paper's reference list to other papers within the collection
.
LCS - Local Citation Score shows the count of citations to a paper
within the collection
NCR - Number of Cited References shows the number of cited
references in the paper's bibliography.
Recs - Number of Records shows the number of records where a
given item is found.
T* - Total [score] Any Total score represents a sum of respected
scores for all records from a given author, source, other category, or
all records.
CHAPTER – I
INTRODUCTION
Scientometrics portrait studies deal with the biographical study of
the individual career of scientists and researchers and correlating
bibliographical
analysis
of
publications
or
academic
and
scientific
achievements. In this project researcher would like to look into the
Scientific work done by Prof. M. Palaniandavar and his role for the
advancement of Chemistry in India and elsewhere.
Dr. M. Palaniandavar, Professor in School of Chemistry. Prior to
joining Bharathidasan University he was with Madurai Kamaraj University
as Reader in Inorganic Chemistry. He received his PDF from Drexel
University, Philadelphia, USA and M. Sc. and Ph.D. in Chemistry from
Madurai
Kamaraj
University
in
1981.
His
Research Specialization:
Bioinorganic Chemistry of DNA, Copper, Iron and Manganese - Activation of
Molecular Oxygen - Study of Structure and Bonding in Models using EPR,
Electronic and Fluorescence spectroscopy - Electron Transfer in Model
Compounds - Electrochemistry in Organized Assemblies - Coordination
Chemistry of Ruthenium. Prof. M. Palaniandavar is fellow of Academy of
Sciences (FASc), 2004, he received various awards like UGC Research
Award,
1999-2002,
Tamilnadu
Scientist
Award,
1997-1998,
Prof.
Sankegowda Research Award in1995 from University of Mysore, Chemical
Research Society of India-Medal for significant contribution to Research1999. He visited various countries
around the world like USA, Japan,
Germany, United Kingdom and Switzerland.
Certainly, Palaniandavar’s research works have made a great impact on
international Chemistry community. This is evident from the citations
continuously being received to his earlier manuscripts. Generally, the
publications are being cited heavily immediately after its publication then
decreases. The present study aimed at identifying some of his classic
papers based on citations received in a particular period of time and
analyse the pattern of citations received. The work has concentrated on
analysing the subject-wise (research interests) citations received.
Collaborators of Prof. M. Palaniandavar from the papers being cited are
analysed to observe the impact of collaborated papers.
1.0
CONCEPT OF SCIENTOMETRICS
Scientometrics is the branch of science that describes the output traits in
terms of organizational research structure, resource inputs and outputs,
develops benchmarks to evaluate the quality of information output. The
term Scientometrics originated as a Russian term for the application of
quantitative methods to the history of science, but its scope and objectives
have widened considerably. Scientometrics studies characterize the
disciplines using the growth pattern and other attributes. These studies
have potential particularly in assessing the emerging disciplines. In the
present study, we did the Scientometrics study of the research performance
on Prof. M. Palaniandavar, a significantly growing area in the knowledgedriven world.
THE VALUE OF BIBLIOMETRIC MEASURES
1.1
SCIENTOMETRICS FROM PAST TO PRESENT
Scientometric research, the quantitative mathematical study of
science and technology, encompassing both bibliometric and economic
analysis is expanding at an enormous pace. This is evidenced in increasing
attendance rates at important industry conferences, and the recent launch
of the dedicated Journal of Informetrics. Indeed, if one were to pick up an
issue of any of the leading journals in the field today, one would find
research covering article output, citation relationships between disciplines
and geographical analysis linked to these. In a two-part article, we explore
not only Scientometrics’ past but also its impact on and relevance in the
present.
The origins of bibliometric research can be traced back to the
beginning of the 19th century within areas such as law. Shapiro (1999)
indicates that many aspects of bibliometrics were “practiced in the legal
field long before being introduced into scientific literature”. Early research
in the 1880s was reported by Delmas (1992), who describes documentation
in France, but initial studies on qualitative and quantitative analysis of
science seem to originate within psychological fields (Godin 2006) (3). Godin
cites the work of Buchner in describing the notion of “scientific” psychology
as “factual, inductive, measurable and experimental” and in 1920 Boring
presented research on subject and geographical analysis of psychologists.
1.2
LAYING DOWN THE LAW
Probably
the
earliest,
most
definable
research
within
the
scientometric field was the work that gave rise to the laws of bibliometrics.
The first, which came to be known as Lotka’s Law, after Alfred Lotka, can
be traced back to 1926 and suggested that within a defined area over a
specific period a low number of authors accounted for a large percentage of
publications in the area. This was followed in 1935 by the work of George
Kingsley Zipf, which describes the frequency of words in a text and became
known as Zipf’s Law. Zipf’s research was refined into two main laws looking
at high and low frequency words within a text. In 1948 Samuel Clement
Bradford’s analysis indicated that within a given area over a specific time a
few journals publish a high percent of articles within the area and there are
many journals that publish only a few articles each: Bradford’s Law. These
laws continue to be studied and form the basis of the development of the
modern-day scientometric literature.
In 1944, Lehman described the relationship between quantity and
quality within scientific writing and this was followed in 1952 by Dennis,
who analysed the effect of scientist’s age on these two elements. Again
these types of analyses continue to be described in the current literature,
and began to direct thinking towards averaged metrics within bibliometrics.
1.3
BIBLIOMETRICS
Bibliometrics is a type of research method used in library and
information science. It utilizes quantitative analysis and statistics to
describe patterns of publication within a given field or body of literature.
Researchers may use bibliometric methods of evaluation to determine the
influence of a single writer, for example, or to describe the relationship
between two or more writers or works. One common way of conducting
bibliometric research is to use the Social Science Citation Index, the Science
Citation Index or the Arts and Humanities Citation Index to trace citations.
1.3.1 LAWS OF BIBLIOMETRICS
One of the main areas in bibliometric research concerns the
application of bibliometric laws. The three most commonly used laws
in bibliometrics are: Lotka's law of scientific productivity, Bradford's
law of scatter, and Zipf's law of word occurrence.
1.3. 1a
LOTKA'S LAW
Lotka's Law describes the frequency of publication by authors in a
given field. It states that " . . . the number (of authors) making n
contributions is about 1/n² of those making one; and the proportion
of all contributors, that make a single contribution, is about 60
percent" (Lotka 1926, cited in Potter 1988). This means that out of all
the authors in a given field, 60 percent will have just one publication,
and 15 percent will have two publications (1/2² times .60). 7 percent
of authors will have three publications (1/3² times .60), and so on.
According to Lotka's Law of scientific productivity, only six percent of
the authors in a field will produce more than 10 articles. Lotka's Law,
when applied to large bodies of literature over a fairly long period of
time, can be accurate in general, but not statistically exact. It is often
used to estimate the frequency with which authors will appear in an
online catalog (Potter 1988).
1.3.1b BRADFORD'S LAW
Bradford's Law serves as a general guideline to librarians in
determining the number of core journals in any given field. It states
that journals in a single field can be divided into three parts, each
containing the same number of articles: 1) a core of journals on the
subject, relatively few in number, that produces approximately onethird of all the articles, 2) a second zone, containing the same
number of articles as the first, but a greater number of journals, and
3) a third zone, containing the same number of articles as the
second, but a still greater number of journals. The mathematical
relationship of the number of journals in the core to the first zone is a
constant n and to the second zone the relationship is n². Bradford
expressed this relationship as 1:n:n². Bradford formulated his law
after studying a bibliography of geophysics, covering 326 journals in
the field. He discovered that 9 journals contained 429 articles, 59
contained 499 articles, and 258 contained 404 articles. So it took 9
journals to contribute one-third of the articles, 5 times 9, or 45, to
produce the next third, and 5 times 5 times 9, or 225, to produce the
last third. As may be seen, Bradford's Law is not statistically
accurate, strictly speaking. But it is still commonly used as a general
rule of thumb (Potter 1988).
1.3.1c ZIPF'S LAW
Zipf's Law is often used to predict the frequency of words within a
text. The Law states that in a relatively lengthy text, if you "list the
words occurring within that text in order of decreasing frequency, the
rank of a word on that list multiplied by its frequency will equal a
constant. The equation for this relationship is: r x f = k where r is the
rank of the word, f is the frequency, and k is the constant (Potter
1988). Zipf illustrated his law with an analysis of James Joyce's
Ulysses. "He showed that the tenth most frequent word occurred
2,653 times, the hundredth most frequent word occurred 265 times,
the two hundredth word occurred 133 times, and so on. Zipf found,
then that the rank of the word multiplied by the frequency of the
word equals a constant that is approximately 26,500" (Potter 1988).
Zipf's Law, again, is not statistically perfect, but it is very useful for
indexers.
1.4
WEB APPLICATIONS OF BIBLIOMETRICS
Recently, a new growth area in bibliometrics has been in the emerging
field of webmetrics, or cybermetrics as it is often called. Webmetrics can
be defined as using of bibliometric techniques in order to study the
relationship of different sites on the World Wide Web. Such techniques
may also be used to map out (called "scientific mapping" in traditional
bibliometric research) areas of the Web that appear to be most useful or
influential, based on the number of times they are hyperlinked to other
Web sites.
1.4.1 APPLICATIONS OF BIBLIOMETRICS
Bibliometrics as a technique has extensive applications in identifying
the research trends in a subject, trends in a authorship and
collaboration
dispersion
of
in
research,
scientific
core
periodicals,
literature
useful
obsolescence
in
estimating
and
the
comprehensiveness of secondary periodicals, studying the author
productivity and impact of research, distribution of scientific
publications by Universities, citation studies and so on. Most of these
studies pertain to Universities, faculty members, disciplines and
documents. Further, bibliometrics could be used in the identification
of emerging research areas.
The popularly in the adoption of bibliometric techniques in various
disciplines stimulated stupendous growth of literature on
bibliometrics and its related areas. The techniques are now being
vigorously pursued, and with the result, it has been found that one
fourth of all the articles published in a Library and Information
Science periodicals also carry a large number of articles on
bibliometrics. These techniques are being used for a variety of
purposes like determination of various scientific indicators,
evaluation of scientific output, selection of journals for libraries and
even forecasting potential Nobel Laureates.
In the recent years, there has been an explosive growth in human
knowledge. In fact, the nature and tempo of growth has been such as
too far outstrip the achievements of the past centuries. As science
itself grown in extension and intention and the number of scientists
increases. So obviously does the volume of literature generated by the
scientific community. The growth of literature itself has caused a
fairly widespread alarm and the term that describes explosion also
known as information explosion.
It could be noted that at the global level about 5 million articles are
being published annually in about one lakh journals. The 5th edition
of the world list of scientific periodicals shows a two hundred per cent
increase in the number of scientific periodicals since 1970. De Solla
Price claimed that the science literature has grown exponentially in
the last three centuries with a doubling rate of approximately 15
years.
1.5
STATEMENT OF THE PROBLEM
The present study aims at analyzing the research output of
Pro. M. Palaniandavar. In academic and scientific work, publication is
the chief means of communicating research, a primary means of
recognition and reward, and hence a central social process in the
Institutions. Therefore, it is through publication the scientists receive
professional recognition and esteem as well as promotion, advancement,
and funding for future research. It could be seen clearly from the above
discussion that Scientometric analysis is an important tool in analyzing
any science discipline. By keeping this view in mind, the researcher
intends to undertake the study on “Scientometric Portrait of Prof. M.
Palaniandavar”. This study attempts to analyse the performance of
Researchers working in the field in terms of growth rate, areas of
research concentration, author productivity and authorship pattern.
CHAPTER – II
REVIEW OF LITERATURE
This chapter deals with the relevant Review of Literature. It enables
one to be aware of the past and current trends in any particular branch of
research and devotes to examine the review of works relating to various
aspects. It could be observed that there are various research studies
highlighting the individual career of scientists and researchers and
correlating bibliographical analysis of publications or academic and
scientific achievements. In this project researcher would like to look into
the scientific work done by Prof. M. Palaniandavar and his role for the
advancement of Chemistry in India and elsewhere. Review of related studies
further avoids the duplication work that has already been done in that
area. It enables the researcher to identify the unexplored areas, in order to
create new grounds for research.
Prakasan, E. R., Kalyane, V. L. and Vijai Kumar (2009). made an
effort to analyze how much impact in number of citation receiving for his
publications. Of course, there was a lack of tools for such a study some
years back. Sir T. C.V. Raman is being acknowledged by worldwide physics
community for his classic works. The study has limited to the database
Science Citation Index for the period 1982–2005. The noteworthy results
are: One third of his research papers have been cited at least once; The
research papers published during 1918–1940 could make remarkable
impact; Three of his papers have shown an upward growth in number of
citations receiving; The total citations to papers of age 46 and 54 as on the
year 1982 accounted for more than 50 per cent of the total citations
received; Research works in the ‘Acoustics’ area have been cited more than
any other area of his works; Eponymal citations are to be explored and
analysed to understand the real impact of his works.
Surulinathi, M and Srinivasaragavan, S (2008) attempted to analyse
quantitatively the growth and development of Knowledge Management
Research in India in terms of publication output as reflected in Scopus
database. During 1999-2007 a total of 51 papers were published by the
Knowledge Management researchers to various domains: Business,
Management and Accounting (24), Engineering (18), Social Sciences (7),
Computer Science (6), Decision Sciences (6) etc., Year-wise growth of
publications and input of records to Scopus database by India is
analyzed. More than 80 percent of publications were published in
journals. The most preferred journals were International Journal of
Information Technology and Management (7), Journal of Scientific and
Industrial Research (4), Electronic Library (2), Human Systems
Management (2), Journal of Knowledge Management (2) etc., There were
as many as 24 (47.06) papers contributed by single author. There were
five authors contributions is zero and more than 5 authors contribution
is less than 1(1.96). The publication behavior indicates that the
Knowledge management researchers were lowly selective in publishing.
Sangam,
S. L.,Kiran
Savanur and Manjunath,
M
(2007).
reviewed S. Ramaseshan has contributed for the better understanding of
various subjects in which he specialized during his years at the Indian
Institute of Science, University of Madras and the Raman Research
Institute. In this paper we would like to emphasis on his scientific
contributions in various journals and some classic papers. In his entire
career as a scientist he has collaborated with 47 eminent scientists and
students and has published a total of 178 papers during the years 1944–
2000. His field of interest has been varied and thus classified into 4 main
area, i.e.: Crystallographic studies, Magneto-optics & Optics, Solid State
Physics and Miscellaneous topics.
S. L. Sangam, S. L et al. (2006) highlighted an application of
quantitative methods to the history of Science. It is also one of the
techniques for documenting, collecting works of eminent scientists and
researcher's. In this paper, we present a concise sketch of Prof. Peter John
Wyllie, stressing on his scientific achievements. His research has had a
great impact in the fields dealing with terrestrial magmatic phenomena and
geology.
Mallikarjun Angadi et al. (2006). attempted to analyse the
publication productivity of Anthony J. Leggett, the 2003 Nobel Prize winner
in physics. His contributions peaked in 1987, 1994, and 1998 with 10
papers each. He had 194 publications during 1964 – 2004 in domains like
Superfluid 3He (65), Foundations of Quantum Mechanics (36), Dissipative
Quantum Systems (24), Atomic Alkali Gases (18), and Miscellaneous (51)
which were analysed for authorship pattern with his 70 collaborators. Most
active collaborators with Anthony J Leggett were: A. Garg with six papers
and A. O. MCaldeira, D. M. Ginsberg, D. J. Vanharlingen , F. Sols, S.
Takagi and D. A. Wollman with five papers each. His productivity coefficient
was 0.60 which clearly indicates that his productivity increased after 50
percentile age. The highest degree of collaboration (1) for Anthony J. Leggett
was found during 1964, 1971 and 1983. Journals have been the most
preferred channel of communication, where as many as 139 papers out of
194 have been published. The core journals publishing his papers were:
Phys. Rev. Lett. (42), Phys. Rev. B (9), J. Low Temp. Phys. (8), Phys. Rev. A
(7), Ann. Phys. (6), Foundations of physics (6), J. Phys.(5), Prog. Theor. Phys.
(5), and Rev. Mod. Phys. (5). Publication density was 3.02 and publication
concentration was 3.59.
Koganuramah,
M.M.
et
al.
(2004).
Wolfgang
Ketterle was honoured with the Nobel Prize in Physics
(2001) at 44 years of biological age and at 20 years of
research publishing career. He had 115 publications
during
1982
–
2002
in
domains:
Bose-Einstein
Condensation (68), Laser Spectroscopy (30), and Atomic
Physics (17) which were analysed for authorship pattern
with his 68 collaborators. The most active researchers
having number of publications with Ketterle were: S.
Inouye (26), A. P. Chikkatur (20), M. R. Andrews (19), D.
M. Stampur-Kurn (18), D. S. Durfee (17), H. J. Miesner
(17) and D. E. Pritchard (17). His productivity coefficient
was 0.78 which clearly indicates that his productivity
increased
after
50
percentile
age.
The
highest
collaboration coefficient (1) for Ketterle was found in
1983-1985,
1988,
1991-1995,
and
2001.
The
publication concentration was 5.21% and publication
density was 2.01. The core journals publishing his
papers were: Phys. Rev. Lett. (30), Applied Physics-B (7),
Journal of Chemical Physics (5), Nature (5), Physics
Review-A (5), and Science (5). Most prolific keywords in
titles were: Bose-Einstein condensate (38), Bose-Einstein
condensation (15), Observation (9), Helium hydride (8),
Emission spectrum (6) and Suppression (4). ‘Biobibliometrics’ is a method of retrieving and visualizing
biological information that uses co-occurrence of gene
naming terms in Medical Sciences to generate semantic
links between genes. Therefore it is suggested that
‘Scientometric Portrait’ is the appropriate phrase for the
studies on scientists and ‘Informetric Portrait’ for the
studies pertaining to researchers in other disciplines
such as arts, humanities, and social sciences
Satish S Munnolli and Kalyane, V L (2003) discussed the
Scientometric analysis of 312 papers by Ram Gopal Rastogi published
during 1954 to 1992 in various domains:(a) Luni - solar activity end quiet time E & F - region(57): (b) Equatorial electric field and low and mid
latitude ionosphere (78); (c) Ionospheric E - region irregularities(19); (d)
Ionospheric F - region irregularities (32); and (e) Magnetic disturbance
effects on the equatorial low and mid latitude ionosphere (23) were
analysed. Inter-domainey contents and of the number of papers: a+b were
36; b+c and b+d were 20 each; b+e were 16; c+e were 5; a+e were 3; d+e
were 2; and a+d had only one publication. Highest collaborations were with
H. Chendra(61), M. R. Deshpande (42), and G. Sethia (19) out of his total
97 collaborators. His highest productivity was during 1978 with 28 papers
followed by 19 papers during 1977.The core journals preferred by him for
publishing papers were: Indian Journal of Radio & Space Physics, India,
and Journal of Atomic & Terrestrial Physics, UK (59 each), followed by
Proceedings of the Indian Academy of Sciences, India (34). Most prolific title
keywords with their frequencies were : Ionosphere (92); Equatorial(6 1);Fregion (53); Equatorial electrojet region (40), and Magnetic equator (30).
Kademani, B.S., Kalyane, V.L. and Kumar, V. (2002) reviewed the
Scientometric analysis of 190 publications by Harold W. Kroto, the Nobel laureate in Chemistry
(1996) published during 1985-2000 in domains: Fullerenes (109), Cluster Science (39), Spectroscopy
of Unstable Species and Reaction Intermediates (8), Astrophysics (16), and Non Carbon
Nanostructures (18) were analysed for authorship pattern with his 181 collaborators. Highest
collaborations were with D. R. M. Walton (142), R. Taylor (90), J. P. Hare (60), K. Hsu (53), M.
Terrones (48), A. D. Darwish (36), P. R. Birkette (35) and H. Terrone (35). His productivity coefficient
was 0.68 which clearly indicates that his productivity increased after 50 percentile age of his 16
years of research publication career. His highest collaboration coefficient (1.00) was found in 1985,
1993, 1995, 1996, 1998-2000. Publication concentration was 4.5 and publication density was 3.05.
Average Bradford multiplier was 3.5. The core journals publishing his papers were: J. Chem. Soc.
Chem. Commun. (23), Chem. Phys. Lett. (20), J. Chem. Soc. Perkin Trans.-2 (15), and Nature (10)
out of 59 journal and 13 other channels. Most prolific keywords in titles were: C60/Fullerenes/[60]
Fullerene/Buckminsterfullerene, C70/[70] Fullerenes, Formation, and Characterisation.
Kademani, B.S. and Kalyane, V.L. and Kumar,
Vijai (2001). analyzed of 246 papers by Ahmed Hassan
Zewail,
the
Nobel
laureate
in
chemistry
(1999),
published between 1976 and 1994 in diverse fields:
femtochemistry (62), reaction rates and IVR (56), general
reviews
(49),
coherence
and
optical
dephasing
phenomena (27), solids: magnetic resonance and optical
studies (13), liquids and biological systems(9), local
modes in large molecules (9), molecular structure from
rotational coherence (8), solar energy concentrators(7),
and other studies(6). Data was analyzed for authorship
pattern
with
his
103
collaborators.
Highest
collaborations were with P. M. Felker (39), M.Dantus
(19), and L.R.Khundkar (16). The highest number of
collaborators (38) were during 1986 – 90, followed by 30
during 1981 – 1985. His productivity coefficient was
0.52 which is a clear indication of consistent publication
productivity behaviour throughout his 19 years of
research.
B. S. Kademani,
(1999).
Dorothy
B. S.,
Crowfoot
Kalyane, V. L. and Suresh Jange
Hodgkin
(1910–1994),
the
renowned
crystallographer and the Nobel prize winner in Chemistry (1964) was
responsible for developing the X-ray diffraction method of finding the exact
structure of large and complicated molecules, such as Penicillin, Vitamin B12, Insulin, etc. Her 180 publications during 1932–1988 were analyzed by
domains, authorship pattern, publication productivity, scattering of
publications and the keywords used in the titles of her papers.
Kalyane, V. L. and Sen, B. K. (1996). Presented an analysis of 422
papers by the Nobel laureate Pierre-Gilles de Gennes, a French physicist,
published during 1956 to 1995 in diverse fields of science such as,
magnetism, superconductors, hydrodynamics, polymers, liquid crystals,
gels, and glues. The productivity of the scientist peaked in his 40’s and his
journal preference shows a distinct national bias. Despite the scientist’s
working with a very large number of collaborators, the percentage of
collaborative papers seems to be low i.e. 36%. The receiving of honours and
awards seems to attract more collaborators and hike the productivity rate.
The scattering of papers over 146 journals does not follow Bradford’s law.
Kalyane, V. L. and Munnolli, S. S. (1995). Highlighted the research
productivity of T. S. West and collaboration pattern were analysed by years,
papers, authorships, and authorwise productivity. T. S. West, the
internationally well known analytical chemist has been widely recognised
as a very successful scientist. The channels of communications used and
distribution of articles among channels were found out. He has 410 papers
to his credit. The period 1969–70 when he was 42–43 years age was most
productive with 41 papers in 1969 and seven single authorship papers in
1970. Quienquennial collaboration coefficients ranged between 0.57 to
1.00, clearly indicating high collaboration team spirit in his research group.
His productivity coefficient was 0.45 indicating rapid publication activity
during early period of research career. His most prominent collaborators in
number of papers were: R. M. Dagnall (92), G. F. Kirkbright (77), R. Belcher
(56), K. C. Thompson (19), J. D. Norris (13), and J. F. Alder (11). Top
ranking journals, with papers, to which he had contributed were:Anal.
Chim.
Acta (106),Talanta (84),The
Analyst(49),Anal.
Chem. (23),
andJ.
Chem. Soc. (20). Publication density was 8.54, publication concentration
was 6.25, and average Bradford multiplier was 3.9. High frequency
keywords in the titles of the articles were: Atomic fluorescence spectroscopy
(51),
Atomic
spectrometry
absorption
spectroscopy
(31).
results
The
(43),
indicate
and
his
Atomic
temporal
absorption
publication
productivity and the nature of the research activities were such that he is
eminently qualified to be taken as a
generation to emulate
role model
for the younger
REFERENCES

Prakasan, E. R., Kalyane, V. L. and Vijai Kumar (2009). Sustained
impact of publications of C.V. Raman. Scientometrics, 78(1). 77-97.
DOI: 10.1007/s11192-008-1937-7

Surulinathi,
M
et
al.
(2008),
“Scientometric
Dimensions
of
Knowledge Management Research in India: A Study based on Scopus
database”, Sri Lankan Journal of Librarianship and Information
Management, Vol. 2 No. 2, PP. 13-24.

Sangam, S.
L.,
Communication
Kiran
and
Savanur and Manjunath,
collaborative
research
pattern
M
of
(2007).
Sivaraj
Ramaseshan: A Scientometric Portrait. Scientometrics. 71(2). 217230. DOI: 10.1007/s11192-007-1670-7.

Sangam, S. L et al. (2006). Scientometric Portrait of Prof. Peter John
Wyllie. Scientometrics. 66(1). 43-53. DOI: 10.1007/s11192-006-00045.

Mallikarjun Angadi et al. (2006). Noble Laureate Anthony J Leggett:
A Scientometric Portrait. Annals of Library and Information Studies.
53. 203-212.

Koganuramah, M.M. et al. (2004). Physics Nobel Laureate Wolfgang
Ketterle: A Scientometric Portrait. Malaysian Journal of Library &
Information Science, 9 (2). 35-61.

Satish S Munnolli and Kalyane, V. L. (2003). Scientometric Portrait
of Ram Gopal Rastogi. Annals of Library and Information Studies.
50(1),
1-17.
http://nopr.niscair.res.in/bitstream/
4067/1/ALIS%2050%281%29%201-%2017.pdf
123456789/

Kademani,
B.S.,
Kalyane,
V.L.
and
Kumar,
V.
“Scientometric portrait of Nobel laureate Harold W. Kroto”,
(2002),
SRELS
Journal of Information Management, Vol. 39, No. 4, pp. 409-434.

Kademani, B.S. and Kalyane, V.L. and Kumar, Vijai (2001)
Scientometric Portrait of Nobel Laureate Ahmed Hassan Zewail.
Malaysian Journal of Library & Information Science. 6 (2). 53-70.

Kademani, B.
S.,
Kalyane,
V.
L. and Suresh
Jange
(1999).
Scientometric Portrait of nobel laureate Dorothy Crowfoot Hodgkin.
Scientometrics, 45(2). 233-250. DOI: 10.1007/BF02458435.

Kalyane, V. L. and Sen, B. K. (1996). Scientometric Portrait of
Nobel Laureate Pierre-Gilles De Gennes. Malaysian Journal of Library
and Information Science. 1(2). 13-26.

Kalyane, V. L. and Munnolli, S. S. (1995). Scientometric Portrait of
T.
S.
West.
10.1007/BF02020571.
Scientometrics, 33(2).
233-256.
DOI:
CHAPTER – III
RESEARCH DESIGN
3.0
INTRODUCTION
This chapter deals with contents and meaning of undertaking the study
in terms of objectives, methodology, data collection, statistical tools and
techniques used, operational definition of key concepts and limitations
of the study.
3.1
OBJECTIVES OF THE STUDY
The main objectives framed for the purpose of the study are:

To
identify
the
growth
of
scientific
literature
of
Prof. M. Palaniandavar.

To analyse the authorship pattern and examine the extent of
research collaboration of Prof. M. Palaniandavar.

To assess the institution wise research concentration.

To identify the source-wise distribution of Prof. Palaniandavar
research output.

To test the Brad ford’s law of scattering research output of
Prof. M. Palaniandavar.

To identify the collaborators with citations.

To Find the h-index of Prof. M. Palaniandavar.

Domain wise contributions
3.2
MATERIALS AND METHODS
The study entitled "Scientometric Portrait of Prof. M. Palaniandavar” is a
case study encompassing records output on Chemistry from Science
Citation Index (SCI) available on online (Web of Science). The growth
rates of output in terms of both at absolute level and relative level are
analysed from 1979 to 2010. The authorship pattern and author
productivity are examined to identify the pattern of research
contribution. The area-wise research performance is analysed to identify
hot area of research. Further, an attempt is made to measure the
performance of Researchers and their research concentration. The study
is mainly exploratory in nature in identifying research output of Prof. M.
Palaniandavar and it is also analytical in nature in strengthening the
empirical validity due to application of suitable statistical tools.
3.3
SCI DATABASE (WEB OF SCIENCE)
Science Citation Index Database is the prime source for the present
study. SCI published by the Institute of Scientific Information (ISI),
Philadelphia. It is a multidisciplinary database, with searchable author
abstracts, covering the journal literature of the sciences. It indexes more
than 7000 major journals across more than 150 scientific disciplines.
The information stored about each article includes the article's cited
reference list.
It is possible to search the databases for articles that cite a known
author or work. SCI database is an international, multidisciplinary index
to the literature of science, technology, biomedicine, and related
disciplines produced by the Institute for Scientific Information (ISI). SCI
search contains all of the records published in the Science
Science Citation Index (SCI), plus additional records from the Current
Contents publications. SCI Search is distinguished by some important and
unique characteristics. First, journals indexed are selected on the basis of
several criteria, including citation analysis, resulting in coverage of the
most significant publications in the scientific, technical, and biomedical
literature. Second, in addition to the more conventional retrieval methods,
SCI Search offers citation indexing, which permits searching by cited
references. SCI Search indexes all significant items (articles, review papers,
meeting abstracts, letters, editorials, book reviews, correction notices, etc.)
from approximately 4,500 major scientific and technical journals. Some
3,800 of these journals are further indexed by the references cited within
each article, allowing for citation searching. An additional 700 journals
indexed have drawn from ISI Current Contents series of publications. SCI
Search covers virtually every subject area within the broad fields of science,
technology, and biomedicine, including but not limited to:

Agriculture and Foods

Astronomy and Astrophysics

Behavioral Sciences

Biochemistry

Biology

Biomedical Sciences

Chemistry

Computer Applications and Cybernetics

Earth Sciences

Electronics

Engineering

Environmental Science

Genetics

Instrumentation

Materials Science

Mathematics

Medicine

Meteorology

Microbiology

Nuclear Science

Pharmacology

Physics

Psychiatry and Psychology

Veterinary Medicine

Zoology
For the present study the data has been retrieved from Science Citation
Index (Web of Science) database.
3.4
DATA COLLECTION
Prof. M. Palaniandavar Publications are mostly in the form of primary
journal articles, notes, reviews, meeting-abstracts. The research papers
published in the field of Bioinorganic Chemistry of DNA, Copper, Iron and
Manganese - Activation of Molecular Oxygen - Study of Structure and
Bonding in Models using EPR, Electronic and Fluorescence spectroscopy Electron Transfer in Model Compounds - Electrochemistry in Organized
Assemblies - Coordination Chemistry of Ruthenium are covered in the
annual version of Science Citation index database were taken as the prime
source for the present study. The papers published from 1979 to 2010 by
the researchers are accounted totally 111.
3.5
LIMITATIONS OF THE STUDY
The study covers a period of 32 years only spanning between 1979 2009. Records for the analysis of this investigation have been
downloaded from Science Citation Index (Web of Science) database
available in online. Database records taken for analysis is exclusively
from SCI, which follows its own standard for the inclusion or exclusion
of sources. The study includes only the research output of Prof. M.
Palaniandavar, whose publications covered in SCI database. The
findings of this study apply mainly to Professor M. Palaniandavar’s
collection covered in Science Citation Index.
CHAPTER – IV
DATA ANALYSIS AND DISCUSSION
4. 1 Growth of Publications
Table 1.
Year wise Distribution of Publications of Prof. M. Palaniandar
#
1
2
3
4
5
6
7
8
9
10
11
12
13
Year
1996
2006
1983
1998
2009
1992
2005
2007
1994
2008
1995
2002
2004
Records
11
10
8
7
7
6
6
6
5
5
4
4
4
% TLCS TGCS # Year Records
9.9 42
177 14 1984
3
9.0 28
141 15 1988
3
7.2
4
56 16 1991
3
6.3 48
303 17 1993
3
6.3
0
3 18 2001
3
5.4 23
91 19 2003
3
5.4 18
124 20 1980
2
5.4 17
52 21 1982
2
4.5 10
98 22 2000
2
4.5
9
33 23 1979
1
3.6 30
77 24 1989
1
3.6 18
88 25 1997
1
3.6 31
179 26 2010
1
Total
111
To analyze the year wise publication of research of
% TLCS TGCS
2.7
0
0
2.7
9
63
2.7
1
6
2.7
3
16
2.7 10
59
2.7 11
50
1.8
8
55
1.8
3
20
1.8
1
27
0.9
0
0
0.9
1
2
0.9
8
67
0.9
0
0
100 333 1787
Prof.
M. Palaniandar, the data has been presented in Table-1. The table depicts
the research output. From the below table, we could clearly see that during
the period 1979 - 2010 a total of 111 publications were published. The
highest publication is 11 in 1996 with 42 Local Citation Scores and 177
Global Citation Scores followed by 10 papers in 2006 with 141 Global
Citation Scores (GCS), 8 papers in 1983 with 56 Global Citation Scores. The
lowest publication is 1 in 1979, 1989, 1986, and 1997.
4. 2
H-index of Prof. M. Palaniandavar
Calculation of h-index
The h-index is based on a list of publications
ranked in descending order by the Times Cited. The
value of h is equal to the number of papers (N) in the list
that have N or more citations. This metric is useful
because it discounts the disproportionate weight of
highly cited papers or papers that have not yet been
cited. In the h-index example below, the h-index is 3
because there are 3 articles with 3 or more citations that
appear above the green line. The h-index factor is based
on the depth of your Web of Science subscription and
your selected timespan. Items that do not appear on the
Results page will not be factored into the calculation. If
your subscription depth is 10 years, then the h-index
value is based on this depth even though a particular
author may have published articles more than 10 years
ago. Moreover, the calculation only includes items in
Web of Science - books and articles in non-covered
journals are not included.
The h-index was developed by J.E. Hirsch and
published in Proceedings of the National Academy of
Sciences of the United States of America 102 (46): 1656916572 November 15 2005.
Results found: 111
Sum of the Times Cited: 1,787
Average Citations per Item: 16.10
h-index: 25
4. 3
Document wise Distribution of Publications
T
able -2.
Document wise Distribution of Publications
#
Document Type
Records
%
TLCS
TGCS
1
Article
94
84.7
307
1681
2
Review
6
5.4
9
38
3
Meeting Abstract
4
3.6
0
0
4
Note
4
3.6
6
44
5
Proceedings Paper
3
2.7
11
24
The highest number of publications were 94(84.7%) in journals
articles with 307 Total Local Citation Scores and 1681 Total Global
Citation Scores and other publications were 6(5.4%) in Reviews,
4(3.6%) in Meeting Abstract and Note, 3(2.7%) in Proceedings Paper.
In the context Prof. M. Palaniandavar 84.7% papers were given
preferences to publish in journal articles and other publication
followed by other forms.
Table- 3.
Journal wise Distribution of Publications of Prof. M. Palaniandavar
#
Journal
Recor
ds
%
IF
TLCS TLCS/t TGCS TGCS/t
1 INORGANIC
CHEMISTRY
17
15.3 4.1
92
11.93
489
53.06
2 JOURNAL OF THE
CHEMICAL SOCIETYDALTON
TRANSACTIONS
14
12.6 3.2
85
5.23
366
22.68
3 INORGANICA CHIMICA
ACTA
11
9.9 1.9
34
3.62
221
23.75
4 JOURNAL OF
INORGANIC
BIOCHEMISTRY
11
9.9 3.1
50
7.90
323
50.95
5 DALTON
TRANSACTIONS
9
8.1 3.6
8
2.27
41
10.86
6 TRANSITION METAL
CHEMISTRY
8
7.2 1.0
5
0.24
43
1.92
7 INDIAN JOURNAL OF
CHEMISTRY SECTION
A-INORGANIC BIOINORGANIC PHYSICAL
THEORETICAL &
ANALYTICAL
CHEMISTRY
5
4.5 0.6
3
0.12
20
1.55
8 ABSTRACTS OF
PAPERS OF THE
AMERICAN CHEMICAL
SOCIETY
4
3.6
0
0.00
0
0.00
9 ANGEWANDTE
MAKROMOLEKULARE
CHEMIE
3
2.7 1.9
1
0.05
4
0.20
10 POLYHEDRON
3
2.7 1.8
1
0.25
33
5.03
11 PROCEEDINGS OF THE
INDIAN ACADEMY OF
SCIENCES-CHEMICAL
SCIENCES
3
2.7
7
0.49
21
1.54
12 AUSTRALIAN JOURNAL
2
1.8 2.4
8
0.26
55
1.77
OF CHEMISTRY
13 EUROPEAN JOURNAL
OF INORGANIC
CHEMISTRY
2
1.8 2.7
0
0.00
4
0.80
14 INORGANICA CHIMICA
ACTA-LETTERS
2
1.8 1.9
0
0.00
29
1.04
15 JOURNAL OF
CHEMICAL SCIENCES
2
1.8 0.7
7
1.30
23
4.07
16 JOURNAL OF
ELECTROANALYTICAL
CHEMISTRY
2
1.8 2.5
3
0.17
21
1.22
17 ACTA
CRYSTALLOGRAPHICA
SECTION C-CRYSTAL
STRUCTURE
COMMUNICATIONS
1
0.9 0.6
5
0.38
8
0.62
18 BIOCONJUGATE
CHEMISTRY
1
0.9 4.6
9
0.60
22
1.47
19 BIOLOGICAL TRACE
ELEMENT RESEARCH
1
0.9 1.0
1
0.05
2
0.09
20 BULLETIN OF THE
CHEMICAL SOCIETY OF
JAPAN
1
0.9 1.7
2
0.33
8
1.33
21 CHEMICAL
COMMUNICATIONS
1
0.9 5.3
4
0.27
10
0.67
22 COMPTES RENDUS
CHIMIE
1
0.9
4
1.00
6
1.50
23 INDIAN JOURNAL OF
CHEMISTRY SECTION
B-ORGANIC
CHEMISTRY
INCLUDING MEDICINAL
CHEMISTRY
1
0.9 0.5
2
0.11
8
0.44
24 INORGANICA CHIMICA
ACTA-ARTICLES
1
0.9 1.9
2
0.07
4
0.14
25 JOURNAL OF
CHEMICAL
CRYSTALLOGRAPHY
1
0.9 0.6
0
0.00
3
0.20
26 JOURNAL OF
HETEROCYCLIC
1
0.9 0.9
0
0.00
1
0.11
CHEMISTRY
27 JOURNAL OF
MACROMOLECULAR
SCIENCE-REVIEWS IN
MACROMOLECULAR
CHEMISTRY AND
PHYSICS
1
0.9
0
0.00
1
0.05
28 JOURNAL OF THE
INDIAN CHEMICAL
SOCIETY
1
0.9 0.4
0
0.00
6
0.21
29 POLYMER
DEGRADATION AND
STABILITY
1
0.9 2.3
0
0.00
15
0.79
The articles of Prof. M. Palaniandavar, which appears in various
journals, have been ranked and 29 journals are displayed in the following
table. The results are self-explanatory by stating that Inorganic Chemistry
in rank- I followed by the other journals.
4. 4
Institution wise Distribution of Publications
Table 4
Shows Institution wise Distribution of Publications
#
Institution
Records
%
1
TLCS TGCS
Bharathidasan University
75
67.6
272
1414
2
Madurai Kamaraj University
13
11.7
15
131
3
Drexel University
7
6.3
9
107
4
Jawaharlal Nehru Centre Advance
Science Research
6
5.4
20
91
5
University Neuchatel
6
5.4
11
102
6
Howard University
5
4.5
4
68
7
Indian Institute of Science
5
4.5
48
178
8
Cent Salt & Marine Chemical Research
Institute
3
2.7
10
23
9
University Leeds
3
2.7
3
51
10 University MIN & MET LEOBEN
3
2.7
1
4
11 University VIRGINIA
3
2.7
0
0
12 Cent Leather Research Institute
2
1.8
6
35
13 Chuo University
2
1.8
14
92
14 Indian Institute Technology
2
1.8
5
22
15 MONTAN University
2
1.8
0
16
16 STATE UNIVERSITY LEIDEN
2
1.8
9
63
17 Ayya Nadar Janaki Ammal College
1
0.9
1
3
18 CATHOLIC UNIV NIJMEGEN
1
0.9
6
52
19 Gerhard Mercator University
1
0.9
0
16
20 Gerhard Mercator University Duisburg
1
0.9
5
11
21 ILLINOIS STATE University
1
0.9
2
4
22 Med College Wisconsin
1
0.9
12
48
23 NEHRU MEM COLL
1
0.9
0
3
24 Tata Inst Fundamental Research
1
0.9
2
19
25 Tokyo University Pharm & Life Science
1
0.9
12
48
26 University Basel
1
0.9
0
8
27 UNIV INSTELLING ANTWERP
1
0.9
6
52
Table 4 indicates Institution-wise research productivity. It is noted that
Bharathidasan University ranks first in order by contributing 75(67.6%)
with 1414 Global Citation Scores of total research output because 1986
onwards he is working as Professor in School of Chemistry,
Bharathidasan University. The second place in order is recorded by
Madurai Kamaraj Universitry, which shares 13(11.7%) with 131 Global
Citation Scores because 1973-86 served as a Faculty in Madurai
Kamaraj University, Drexel University 7(6.3%) with 107 Global Citation
Scores and also good collaborative research relationship with more than
20 Institutions like Jawaharlal Nehru Centre Advance Science Research,
University Neuchatel, Howard University, Indian Institute of Science
etc.,
Table 5.
Institutions with Department wise Distribution of Publications
#
Institution with Subdivision
Records
%
TLCS TGCS
1
Bharathidasan University, Dept
Chemistry
57
51.4
202
1160
2
Bharathidasan University, School of
Chemistry
17
15.3
53
219
3
Madurai Kamaraj University, Dept
Inorganic Chemistry
9
8.1
14
95
4
Cent Salt & Marine Chem Res Inst
8
7.2
5
23
5
Drexel University, Dept Chem
7
6.3
9
107
6
Jawaharlal Nehru Ctr Adv Sci Res,
Chem & Phys Mat Unit
6
5.4
20
91
7
Howard University, Dept Chem
4
3.6
1
14
8
INDIAN INST SCI, DEPT INORGAN &
PHYS CHEM
4
3.6
44
151
9
Cent Salt & Marine Chem Res Inst,
Analyt Sci Discipline
3
2.7
10
23
10 University Leeds, Sch Chem
3
2.7
3
51
11 UNIV MIN & MET LEOBEN, INST
CHEM KUNSTSTOFFE
3
2.7
1
4
12 University Neuchatel, Dept Chem
3
2.7
3
26
13 University Neuchatel, Inst Chim
3
2.7
8
76
14 University VIRGINIA, DEPT CHEM
3
2.7
0
0
15 Cent Leather Res Inst, Chem Lab
2
1.8
6
35
16 Chuo Univ, Dept Appl Chem
2
1.8
14
92
17 Indian Inst Technol, Reg Sophisticated
Instrumentat Ctr
2
1.8
5
22
18 Madurai Kamaraj Univ, Sch Chem
2
1.8
1
23
19 University Neuchatel
2
1.8
4
8
20 Ayya Nadar Janaki Ammal Coll,
Postgrad Dept Chem
1
0.9
1
3
21 Bharathidasan University, Dept Anim
Sci
1
0.9
2
19
22 Bharthidasan Univ, Dept Chem
1
0.9
17
35
23 Catholic Univ Nijmegen, Crystallog Lab
1
0.9
6
52
24 Gerhard Mercator University Duisburg
1
0.9
5
11
25 Gerhard Mercator University, Inst
Synth Chem
1
0.9
0
16
26 Howard University
1
0.9
3
54
27 Illinois State Univ, Dept Chem
1
0.9
2
4
28 Indian Inst Sci, Bangalore 560012
1
0.9
4
27
29 Madurai Kamaraj Univ, Dept Organ
Chem
1
0.9
0
13
30 Madurai University, Sch Chem
1
0.9
0
0
31 Med Coll Wisconsin, Biophys Res Inst
1
0.9
12
48
1
0.9
0
1
33 Montan Univ, Inst Chem Kunststoffe
1
0.9
0
15
34 Nehru Mem Coll, Dept Phys
1
0.9
0
3
35 State Univ Leiden, Dept Chem
1
0.9
3
11
36 State Univ Leiden, Gorlaeus Labs
1
0.9
6
52
37 Tata Inst Fundamental Res, Natl Ctr
Biol Sci
1
0.9
2
19
38 Tokyo Univ Pharm & Life Sci, Sch
Pharm
1
0.9
12
48
39 Univ Basel, Dept Chem
1
0.9
0
8
40 Univ Instelling Antwerp, Dept Chem
1
0.9
6
52
32
Montan Univ, Inst Chem &
Phys
4. 5
Country wise Distribution of Publications
Table 6.
Country wise Distribution of Publications
#
Country
Records
%
TLCS TGCS
1 India
104
93.7
321
1670
2 USA
10
9.0
24
172
3 Switzerland
8
7.2
15
110
4 Austria
5
4.5
1
20
5 UK
3
2.7
3
51
6 Germany
2
1.8
5
27
7 Japan
2
1.8
14
92
8 Netherlands
2
1.8
9
63
9 Belgium
1
0.9
6
52
Table 6 indicates that articles 104(93.7%) are contributed with India,
followed by USA 10(9.0%), and more over collaborative research with
various countries like Switzerland 8(7.2%), Austria 5(4.5%), UK, Germany,
Japan, Netherlands, Belgium.
4. 6
Subject wise Distribution of Publications
Table 7.
Shows Subject wise Distribution of Publications
#
Subject Area
Record s
%
1
Chemistry, Inorganic & Nuclear
78
70.27
2
Chemistry, Multidisciplinary
21
18.92
3
Biochemistry & Molecular Biology
13
11.71
4
Crystallography
5
4.50
5
Polymer Science
5
4.50
6
Chemistry, Organic
3
2.70
7
Chemistry, Analytical
2
1.80
8
Electrochemistry
2
1.80
9
Biochemical Research Methods
1
0.90
10
Endocrinology & Metabolism
1
0.90
11
Spectroscopy
1
0.90
111
100
Total
The study has categorized the research papers of C.V. Raman broad
subject-wise viz. It’s evident from table shows that most of the articles
78(70.27%) covered in Chemistry, Inorganic and Nuclear and followed by
Chemistry, Multidisciplinary 21(18.92%), Biochemistry and Molecular
Biology 13(11.71%), Crystallography and polymer science 5(4.50%), Organic
Chemistry 3(2.70%), Analytical Chemistry 2(1.80%), Electrochemistry
2(1.80%), and other areas less than 2 Publications in various discipline like
Biochemical
Research
Spectroscopy respectively.
Methods,
Endocrinology
and
Metabolism,
4. 7 Zif’s Law (Frequency of words occurred in the documents)
Table 8.
Shows Frequency of words occurred in the Documents
#
Word
1 COMPLEXES
2 COPPER
3 LIGANDS
4 STRUCTURE
5 SYNTHESIS
6 DNA
7 III
8 SPECTRA
9 MODELS
10 IRON
11 REDOX
12 BIS
13 PROPERTIES
14 BINDING
15 LIGAND
16 CATECHOL
17 PHENOLATE
18 SPECTRAL
19 CLEAVAGE
20 EFFECT
21 INTERACTION
22 ROLE
23 DIOXYGENASES
Recs
71
58
34
25
25
23
22
22
20
18
18
17
17
15
14
12
11
11
10
10
10
10
8
TLCS
243
163
136
90
74
101
111
90
83
110
78
81
50
52
43
78
45
33
37
21
9
37
40
TGCS
1327
1103
600
402
380
706
302
452
285
261
318
376
346
348
211
196
240
198
253
160
66
159
80
24 ELECTROCHEMICAL
8
24
125
25 NOVEL
26 ACTIVITY
27 COORDINATION
28 DIIMINE
29 FUNCTIONAL
30 RUTHENIUM
31 TRIDENTATE
32 BEHAVIOR
33 BIOMIMETIC
34 CALF
8
7
7
7
7
7
7
6
6
6
37
26
39
17
46
23
49
45
10
42
196
162
205
136
127
141
171
172
46
282
#
Word
Recs TLCS TGCS
51 BENZIMIDAZOLE
4
30
158
52 BENZIMIDAZOLYL
4
31
92
53 BIDENTATE
4
2
41
54 BONDING
4
7
44
55 CHELATING
4
6
30
56 COMPLEX
4
9
52
57 CRYSTAL
4
22
133
58 DIIMINES
4
6
35
59 DIPICOLYLAMINE
4
6
86
60 GALACTOSE
4
12
89
61 HEXOLIC
4
1
5
62 HINDRANCE
4
8
41
63 NON-HEME
4
10
13
64 OXIDASE
4
12
89
65 POLYESTERS
4
1
19
66 PYRID-2-YL
4
11
89
67 REACTIVITY
4
3
8
68 SITE
4
25
108
69 SPECTROSCOPIC
4
17
168
70 STERIC
4
8
41
71 TETRADENTATE
4
30
86
72 UNUSUAL
4
22
113
73 103
26
116
PHENANTHROLINE
74 103
19
201
PHENANTHROLINES
75 ACID
3
7
49
76 ACTIVE
3
12
81
77 AXIAL
3
14
91
78 BENZIMIDAZOL-2-YL 3
3
13
79 BF4
3
3
54
80 CONJUGATION
3
3
15
81 CONTAINING
3
6
58
82 COORDINATED
3
3
15
83 COORDINATING
3
16
27
84 COUPLING
3
7
45
35 MIXED
36 MIXED-LIGAND
37 NEW
38 STERICALLY
39 THYMUS
6
6
6
6
6
14
9
10
19
42
104
49
40
78
282
40 AMINE
5
21
70
41 BOUND
42 COBALT
43 COPPERCOMPLEXES
44 HINDERED
45 TERNARY
46 TRIPODAL
47 6-DMP
48 ANHYDRIDE
49 BASED
50 BEHAVIOUR
5
5
5
41
9
5
298
100
23
5
5
5
4
4
4
4
17
13
35
13
1
1
6
75
84
152
59
5
5
41
85 CYTOSINE
86 DIHYDRATE
87 DITHIOETHER
88 DNA-BINDING
89 ELECTROCHEMICALBEHAVIOR
90 ELECTRON-SPINRESONANCE
91 ELECTRONIC
92 EXCITON
93 EXTENSIVE
94 FORMED
95 MONONUCLEAR
96 MONOPHENOLATE
97 NICKEL
98 PERCHLORATE
99 PROTEINS
100 RAC
3
3
3
3
3
10
21
5
18
9
36
53
22
162
76
3
2
33
3
3
3
2
7
3
33
45
15
3
3
3
3
3
3
3
2
4
17
8
27
9
7
33
6
46
59
102
50
45
Zipf's Law is often used to predict the frequency of words within a
text. The Law states that in a relatively lengthy text, if you "list the words
occurring within that text in order of decreasing frequency, the rank of a
word on that list multiplied by its frequency will equal a constant. The
equation for this relationship is: r x f = k where r is the rank of the word, f
is the frequency, and k is the constant (Potter 1988). Zipf illustrated his law
with an analysis of James Joyce's Ulysses. "He showed that the tenth most
frequent word occurred 2,653 times, the hundredth most frequent word
occurred 265 times, the two hundredth word occurred 133 times, and so
on. Zipf found, then that the rank of the word multiplied by the frequency
of the word equals a constant that is approximately 26,500" (Potter 1988).
Zipf's Law, again, is not statistically perfect, but it is very useful for
indexers.
4. 8
Collaborated Authors v/s number of citations
Table 9
Shows Collaborated Authors v/s number of citations
#
Author
1 Palaniandavar M
Recs %
TLCS TLCS/t TGCS TGCS/t TLCR
111 100.0
333
36.64
1787
188.06
333
Collaborators
2 Rajendiran V
12
10.8
25
5.33
169
36.57
77
3 Suresh E
11
9.9
15
4.17
46
13.55
81
4 Murali M
9
8.1
17
2.71
70
11.24
36
5 Viswanathan R
9
8.1
64
4.35
274
18.64
14
6 Addison AW
8
7.2
12
0.59
117
6.34
2
7 Maheswari PU
8
7.2
37
6.26
261
43.35
38
8 Mayilmurugan R
8
7.2
34
6.88
79
15.25
55
9 Stoeckli-Evans H
8
7.2
15
3.63
110
23.58
55
10 NATARAJAN C
7
6.3
11
0.36
74
2.45
8
11 Balamurugan R
6
5.4
14
1.69
104
14.92
30
12 Mahadevan S
6
5.4
41
2.98
270
20.30
11
13 Velusamy M
6
5.4
40
5.61
114
15.05
23
14 Butcher RJ
5
4.5
4
0.27
68
4.58
3
15 Gopalan RS
5
4.5
18
2.16
84
9.81
17
16 Lakshminarayanan M
5
4.5
48
2.79
178
10.41
7
17 PANDIYAN T
5
4.5
39
2.24
111
6.46
8
18 SIVASAMY P
5
4.5
1
0.05
20
1.04
1
19 Vaidyanathan M
5
4.5
17
1.46
114
10.21
15
20 VIJAYAKUMAR CT
5
4.5
1
0.05
20
1.04
1
21 Balasubramanian T
4
3.6
35
2.57
144
10.73
6
22 Dhanalakshmi T
4
3.6
8
1.87
14
3.20
30
23 Periasamy VS
4
3.6
3
0.83
28
7.92
34
24 Selvi PT
4
3.6
8
1.00
96
13.83
15
25 Sivagnanam U
4
3.6
10
0.78
54
4.16
3
26 WEST DX
4
3.6
2
0.07
42
1.50
1
27 Akbarsha MA
3
2.7
3
0.83
27
7.42
18
28 Halcrow MA
3
2.7
3
0.50
51
8.66
14
29 Kulkarni GU
3
2.7
15
2.06
49
6.81
7
30 Manohar H
3
2.7
38
2.23
97
5.81
5
31 Muthiah PT
3
2.7
12
0.80
50
3.50
3
32 Ramakrishnan S
3
2.7
3
0.50
21
4.50
33
33 SINN E
3
2.7
0
0.00
0
0.00
0
34 Somasundaram I
3
2.7
7
0.45
33
2.11
4
35 Uma R
3
2.7
7
0.42
71
4.27
5
36 Visvaganesan K
3
2.7
5
1.25
8
2.00
23
37 ARUMUGAM N
2
1.8
1
0.03
23
0.80
1
38 Chikira M
2
1.8
14
1.67
92
12.67
6
39 Henkel G
2
1.8
5
0.56
27
2.68
5
40 Kilner CA
2
1.8
3
0.50
35
5.46
9
41 Kockerling M
2
1.8
5
0.56
27
2.68
5
42 Krishnamurthy H
2
1.8
2
0.50
20
5.25
27
43 MANISANKAR P
2
1.8
1
0.03
23
0.80
1
44 Muthiah TP
2
1.8
23
1.77
110
8.46
4
45 Parthasarathi R
2
1.8
6
1.13
35
6.73
7
46 REEDIJK J
2
1.8
9
0.39
63
2.74
0
47 Sivasubramanian S
2
1.8
1
0.03
23
0.80
1
48 Srinag BS
2
1.8
2
0.50
20
5.25
27
49 Sugizaki T
2
1.8
14
1.67
92
12.67
6
50 Sundaravel K
2
1.8
2
0.67
5
2.00
14
Out of the 111 papers of Prof. M. Palaniandavar, papers written in
single–author collaboration with other contemporaries accounted for
Mahadevan 6 Papers with 270 Global Citation Scores followed by
Maheswari 8 paper with 261 Global Citation Scores and 2 papers has been
written with out collaborators. As a matter fact, the collaborated papers of
Prof. M. Palaniandavar have made great impact to the scientific world. In
comparison with the number of citations per paper, it has been observed
that collaborated papers are well ahead of self-written papers.
Again, Table 9 reveals that citations to the collaborated papers
varied from collaborator to collaborator. Papers with ‘R. Visvanathan’ 9
Papers with 274 Global Citation Scores followed by ‘V. Rajendiran’ 12
Papers with 169 Global Citation Scores, could make remarkably great
impact than any other collaborators. It is also pointed out that the number
of citations per papers written in collaboration with ‘Addison AW’;
‘Velusamy M’; ‘Balasubramanian T’ etc. are also well placed in the forefront.
4. 9 Single Vs Multi-Authors
Table 10
Shows Single Vs Multi- Authors
#
Author
Records
%
2
1.80
2 Double Authors
35
31.53
3 Three Authors
30
27.03
4 Four Authors
27
24.32
5 Five Authors
7
6.31
6 Six Authors
4
3.61
7 Seven Authors
2
1.80
8 Eight Authors
3
2.70
9 Nine Authors
0
0.00
1
0.90
111
100
1 Single Author
10 Ten and More Authors
Total
The table 10 shows the distribution of single Vs multiple authored
papers
of Prof. M. Palaniandavar published in the field of Chemistry. It
could be deduced from that among Prof. M. Palaniandavar publications
multi- authored papers dominate with the high percent of 98.20. The single
authored papers are less, which reflects the fact that the group activity in
research and problem solving activities in the field of chemistry is found
high.
Table .11
Professor M. Palaniandavar Collection
Professor M. Palaniandavar
Grand Totals: LCS 333, GCS 1787
Collection span: 1979 - 2010
Records: 111, Authors: 100, Journals: 29, Cited References: 2826,
Words:
462
Yearly output | Document Type | Language | Institution | Institution
with Subdivision | Country
# LCR CR
Date / Author / Journal
LCS
GCS
1979
1
0
7 1 NATARAJAN C, ASHOK RFN, PALANIANDAVAR
M
(ETHYLACETOACETATO)(SALICYLALDEHYDATO)
COPPER(II) - PREPARATION AND REACTIONS
WITH AMINES
INDIAN JOURNAL OF CHEMISTRY SECTION AINORGANIC BIO-INORGANIC PHYSICAL
THEORETICAL & ANALYTICAL CHEMISTRY.
1979; 17 (2): 195-196
0
0
1980
2
1
25 2 PALANIANDAVAR M, NATARAJAN C
COBALT(II), NICKEL(II) AND COPPER(II)
COMPLEXES OF SOME ORTHOHYDROXYCROTONOPHENONES
AUSTRALIAN JOURNAL OF CHEMISTRY. 1980;
33 (4): 729-736
3
18
3
1
20 3 PALANIANDAVAR M, NATARAJAN C
COBALT(II), NICKEL(II) AND COPPER(II)
COMPLEXES OF SOME 2'HYDROXYCHALCONES
AUSTRALIAN JOURNAL OF CHEMISTRY. 1980;
5
37
33 (4): 737-745
1982
4
1
16 4 NATARAJAN C, PALANIANDAVAR M
EFFECT OF EXTENSIVE CONJUGATION OF
COORDINATED IMINE ON NATURE OF BONDING
AND STRUCTURE OF CU(II), NI(II) AND CO(II)
COMPLEXES OF 2'-HYDROXYCHALCONEIMINE,
INDIAN JOURNAL OF CHEMISTRY SECTION AINORGANIC BIO-INORGANIC PHYSICAL
THEORETICAL & ANALYTICAL CHEMISTRY.
1982; 21 (7): 670-673
2
6
5
0
8 5 SIVASUBRAMANIAN S, MANISANKAR P,
PALANIANDAVAR M, ARUMUGAM N, DONOR
PROPERTIES OF THE NITRONE FUNCTION IN
COPPER(II) COMPLEXES OF SOME 2-HYDROXY1-NAPHTHYLNITRONES
TRANSITION METAL CHEMISTRY. 1982; 7 (6):
346-349
1
14
1983
6
0
14 6 PALANIANDAVAR M, WEST DX
ELECTRONIC AND ELECTRON-SPINRESONANCE SPECTRA OF SOME COPPER(II)
COMPLEXES FORMED BY 2 DIFFERENT
BIDENTATE DIOXYGEN DONORS
INORGANICA CHIMICA ACTA-ARTICLES. 1983;
71 (MAY): 61-64
2
4
7
0
10 7 WEST DX, PALANIANDAVAR M
ELECTRONIC AND ELECTRON-SPINRESONANCE SPECTRA OF SOME TERNARY
COPPER(II) COMPLEXES FORMED BY
BIDENTATE (O, O) AND (O,N) LIGANDS
INORGANICA CHIMICA ACTA-LETTERS. 1983; 76
(3): L149-L150
0
16
8
0
15 8 WEST DX, PALANIANDAVAR M
ELECTRONIC AND ELECTRON-SPINRESONANCE SPECTRA OF SOME TERNARY
COPPER(II) COMPLEXES FORMED BY
0
13
BIDENTATE (O, N) LIGANDS
INORGANICA CHIMICA ACTA-LETTERS. 1983; 77
(3): L97-L98
9
2
16 9 NATARAJAN C, PALANIANDAVAR M
EFFECT OF EXTENSIVE CONJUGATION OF
COORDINATED C=O ON THE NATURE OF
BONDING AND STEREOCHEMISTRY IN CO(II),
NI(II) AND CU(II) 2'-HYDROXY-4-X-CHALCONE
COMPLEXES - HAMMETT CORRELATION AND
AN EVIDENCE FOR METAL-LIGAND PI-BONDING
JOURNAL OF THE INDIAN CHEMICAL SOCIETY.
1983; 60 (1): 1-6
0
6
10
2
6 10 NATARAJAN C, PALANIANDAVAR M
STEREOCHEMISTRY OF COPPER(II), NICKEL(II)
AND COBALT(II) 2'-HYDROXY-5'-XCHALCONEOXIME COMPLEXES
PROCEEDINGS OF THE INDIAN ACADEMY OF
SCIENCES-CHEMICAL SCIENCES. 1983; 92 (3):
265-270
0
4
11
0
15 11 PALANIANDAVAR M
CARBOXYLATE MIXED-LIGAND COMPLEXES OF
COPPER(II) WITH SOME CHELATING CARBONYL
AND IMINE LIGANDS AND THEIR REACTIVITY
TRANSITION METAL CHEMISTRY. 1983; 8 (1):
14-16
1
1
12
1
10 12 NATARAJAN C, PALANIANDAVAR M
ELECTRON-PARAMAGNETIC-RES STUDIES OF
THE EFFECT OF EXTENSIVE CONJUGATION OF
COORDINATED C=O AND C=N IN SOME
COPPER(II) COMPLEXES
TRANSITION METAL CHEMISTRY. 1983; 8 (4):
229-233
1
3
13
1
9 13 WEST DX, SIVASUBRAMANIAN S,
MANISANKAR P, PALANIANDAVAR M,
ARUMUGAM N
A REASSESSMENT OF THE BONDING OF THE
NITRONE FUNCTION IN COPPER(II) COMPLEXES
0
9
OF SOME 2-HYDROXY-1-NAPHTHYLNITRONES
TRANSITION METAL CHEMISTRY. 1983; 8 (5):
317-318
1984
14
0
0 14 ADDISON AW, PALANIANDAVAR M
SYNTHESIS AND ELECTRON-TRANSFER
PROPERTIES OF COPPER(II) COMPLEXES OF
MULTIDENTATE BENZIMIDAZOLE-THIOETHER
LIGANDS
ABSTRACTS OF PAPERS OF THE AMERICAN
CHEMICAL SOCIETY. 1984; 188 (AUG): 68-INOR
0
0
15
0
0 15 ADDISON AW, PALANIANDAVAR M, SINN E
AQUOBIS(2, 9-DIMETHYL-1-10PHENANTHROLINE)COPPER(II)
TETRAFLUOROBORATE HYDRATE,
[CU(DMP)2(OH2)](BF4)2H2O
ABSTRACTS OF PAPERS OF THE AMERICAN
CHEMICAL SOCIETY. 1984; 188 (AUG): 258-INOR
0
0
16
0
0 16 ADDISON AW, PALANIANDAVAR M, BUTCHER
RJ, SINN E
STRUCTURE, REDOX PROPERTIES AND
SPECTROSCOPY OF A COPPER MACROCYCLE
ABSTRACTS OF PAPERS OF THE AMERICAN
CHEMICAL SOCIETY. 1984; 188 (AUG): 259-INOR
0
0
1988
17
0
26 17 ADDISON AW, PALANIANDAVAR M,
DRIESSEN WL, PAAP F, REEDIJK J
COPPER-COMPLEXES OF SOME
TETRADENTATE PYRAZOLYL AMINES
INORGANICA CHIMICA ACTA. 1988 FEB 1; 142
(1): 95-100
3
11
18
0
28 18 SANNI SB, BEHM HJ, BEURSKENS PT,
VANALBADA GA, REEDIJK J, et al.
COPPER(II) AND ZINC(II) COORDINATIONCOMPOUNDS OF TRIDENTATE
BIS(BENZIMIDAZOLE)PYRIDINE LIGANDS CRYSTAL AND MOLECULAR-STRUCTURES OF
6
52
BIS[2, 6-BIS(1'-METHYLBENZIMIDAZOL-2'YL)PYRIDINE]COPPER(II) DIPERCHLORATE
MONOHYDRATE AND (ACETONITRILE)[2,6BIS(BENZIMIDAZOL-2'YL)PYRIDINE](PERCHLORATO) COPPER(I I)
PERCHLORATE, JOURNAL OF THE CHEMICAL
SOCIETY-DALTON TRANSACTIONS. 1988 JUN;
(6): 1429-1435
19
0
0 19 BUTCHER RJ, ADDISON AW, ADDISON AW,
WAHLGREN C, PALANIANDAVAR M, et al.
STRUCTURE AND PROPERTIES OF IRON(II) AND
COPPER(II) COMPLEXES OF DIPICOLYLAMINE,
[FE(L)2](BF4)2, ABSTRACTS OF PAPERS OF THE
AMERICAN CHEMICAL SOCIETY. 1988 JUN 5;
195: 108-INOR
0
0
1
2
1989
20
0
25 20 PALANIANDAVAR M
MODELS FOR ENZYME COPPER NUCLEIC-ACID
INTERACTION - H-1-NMR LINE BROADENING
STUDY OF THE INTERACTION OF SOME
COPPER-COMPLEXES WITH CYTIDINE,
BIOLOGICAL TRACE ELEMENT RESEARCH.
1989 JUL-SEP; 21: 41-48
1991
21
0 139 21 SIVASAMY P, VIJAYAKUMAR CT,
PALANIANDAVAR M , FLAME-RETARDANT
POLYMERS BASED ON HEXOLIC
ACID/ANHYDRIDE AND ITS DERIVATIVES,
JOURNAL OF MACROMOLECULAR SCIENCEREVIEWS IN MACROMOLECULAR CHEMISTRY
AND PHYSICS. 1991; C31 (2-3): 165-213
0
1
22
0
1
3
19 22 SIVASAMY P, PALANIANDAVAR M,
VIJAYAKUMAR CT , STUDIES ON HEXOLIC
ANHYDRIDE BASED POLYESTERS .1.
CHARACTERIZATION AND SEQUENCE
DETERMINATION IN HEXOLIC BASED
COPOLYESTERS BY H-1 AND C-13-NMR,
ANGEWANDTE MAKROMOLEKULARE CHEMIE.
1991 MAR; 187: 169-185
23
1
53 23 SAMASUNDARAM I, KOMMIYA MK,
PALANIANDAVAR M
MODELS FOR ENZYME COPPER NUCLEIC-ACID
INTERACTION - INTERACTION OF SOME
COPPER-COMPLEXES DERIVED FROM
SALICYLALDEHYDE, GLYCINE AND ALPHAALANINE WITH CYTOSINE, CYTIDINE AND
DEOXYCYTIDINE
JOURNAL OF THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 1991 AUG; (8): 2083-2089
0
2
1992
24
0
16 24 SIVASAMY P, PALANIANDAVAR M,
VIJAYAKUMAR CT, LEDERER K , THE ROLE OF
BETA-HYDROGEN IN THE DEGRADATION OF
POLYESTERS
POLYMER DEGRADATION AND STABILITY. 1992;
38 (1): 15-21
0
15
25
0
24 25 SIVASAMY P, PALANIANDAVAR M,
VIJAYAKUMAR CT , STUDIES ON HEXOLIC
ANHYDRIDE BASED POLYESTERS .2.
THERMOGRAVIMETRIC ANALYSIS
ANGEWANDTE MAKROMOLEKULARE CHEMIE.
1992 MAR; 196: 155-168
0
0
26
1
32 26 SIVASAMY P, PALANIANDAVAR M,
VIJAYAKUMAR CT
STUDIES ON HEXOLIC ANHYDRIDE BASED
POLYESTERS .3. MECHANISTIC AND
COMPARATIVE ASPECTS OF THE PRODUCT
DISTRIBUTIONS IN THE THERMALDEGRADATION
ANGEWANDTE MAKROMOLEKULARE CHEMIE.
1992 MAY; 197: 1-21
0
1
27
1
47 27 PANDIYAN T, PALANIANDAVAR M,
LAKSHMINARAYANAN M, MANOHAR H
STRUCTURE, SPECTRA AND REDOX BEHAVIOR
OF COPPER(II) COMPLEXES OF
17
35
BIS(BENZIMIDAZOLYL)DIAMINE LIGANDS
JOURNAL OF THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 1992 DEC 7; (23): 3377-3384
28
0
20 28 SIVAGNANAM U, PALANIANDAVAR M
SELECTIVE INCLUSION OF METHYLVIOLOGEN
BY BETA-CYCLODEXTRIN - EFFECT OF
CYCLODEXTRINS ON THE ELECTROCHEMISTRY
OF METHYLVIOLOGEN
JOURNAL OF ELECTROANALYTICAL CHEMISTRY.
1992 DEC 10; 341 (1-2): 197-207
2
13
29
0
21 29 RAJENDRAN U, VISWANATHAN R,
PALANIANDAVAR M, LAKSHMINARAYANAN M
AN UNUSUAL AXIAL COORDINATION OF
PHENOLATE OXYGEN TO COPPER(II) - CRYSTALSTRUCTURE OF CHLORO(2-[BIS(2-PYRIDYLMETHYL)AMINOMETHYL]-4NITROPHENOLATO)COPPER(II)
JOURNAL OF THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 1992 DEC 21; (24): 3563-3564
4
27
1993
30
0
13 30 SIVAGNANAM U, PANDIYAN T,
PALANIANDAVAR M
SYNTHESIS OF CERTAIN MULTIDENTATE
BENZIMIDAZOLE-DERIVED LIGANDS
INDIAN JOURNAL OF CHEMISTRY SECTION BORGANIC CHEMISTRY INCLUDING MEDICINAL
CHEMISTRY. 1993 MAY; 32 (5): 572-576
2
8
31
1
56 31 SOMASUNDARAM I, PALANIANDAVAR M
MODELS FOR ENZYME-COPPER-NUCLEIC ACID
INTERACTION - INTERACTION OF SOME
BIOMIMETIC COPPER-COMPLEXES DERIVED
FROM SALICYLALDEHYDE, GLYCINE AND
ALPHA-ALANINE WITH ADENINE AND
ADENOSINE
1
4
INDIAN JOURNAL OF CHEMISTRY SECTION AINORGANIC BIO-INORGANIC PHYSICAL
THEORETICAL & ANALYTICAL CHEMISTRY. 1993
JUN; 32 (6): 495-501
32
2
40 32 UMA R, PALANIANDAVAR M
COPPER(II)-DISULFIDE INTERACTION IN
COPPER-COMPLEXES CONTAINING
SALICYLALDIMINE AND PYRIDYLALDIMINE
LIGANDS - SYNTHESIS, SPECTRA AND REDOX
BEHAVIOR
TRANSITION METAL CHEMISTRY. 1993 DEC; 18
(6): 629-634
0
4
1994
33
1
85 33 SOMASUNDARAM I, PALANIANDAVAR M
FACTORS INFLUENCING THE STABILITY OF ATP
IN TERNARY COMPLEXES - SPECTROSCOPIC
INVESTIGATION OF THE INTERACTION OF
CERTAIN BIOMIMETIC COPPER(II) COMPLEXES
WITH ATP AND AMP
JOURNAL OF INORGANIC BIOCHEMISTRY. 1994
FEB 1; 53 (2): 95-107
1
6
34
2
44 34 UMA R, VISWANATHAN R, PALANIANDAVAR M,
LAKSHMINARAYANAN M
COPPER(II) COMPLEXES OF NOVEL TRIPODAL
LIGANDS CONTAINING PHENOLATE AND
BENZIMIDAZOLE PYRIDINE PENDANTS SYNTHESIS, STRUCTURE, SPECTRA AND
ELECTROCHEMICAL-BEHAVIOR
JOURNAL OF THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 1994 APR 21; (8): 1219-1226
6
54
35
1
30 35 PALANIANDAVAR M, SUJATHA M
COPPER(II)-DISULFIDE INTERACTION - A
SPECTROSCOPIC AND ELECTROCHEMICAL
STUDY OF THE INTERACTION OF COPPER(II)
0
1
WITH AN IMIDAZOLE-CONTAINING DISULFIDE
TRANSITION METAL CHEMISTRY. 1994 AUG; 19
(4): 439-441
36
1
54 36 SIVAGNAMAM U, PALANIANDAVAR M
INFLUENCE OF CHELATE-RING SIZE AND
NUMBER OF SULFUR-DONOR ATOMS ON
SPECTRA AND REDOX BEHAVIOR OF COPPER(II)
BIS(BENZIMIDAZOLYL) TETRA-THIOETHER AND
PENTA-THIOETHER COMPLEXES
JOURNAL OF THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 1994 AUG 7; (15): 2277-2283
0
17
37
3
31 37 MURALI M, PALANIANDAVAR M,
PANDIYAN T
SYNTHESIS, SPECTRA AND ELECTROCHEMICALBEHAVIOR OF BIOMIMETIC COPPER(II)
COMPLEXES WITH CUN5 AND CUN6
CHROMOPHORES
INORGANICA CHIMICA ACTA. 1994 SEP; 224 (12): 19-25
3
20
1995
38
2
45 38 PALANIANDAVAR M, PANDIYAN T,
LAKSHMINARAYANAN M, MANOHAR H
FACIAL COORDINATION IN
BIS[BIS(BENZIMIDAZOL-2YLMETHYL)AMINE]COPPER(II) PERCHLORATE
DIHYDRATE - SYNTHESIS, STRUCTURE,
SPECTRA AND REDOX BEHAVIOR
JOURNAL OF THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 1995 FEB; (3): 455-461
16
39
39
4
59 39 VISWANATHAN R, PALANIANDAVAR M
ANALOGS OF THE IRON-BINDING SITE IN
CATECHOL 1, 2-DIOXYGENASE - IRON(III)
COMPLEXES OF BENZIMIDAZOLE AND
PYRIDINE-CONTAINING TRIDENTATE LIGANDS
JOURNAL OF THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 1995 APR 21; (8): 1259-1266
13
27
40
5
38 40 PALANIANDAVAR M, ANITHA N,
0
2
BALASUBRAMANIAN S
SPECTRAL AND ELECTROCHEMICAL-BEHAVIOR
OF SOME COPPER(II) COMPLEXES WITH CUO4
CHROMOPHORE
INDIAN JOURNAL OF CHEMISTRY SECTION AINORGANIC BIO-INORGANIC PHYSICAL
THEORETICAL & ANALYTICAL CHEMISTRY. 1995
OCT; 34 (10): 803-808
41
2
48 41 PANDIYAN T, MURALI M, PALANIANDAVAR M
COPPER(II)-THIOLATE COMPLEXES WITH NOVEL
TRIPODAL-LIKE AND TETRAPODAL-LIKE
BENZIMIDAZOLES
TRANSITION METAL CHEMISTRY. 1995 OCT; 20
(5): 440-444
1
9
1996
42
0
42 42 Mahadevan S, Palaniandavar M, Chiral
discrimination in the binding of
tris(phenanthroline)ruthenium(II) to calf thymus
DNA: An electrochemical study, BIOCONJUGATE
CHEMISTRY. 1996 JAN-FEB; 7 (1): 138-143
9
22
43
2
33 43 Palaniandavar M, Butcher RJ, Addison AW
Dipicolylamine complexes of copper(II): Two
different coordination geometries in the same unit
cell of Cu(Dipica)(2)(BF4)(2)
INORGANIC CHEMISTRY. 1996 JAN 17; 35 (2):
467-471
3
54
44
5
34 44 Murali M, Palaniandavar M
Mixed-ligand copper(II) complexes with positive
redox potentials, TRANSITION METAL
CHEMISTRY. 1996 APR; 21 (2): 142-148
1
2
45
2
53 45 Palaniandavar M, Somasundaram I,
Lakshminarayanan M, Manohar H , Stabilisation
of unusual simultaneous binding of four cytosine
5
23
nucleobases to copper(II) by a novel network of
bifurcated hydrogen bonding, JOURNAL OF THE
CHEMICAL SOCIETY-DALTON TRANSACTIONS.
1996 APR 7; (7): 1333-1340
46
1
37 46 Uma R, Palaniandavar M, Butcher RJ
Synthesis, structure, spectra and redox
interconversions in copper(II) complexes of 5, 6diphenyl-3-(2-pyridyl)-1,2,4-triazine, JOURNAL OF
THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 1996 MAY 21; (10): 2061-2066
1
13
47
1
44 47 Palaniandavar M, Viswanathan R
Iron(III) complexes of phenolate ligands as models
for catechol dioxygenases, PROCEEDINGS OF THE
INDIAN ACADEMY OF SCIENCES-CHEMICAL
SCIENCES. 1996 JUN; 108 (3): 235-249
6
6
48
2
40 48 Viswanathan R, Palaniandavar M,
Balasubramanian T, Muthiah PT
Synthesis, structure, spectra and redox chemistry
of iron(III) complexes of tridentate pyridyl and
benzimidazolyl ligands
JOURNAL OF THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 1996 JUN 21; (12): 2519-2525
12
31
49
0
54 49 Sivagnanam U, Palaniandavar M
Electrochemical behaviour of certain biomimetic
copper(II) complexes in aqueous and aqueous
micellar solutions
JOURNAL OF ELECTROANALYTICAL
CHEMISTRY. 1996 JUN 27; 410 (1): 43-53
1
8
50
0
14 50 Balasubramanian T, Viswanathan R,
Palaniandavar M, Muthiah PT
Molecular structure of N, N-bis(benzimidazol-2ylethyl)sulfide dihydrochloride dihydrate, a heavy
metal chelating ligand
JOURNAL OF CHEMICAL CRYSTALLOGRAPHY.
1996 JUL; 26 (7): 457-460
0
3
51
1
54 51 Usha S, Palaniandavar M
Novel, selective and co-operative assembly of
cyclodextrins around [1, 8-bis(pyridin-2-yl)-3,6dithiaoctane]copper(II)
JOURNAL OF THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 1996 JUL 7; (13): 2609-2615
0
5
52
0
11 52 Mahadevan S, Palaniandavar M
[Cu(5, 6-dmp)(2)](2+) selectively and reversibly
converts calf thymus DNA from right-handed B to
left-handed Z conformation
CHEMICAL COMMUNICATIONS. 1996 NOV 21;
(22): 2547-2548
4
10
8
67
1997
53
2
68 53 Mahadevan S, Palaniandavar M
Spectroscopic and voltammetric studies of
copper(II) complexes of bis(pyrid-2-yl)-di/trithia
ligands bound to calf thymus DNA
INORGANICA CHIMICA ACTA. 1997 JAN 15; 254
(2): 291-302
1998
54
5
25 54 Velusamy M, Palaniandavar M, Thomas KRJ
Cis-facial coordination of bis(pyrid-2ylmethyl)amine (bpma). Synthesis, structure and
spectral behaviour of [Ni(bpma)(2)](2+)
POLYHEDRON. 1998; 17 (13-14): 2179-2186
0
14
55
2
53 55 Mahadevan S, Palaniandavar M
Spectroscopic and voltammetric studies on copper
complexes of 2, 9-dimethyl-1,10-phenanthrolines
bound to calf thymus DNA
INORGANIC CHEMISTRY. 1998 FEB 23; 37 (4):
693-700
8
94
56
1
10 56 Thomas KRJ, Velusamy M, Palaniandavar M
A polymorph of bis(2-pyridylmethyl)amine iron(III)
chloride
ACTA CRYSTALLOGRAPHICA SECTION CCRYSTAL STRUCTURE COMMUNICATIONS. 1998
JUN 15; 54: 741-743
5
8
57
3
69 57 Viswanathan R, Palaniandavar M,
Balasubramanian T, Muthiah TP
Functional models for catechol 1, 2-dioxygenase.
Synthesis, structure, spectra, and catalytic activity
of certain tripodal iron(III) complexes
INORGANIC CHEMISTRY. 1998 JUN 15; 37 (12):
2943-2951
58
1
37 58 Viswanathan R, Palaniandavar M, Prabakaran
P, Muthiah PT
Structure, spectra, and redox behavior of a mudimethoxo-bridged diferric complex with an
asymmetric Fe2O2 bridge
INORGANIC CHEMISTRY. 1998 JUL 27; 37 (15):
3881-+
59
4
60
1
13
54
0
16
59 59 Mahadevan S, Palaniandavar M
Spectral and electrochemical behavior of copper(II)phenanthrolines bound to calf thymus DNA. [(5, 6dimethyl-OP)(2)Cu](2+) (5,6-dimethyl-OP = 5,6dimethyl-1,10-phenanthroline) induces a
conformational transition from B to Z DNA,
INORGANIC CHEMISTRY. 1998 AUG 10; 37 (16):
3927-3934
12
61
41 60 Vaidyanathan M, Viswanathan R,
Palaniandavar M, Balasubramanian T,
Prabhaharan P, et al.
Copper(II) complexes with unusual axial
phenolate coordination as structural models for
the active site in galactose oxidase: X-ray crystal
structures and spectral and redox properties of
[Cu(bpnp)X] complexes
INORGANIC CHEMISTRY. 1998 DEC 14; 37 (25):
6418-6427
10
56
0
16
2000
61
3
28 61 Palaniandavar M, Mahadevan S, Kockerling M,
Henkel G
The structural pathways of
(dipicolylamine)dinitratocopper(II): an example of
the uncommon see-saw stereochemistry
JOURNAL OF THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 2000; 7 (7): 1151-1154
62
3
52 62 Vaidyanathan M, Palaniandavar M
Models for the active site in galactose oxidase:
Structure, spectra and redox of copper(II)
complexes of certain phenolate ligands
PROCEEDINGS OF THE INDIAN ACADEMY OF
SCIENCES-CHEMICAL SCIENCES. 2000 JUN;
112 (3): 223-238
1
11
2001
63
3
64 63 Vaidyanathan M, Balamurugan R, Sivagnanam
U, Palaniandavar M
Synthesis, structure, spectra and redox of Cu(II)
complexes of chelating bis(benzimidazole)thioether ligands as models for electron transfer
blue copper proteins
JOURNAL OF THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 2001; (23): 3498-3506
5
25
64
4 105 64 Balamurugan R, Palaniandavar M, Gopalan RS
Trigonal planar copper(I) complex: Synthesis,
structure, and spectra of a redox pair of novel
copper(II/I) complexes of tridentate
bis(benzimidazol-2 '-yl) ligand framework as
models for electron-transfer copper proteins
INORGANIC CHEMISTRY. 2001 MAY 7; 40 (10):
2246-2255
4
20
65
5
1
14
0
1
76 65 Vaidyanathan M, Palaniandavar M, Gopalan
RS
Copper(II) complexes of sterically hindered
phenolate ligands as structural models for the
active site in galactose oxidase and glyoxal
oxidase: X-ray crystal structure and spectral and
redox properties, INORGANICA CHIMICA ACTA.
2001 NOV 12; 324 (1-2): 241-251
2002
66
0
22 66 Gilbert JG, Addison A, Palaniandavar M,
Butcher RJ
Synthesis of some benzimidazote-, benzothiazoleand pyridine-derived chelating agents, JOURNAL
OF HETEROCYCLIC CHEMISTRY. 2002 MARAPR; 39 (2): 399-404
67
1
42 67 Chikira M, Tomizawa Y, Fukita D, Sugizaki T,
Sugawara N, et al. , DNA-fiber EPR study of the
orientation of Cu(II) complexes of 1, 10phenanthroline and its derivatives bound to DNA:
mono(phenanthroline)-copper(II) and its ternary
complexes with amino acids, JOURNAL OF
INORGANIC BIOCHEMISTRY. 2002 APR 28; 89
(3-4): 163-173
12
48
68
4
65 68 Selvi PT, Palaniandavar M , Spectral,
viscometric and electrochemical studies on mixed
ligand cobalt(III) complexes of certain diimine
ligands bound to calf thymus DNA, INORGANICA
CHIMICA ACTA. 2002 SEP 26; 337: 420-428
1
28
69
2
77 69 Selvi PT, Murali M, Palaniandavar M,
Kockerling M, Henkel G , X-ray crystal structure
of tetrakis(1-methylcytosine)copper(II) perchlorate
dihydrate: effect of 1-methyl substitution on
cytosine on the spectral and redox behaviour,
INORGANICA CHIMICA ACTA. 2002 NOV 25; 340:
139-146
5
11
2003
70
0
17 70 Leaver SA, Palaniandavar M, Kilner CA,
Halcrow MA
A new synthesis of bis(2-{pyrid-2-yl}ethyl)amine
(L-H) from bis(2-{pyrid-2-yl}ethyl)hydroxylamine
(L-OH), and the copper-dependent reduction of LOH to L-H
DALTON TRANSACTIONS.2003; (22): 4224-4225
0
9
71
3
80 71 Vaidyanathan M, Palaniandavar M, Gopalan
RS
Synthesis, structure, spectra and redox behaviour
of copper(II) complexes of certain bis(phenolate)
ligands: Phenoxyl radical complexes of copper(II)
as models for galactose oxidase
INDIAN JOURNAL OF CHEMISTRY SECTION AINORGANIC BIO-INORGANIC PHYSICAL
THEORETICAL & ANALYTICAL CHEMISTRY. 2003
SEP; 42 (9): 2210-2222
0
8
72
2
83 72 Velusamy M, Palaniandavar M, Gopalan RS,
Kulkarni GU
Novel iron(III) complexes of tripodal and linear
tetradentate bis(phenolate) ligands: Close
relevance to intradiol-cleaving catechol
dioxygenases
INORGANIC CHEMISTRY. 2003 DEC 15; 42 (25):
8283-8293
11
33
2004
73
0
70 73 Maheswari PU, Palaniandavar M
DNA binding and cleavage properties of certain
tetrammine ruthenium(II) complexes of modified
1, 10-phenanthrolines - effect of hydrogenbonding on DNA-binding affinity
JOURNAL OF INORGANIC BIOCHEMISTRY. 2004
FEB; 98 (2): 219-230
8
91
74
5
83 74 Maheswari PU, Palaniandavar M
DNA binding and cleavage activity of
[Ru(NH3)(4)(diimine)]Cl-2 complexes,
INORGANICA CHIMICA ACTA. 2004 MAR 10; 357
(4): 901-912
9
44
75
3
44 75 Balamurugan R, Palaniandavar M, Gopalan
RS, Kulkarni GU
Copper(II) complexes of new pentadentate
bis(benzimidazolyl)-dithioether ligands: synthesis,
structure, spectra and redox properties,
INORGANICA CHIMICA ACTA. 2004 MAR 10; 357
(4): 919-930
2
9
76
3
65 76 Velusamy M, Mayilmurugan R, Palaniandavar
M
Iron(III) complexes of sterically hindered
tetradentate monophenolate ligands as functional
models for catechol 1, 2-dioxygenases: The role of
ligand stereoelectronic properties INORGANIC
CHEMISTRY. 2004 OCT 4; 43 (20): 6284-6293
12
35
2005
77
8
51 77 Ramakrishnan S, Palaniandavar M
Mixed-ligand copper(II) complexes of
dipicolylamine and 1, 10-phenanthrolines: The
role of diimines in the interaction of the complexes
with DNA
JOURNAL OF CHEMICAL SCIENCES. 2005 MAR;
117 (2): 179-186
3
16
78
6
53 78 Velusamy M, Mayilmurugan R, Palaniandavar
M
Functional models for catechol dioxygenases:
Iron(III) complexes of cis-facially coordinating
linear 3N ligands
JOURNAL OF INORGANIC BIOCHEMISTRY. 2005
MAY; 99 (5): 1032-1042
8
17
79
5
71 79 Hirohama T, Kuranuki Y, Ebina E, Sugizaki T,
Arii H, et al.
Copper(II) complexes of 1, 10-phenanthrolinederived ligands: Studies on DNA binding
properties and nuclease activity
JOURNAL OF INORGANIC BIOCHEMISTRY. 2005
MAY; 99 (5): 1205-1219
2
44
80
3
59 80 Maheswari PU, Rajendiran V, Palaniandavar
M, Parthasarathi R, Subramanian VA
Enantiopreferential DNA binding: [{(5, 6dmp)(2)Ru}(2)(mu-bpm)](4+) induces a B-to-Z
conformational change on DNA
BULLETIN OF THE CHEMICAL SOCIETY OF
JAPAN. 2005 MAY 15; 78 (5): 835-844
2
8
81
9
75 81 Raja A, Rajendiran V, Maheswari PU,
Balamurugan R, Kilner CA, et al.
Copper(II) complexes of tridentate
pyridylmethylethylenediamines: Role of ligand
steric hindrance on DNA binding and cleavage
JOURNAL OF INORGANIC BIOCHEMISTRY. 2005
AUG; 99 (8): 1717-1732
3
26
82
4
68 82 Selvi PT, Stoeckli-Evans H, Palaniandavar M
Synthesis, structure and DNA interaction of
cobalt(III) bis-complexes of 1, 3-bis(2pyridylimino)isoindoline and 1,4,7triazacyclononane
0
13
JOURNAL OF INORGANIC BIOCHEMISTRY. 2005
NOV; 99 (11): 2110-2118
2006
83
4
69 83 Maheswari PU, Rajendiran V, Palaniandavar
M, Parthasarathi R, Subramanian V
Synthesis, characterization and DNA-binding
properties of rac-[Ru(5, 6-dmp)(2)(dppz)](2+) Enantiopreferential DNA binding and co-ligand
promoted exciton coupling
JOURNAL OF INORGANIC BIOCHEMISTRY. 2006
JAN; 100 (1): 3-17
4
27
84
4
61 84 Maheswari PU, Rajendiran V, Stoeckli-Evans
H, Palaniandavar M
Interaction of rac-[Ru(5, 6-dmp)(3)](2+) with DNA:
Enantiospecific DNA binding and ligand-promoted
exciton coupling
INORGANIC CHEMISTRY. 2006 JAN 9; 45 (1): 3750
3
14
85
4 138 85 Murali M, Palaniandavar M
Synthesis, structure and spectral and redox
properties of new mixed ligand monomeric and
dimeric Ru(II) complexes: predominant formation
of the "cis-alpha" diastereoisomer and unusual
(MC)-M-3 emission by dimeric complexes
DALTON TRANSACTIONS. 2006 FEB 7; (5): 730743
3
7
6
44
86
11
83 86 Selvakumar B, Rajendiran V, Maheswari PU,
Stoeckli-Evans H, Palaniandavar M
Structures, spectra, and DNA-binding properties
of mixed ligand copper(II) complexes of
iminodiacetic acid: The novel role of diimine coligands on DNA conformation and hydrolytic and
oxidative double strand DNA cleavage
JOURNAL OF INORGANIC BIOCHEMISTRY. 2006
MAR; 100 (3): 316-330
87
6
66 87 Balamurugan R, Palaniandavar M, StoeckliEvans H, Neuburger M
Axial versus equatorial coordination of thioether
sulfur: Mixed ligand copper(II) complexes of 2pyridyl-N-(2 '-methylthiophenyl)-methyleneimine
with bidentate diimine ligands
INORGANICA CHIMICA ACTA. 2006 MAR 1; 359
(4): 1103-1113
0
8
88
5
64 88 Balamurugan R, Palaniandavar M, Halcrow MA
Copper(II) complexes of sterically hindered Schiff
base ligands: Synthesis, structure, spectra and
electrochemistry
POLYHEDRON. 2006 MAR 27; 25 (5): 1077-1088
0
16
89
4
48 89 Dhanalakshmi T, Bhuvaneshwari M,
Palaniandavar M
Iron(III) complexes of certain meridionally
coordinating tridentate ligands as models for nonheme iron enzymes: The role of carboxylate
coordination
JOURNAL OF INORGANIC BIOCHEMISTRY. 2006
SEP; 100 (9): 1527-1534
6
7
90
6
64 90 Palaniandavar M, Velusamy M, Mayilmurgan R
Iron(III) complexes of certain tetradentate
phenolate ligands as functional models for
catechol dioxygenases, JOURNAL OF CHEMICAL
SCIENCES. 2006 NOV; 118 (6): 601-610
4
7
91
2
49 91 Maheswari PU, Rajendiran V, Palaniandavar
M, Thomas R, Kulkarni GU , Mixed ligand
ruthenium(II) complexes of 5, 6-dimethyl-1,10phenanthroline: The role of ligand hydrophobicity
on DNA binding of the complexes, INORGANICA
CHIMICA ACTA. 2006 NOV 1; 359 (14): 46014612
2
7
92
3
62 92 Dhanalakshmi T, Suresh E, Stoeckli-Evans H,
Palaniandavar M , New copper(II) complexes as
efficient catalysts for olefin aziridination: The
effect of ligand steric hindrance on reactivity
EUROPEAN JOURNAL OF INORGANIC
CHEMISTRY. 2006 NOV 20; (22): 4687-4695
0
4
2007
93
7
62 93 Palaniandavar M, Mayimurugan R ,
Mononuclear non-heme iron(III) complexes as
functional models for catechol dioxygenases,
COMPTES RENDUS CHIMIE. 2007 APR-MAY; 10
(4-5): 366-379
4
6
94
8
95 94 Mayilmurugan R, Suresh E, Palaniandavar M
A new tripodal iron(III) monophenolate complex:
Effects of ligand basicity, steric hindrance, and
solvent on regioselective extradiol cleavage,
INORGANIC CHEMISTRY. 2007 JUL 23; 46 (15):
6038-6049
5
11
95
4
60 95 Murali M, Palaniandavar M
Synthesis, spectral and electrochemical properties
of mixed-ligand ruthenium(II) complexes of
bis(pyrid-2-yl)- and bis(benzimidazol-2-yl)dithioether ligands: Effect of an asymmetric
diimine co-ligand
POLYHEDRON. 2007 AUG 31; 26 (14): 3980-3992
1
3
2
19
96
11 101 96 Rajendiran V, Karthik R, Palaniandavar M,
Stoeckli-Evans H, Periasamy VS, et al.
Mixed-ligand Copper(II)-phenolate complexes:
Effect of coligand on enhanced DNA and protein
binding, DNA cleavage, and anticancer activity
INORGANIC CHEMISTRY. 2007 OCT 1; 46 (20):
8208-8221
97
8
69 97 Visvaganesan K, Mayilmurugan R, Suresh E,
Palaniandavar M
Iron(III) complexes of tridentate 3N Ligands as
functional models for catechol dioxygenases: The
role of ligand N-alkyl substitution and solvent on
reaction rate and product selectivity
INORGANIC CHEMISTRY. 2007 NOV 26; 46 (24):
10294-10306
5
8
98
2
22 98 Rajendiran V, Palaniandavar M, Swaminathan
P, Uma L
0
5
Cleavage of proteins by a mixed-ugand copper(II)
phenolate complex: Hydrophobicity of the diimine
coligand promotes cleavage, INORGANIC
CHEMISTRY. 2007 DEC 10; 46 (25): 10446-10448
2008
99
100
8 115 99 Rajendiran V, Murali M, Suresh E, Sinha S,
Somasundaram K, et al.
Mixed ligand ruthenium(II) complexes of bis(pyrid2-yl)-/bis(benzimidazol-2-yl)-dithioether and
diimines: Study of non-covalent DNA binding and
cytotoxicity
DALTON TRANSACTIONS. 2008; (1): 148-163
2
10
81 100 Rajendiran V, Murali M, Suresh E,
Palaniandavar M, Periasamy VS, et al.
Non-covalent DNA binding and cytotoxicity of
certain mixed-ligand ruthenium(II) complexes of 2,
2 '-dipyridylamine and diimines
DALTON TRANSACTIONS. 2008; (16): 2157-2170
1
8
7
The table.11 shows that the citation pattern Trends of Prof. M.
Palaniandavar’s total collection (111 Nos)
In 111 records, it includes 100 authors, published in 29 formals
totally 2826 cited references.
From the 111 records, the article entitled “Spectroscopic
Voltametric
Studies
On
copper
complexes
of
2,
9-dimethy-1,
and
10-
phenanthrolines bound to calf thymus DNA INORGANIC CHEMISTRY. 1998
FEB 23; 27 (4): 693-700” by Mahadevan, sand Palaniandavar. M maximum
of 94 Global Citation Scores (GCS) which is followed by the next GCS i.e 67
have the title entitled “Spectroscopic and voltammetric studies of copper (II)
complexes of bis (pyrid-2-yl)-di/trithia ligands bound to calf thymus DNA
INORGANIC CHIMICA ACTA. 1997 JAN 15;254 (2):291-302 by Mahadevan
S, Palaniandavar M.
Table 12.
Global Citation Scores of Professor M. Palaniandavar
Top 30 Cited papers
# LCR CR
Date / Author / Journal
LCS GCS
1
2
53 55 Mahadevan S, Palaniandavar M
Spectroscopic And Voltammetric Studies On
Copper Complexes Of 2, 9-Dimethyl-1,10Phenanthrolines Bound To Calf Thymus Dna,
Inorganic Chemistry. 1998 Feb 23; 37 (4): 693700
8
94
2
0
70 73 Maheswari Pu, Palaniandavar M
Dna Binding And Cleavage Properties Of Certain
Tetrammine Ruthenium(Ii) Complexes Of
Modified 1, 10-Phenanthrolines - Effect Of
Hydrogen-Bonding On Dna-Binding Affinity,
Journal Of Inorganic Biochemistry. 2004 Feb;
98 (2): 219-230
8
91
3
2
68 53 Mahadevan S, Palaniandavar M
Spectroscopic And Voltammetric Studies Of
Copper(Ii) Complexes Of Bis(Pyrid-2-Yl)Di/Trithia Ligands Bound To Calf Thymus Dna
Inorganica Chimica Acta. 1997 Jan 15; 254 (2):
291-302
8
67
4
4
59 59 Mahadevan S, Palaniandavar M
Spectral And Electrochemical Behavior Of
Copper(Ii)-Phenanthrolines Bound To Calf
Thymus Dna. [(5, 6-Dimethyl-Op)(2)Cu](2+)
(5,6-Dimethyl-Op = 5,6-Dimethyl-1,10Phenanthroline) Induces A Conformational
Transition From B To Z Dna
12
61
Inorganic Chemistry. 1998 Aug 10; 37 (16):
3927-3934
5
1
41 60 Vaidyanathan M, Viswanathan R,
Palaniandavar M, Balasubramanian T,
Prabhaharan P, Et Al.
Copper(II) Complexes With Unusual Axial
Phenolate Coordination As Structural Models
For The Active Site In Galactose Oxidase: X-Ray
Crystal Structures And Spectral And Redox
Properties Of [Cu(Bpnp)X] Complexes
INORGANIC CHEMISTRY. 1998 DEC 14; 37
(25): 6418-6427
10
56
6
2
44 34 Uma R, Viswanathan R, Palaniandavar M,
Lakshminarayanan M
Copper(Ii) Complexes Of Novel Tripodal Ligands
Containing Phenolate And Benzimidazole
Pyridine Pendants - Synthesis, Structure,
Spectra And Electrochemical-Behavior
Journal Of The Chemical Society-Dalton
Transactions. 1994 Apr 21; (8): 1219-1226
6
54
7
2
33 43 Palaniandavar M, Butcher Rj, Addison Aw
Dipicolylamine Complexes Of Copper(Ii): Two
Different Coordination Geometries In The Same
Unit Cell Of Cu(Dipica)(2)(Bf4)(2), Inorganic
Chemistry. 1996 Jan 17; 35 (2): 467-471
3
54
8
3
69 57 Viswanathan R, Palaniandavar M,
Balasubramanian T, Muthiah TP , Functional
Models For Catechol 1, 2-Dioxygenase.
Synthesis, Structure, Spectra, And Catalytic
Activity Of Certain Tripodal Iron(III) Complexes
Inorganic chemistry. 1998 JUN 15; 37 (12):
2943-2951
13
54
9
0
28 18 Sanni Sb, Behm Hj, Beurskens Pt,
Vanalbada Ga, Reedijk J, Et Al.
Copper(Ii) And Zinc(Ii) Coordination-Compounds
Of Tridentate Bis(Benzimidazole)Pyridine
Ligands - Crystal And Molecular-Structures Of
Bis[2, 6-Bis(1'-Methylbenzimidazol-2'-
6
52
Yl)Pyridine]Copper(Ii) Diperchlorate
Monohydrate And (Acetonitrile)[2,6Bis(Benzimidazol-2'Yl)Pyridine](Perchlorato)Copper(I I) Perchlorate,
Journal Of The Chemical Society-Dalton
Transactions. 1988 Jun; (6): 1429-1435
10
1
42 67 Chikira M, Tomizawa Y, Fukita D, Sugizaki
T, Sugawara N, Et Al.
DNA-Fiber EPR Study Of The Orientation Of
Cu(II) Complexes Of 1, 10-Phenanthroline And
Its Derivatives Bound To DNA:
Mono(Phenanthroline)-Copper(II) And Its
Ternary Complexes With Amino Acids
JOURNAL OF INORGANIC BIOCHEMISTRY.
2002 APR 28; 89 (3-4): 163-173
12
48
11
5
83 74 Maheswari Pu, Palaniandavar M
Dna Binding And Cleavage Activity Of
[Ru(Nh3)(4)(Diimine)]Cl-2 Complexes
Inorganica Chimica Acta. 2004 Mar 10; 357 (4):
901-912
9
44
12
5
71 79 Hirohama T, Kuranuki Y, Ebina E, Sugizaki
T, Arii H, Et Al. , Copper(II) Complexes Of 1, 10Phenanthroline-Derived Ligands: Studies On
DNA Binding Properties And Nuclease Activity,
JOURNAL OF INORGANIC BIOCHEMISTRY.
2005 MAY; 99 (5): 1205-1219
2
44
13
11
83 86 Selvakumar B, Rajendiran V, Maheswari Pu,
Stoeckli-Evans H, Palaniandavar M
Structures, Spectra, And Dna-Binding
Properties Of Mixed Ligand Copper(Ii)
Complexes Of Iminodiacetic Acid: The Novel
Role Of Diimine Co-Ligands On Dna
Conformation And Hydrolytic And Oxidative
Double Strand Dna Cleavage
Journal Of Inorganic Biochemistry. 2006 Mar;
100 (3): 316-330
6
44
14
2
16
39
45 38 Palaniandavar M, Pandiyan T,
Lakshminarayanan M, Manohar H
Facial Coordination In Bis[Bis(Benzimidazol-2Ylmethyl)Amine]Copper(Ii) Perchlorate
Dihydrate - Synthesis, Structure, Spectra And
Redox Behavior
Journal Of The Chemical Society-Dalton
Transactions. 1995 Feb; (3): 455-461
15
1
20 3 Palaniandavar M, Natarajan C
Cobalt(Ii), Nickel(Ii) And Copper(Ii) Complexes Of
Some 2'-Hydroxychalcones
Australian Journal Of Chemistry. 1980; 33 (4):
737-745
5
37
16
1
47 27 Pandiyan T, Palaniandavar M,
Lakshminarayanan M, Manohar H
Structure, Spectra And Redox Behavior Of
Copper(Ii) Complexes Of
Bis(Benzimidazolyl)Diamine Ligands
Journal Of The Chemical Society-Dalton
Transactions. 1992 Dec 7; (23): 3377-3384
17
35
17
3
65 76 Velusamy M, Mayilmurugan R,
Palaniandavar M
Iron(Iii) Complexes Of Sterically Hindered
Tetradentate Monophenolate Ligands As
Functional Models For Catechol 1, 2Dioxygenases: The Role Of Ligand
Stereoelectronic Properties, Inorganic
Chemistry. 2004 Oct 4; 43 (20): 6284-6293
12
35
18
2
83 72 Velusamy M, Palaniandavar M, Gopalan RS,
Kulkarni GU, Novel Iron(III) Complexes Of
Tripodal And Linear Tetradentate Bis(Phenolate)
Ligands: Close Relevance To Intradiol-Cleaving
Catechol Dioxygenases
INORGANIC CHEMISTRY. 2003 DEC 15; 42
(25): 8283-8293
11
33
19
2
40 48 Viswanathan R, Palaniandavar M,
Balasubramanian T, Muthiah Pt
Synthesis, Structure, Spectra And Redox
Chemistry Of Iron(Iii) Complexes Of Tridentate
Pyridyl And Benzimidazolyl Ligands
12
31
Journal Of The Chemical Society-Dalton
Transactions. 1996 Jun 21; (12): 2519-2525
20
4
65 68 Selvi Pt, Palaniandavar M
Spectral, Viscometric And Electrochemical
Studies On Mixed Ligand Cobalt(Iii) Complexes
Of Certain Diimine Ligands Bound To Calf
Thymus Dna, Inorganica Chimica Acta. 2002
Sep 26; 337: 420-428
1
28
21
0
21 29 Rajendran U, Viswanathan R, Palaniandavar
M, Lakshminarayanan M
An Unusual Axial Coordination Of Phenolate
Oxygen To Copper(Ii) - Crystal-Structure Of
Chloro(2-[Bis(2-Pyridyl-Methyl)Aminomethyl]-4Nitrophenolato)Copper(Ii)
Journal Of The Chemical Society-Dalton
Transactions. 1992 Dec 21; (24): 3563-3564
4
27
22
4
59 39 Viswanathan R, Palaniandavar M
Analogs Of The Iron-Binding Site In Catechol 1,
2-Dioxygenase - Iron(Iii) Complexes Of
Benzimidazole And Pyridine-Containing
Tridentate Ligands
Journal Of The Chemical Society-Dalton
Transactions. 1995 Apr 21; (8): 1259-1266
13
27
23
4
69 83 Maheswari PU, Rajendiran V, Palaniandavar
M, Parthasarathi R, Subramanian V ,
Synthesis, Characterization And DNA-Binding
Properties Of Rac-[Ru(5, 6-Dmp)(2)(Dppz)](2+) Enantiopreferential DNA Binding And CoLigand Promoted Exciton Coupling
JOURNAL OF INORGANIC BIOCHEMISTRY.
2006 JAN; 100 (1): 3-17
4
27
24
9
75 81 Raja A, Rajendiran V, Maheswari PU,
Balamurugan R, Kilner CA, Et Al. , Copper(II)
Complexes Of Tridentate
Pyridylmethylethylenediamines: Role Of Ligand
Steric Hindrance On DNA Binding And Cleavage
JOURNAL OF INORGANIC BIOCHEMISTRY.
2005 AUG; 99 (8): 1717-1732
3
26
25
3
64 63 Vaidyanathan M, Balamurugan R,
Sivagnanam U, Palaniandavar M , Synthesis,
Structure, Spectra And Redox Of Cu(II)
Complexes Of Chelating Bis(Benzimidazole)Thioether Ligands As Models For Electron
Transfer Blue Copper Proteins, JOURNAL OF
THE CHEMICAL SOCIETY-DALTON
TRANSACTIONS. 2001; (23): 3498-3506
5
25
26
2
53 45 Palaniandavar M, Somasundaram I,
Lakshminarayanan M, Manohar H
Stabilisation Of Unusual Simultaneous Binding
Of Four Cytosine Nucleobases To Copper(Ii) By
A Novel Network Of Bifurcated Hydrogen
Bonding
Journal Of The Chemical Society-Dalton
Transactions. 1996 Apr 7; (7): 1333-1340
5
23
27
0
42 42 Mahadevan S, Palaniandavar M
Chiral Discrimination In The Binding Of
Tris(Phenanthroline)Ruthenium(Ii) To Calf
Thymus Dna: An Electrochemical Study
Bioconjugate Chemistry. 1996 Jan-Feb; 7 (1):
138-143
9
22
28
3
31 37 Murali M, Palaniandavar M, Pandiyan T ,
Synthesis, Spectra And ElectrochemicalBehavior Of Biomimetic Copper(Ii) Complexes
With Cun5 And Cun6 Chromophores
Inorganica Chimica Acta. 1994 Sep; 224 (1-2):
19-25
3
20
29
4 105 64 Balamurugan R, Palaniandavar M, Gopalan
Rs Trigonal Planar Copper(I) Complex:
Synthesis, Structure, And Spectra Of A Redox
Pair Of Novel Copper(Ii/I) Complexes Of
Tridentate Bis(Benzimidazol-2 '-Yl) Ligand
Framework As Models For Electron-Transfer
Copper Proteins Inorganic Chemistry. 2001 May
7; 40 (10): 2246-2255
4
20
2
19
30
11 101 96 Rajendiran V, Karthik R, Palaniandavar M,
Stoeckli-Evans H, Periasamy VS, Et Al.
Mixed-Ligand Copper(II)-Phenolate Complexes:
Effect Of Coligand On Enhanced DNA And
Protein Binding, DNA Cleavage, And Anticancer
Activity
INORGANIC CHEMISTRY. 2007 OCT 1; 46 (20):
8208-8221
The
table.12 shows that the citation pattern of Prof. M.
Palaniandavar’s Top 30 cited papers.
From the Top 30 cited papers, the article entitled “Spectroscopic and
Voltametric studies on copper complexise by Mahadevan, Palaniandavar, M
Maximum 94 Global Citation Scores. (GCS) which is followed by the next
minimum Top cited papers on 19. GSC by the title entitled” Mixed – Ligand
Copper (II)-phenolate complexes: Effect of coligand on enhanced DNA and
protein binding, DNA cleavage, and anticancer activity by Rajendiran V,
Karthik R, Palaniandavar M, Stoeckli-Evans H, Periasamy VS, et al.
Diagram. 1
Global Citation Score of Prof. M. Palaniandavar Collection
The Diagram 1 shows that the Global citation score linking pattern
among the articles published by Prof. M. Palaniandavar in year between
1995-2007.
The Diagram.1 shows the above details in the year between 1980 to
2007.
The Diagram 2 shows that the Global Citation Score (GCS) Linking pattern
among the articles published by Prof. M. Palaniandavar in year between
1980 – 2007.
The Diagram 2 shows the above details in the year between 1980 to 2007.
Table 12.1
Nodes: 30, Links: 78, GCS, top 30; Min: 19, Max: 94 (GCS scaled)
# Node
Author, year, Journal
1.
3 PALANIANDAVAR M, 1980, AUST J CHEM, V33,
P737
2. 18 SANNI SB, 1988, J CHEM SOC DALTON TRANS,
P1429
3. 27 PANDIYAN T, 1992, J CHEM SOC DALTON
TRANS, P3377
4. 29 RAJENDRAN U, 1992, J CHEM SOC DALTON
TRANS, P3563
5. 34 UMA R, 1994, J CHEM SOC DALTON TRANS,
P1219
6. 37 MURALI M, 1994, INORG CHIM ACTA, V224, P19
7. 38 PALANIANDAVAR M, 1995, J CHEM SOC
DALTON TRANS, P455
8. 39 VISWANATHAN R, 1995, J CHEM SOC DALTON
TRANS, P1259
9. 42 Mahadevan S, 1996, BIOCONJUGATE
CHEMISTRY, V7, P138
10. 43 Palaniandavar M, 1996, INORG CHEM, V35, P467
11. 45 Palaniandavar M, 1996, J CHEM SOC DALTON
TRANS, P1333
12. 48 Viswanathan R, 1996, J CHEM SOC DALTON
TRANS, P2519
13. 53 Mahadevan S, 1997, INORG CHIM ACTA, V254,
P291
14. 55 Mahadevan S, 1998, INORG CHEM, V37, P693
15. 57 Viswanathan R, 1998, INORG CHEM, V37, P2943
16. 59 Mahadevan S, 1998, INORG CHEM, V37, P3927
17. 60 Vaidyanathan M, 1998, INORG CHEM, V37,
P6418
18. 63 Vaidyanathan M, 2001, J CHEM SOC DALTON
TRANS, P3498
19. 64 Balamurugan R, 2001, INORG CHEM, V40, P2246
LCS GCS
5
37
6
52
17
35
4
27
6
54
3
16
20
39
13
27
9
22
3
5
54
23
12
31
8
67
8
13
12
10
94
54
61
56
5
25
4
20
20.
21.
22.
23.
67
68
72
73
24. 74
25. 76
26. 79
27. 81
28. 83
29. 86
30. 96
The
Chikira M, 2002, J INORG BIOCHEM, V89, P163
Selvi PT, 2002, INORG CHIM ACTA, V337, P420
Velusamy M, 2003, INORG CHEM, V42, P8283
Maheswari PU, 2004, J INORG BIOCHEM, V98,
P219
Maheswari PU, 2004, INORG CHIM ACTA, V357,
P901
Velusamy M, 2004, INORG CHEM, V43, P6284
Hirohama T, 2005, J INORG BIOCHEM, V99,
P1205
Raja A, 2005, J INORG BIOCHEM, V99, P1717
Maheswari PU, 2006, J INORG BIOCHEM, V100,
P3
Selvakumar B, 2006, J INORG BIOCHEM, V100,
P316
Rajendiran V, 2007, INORG CHEM, V46, P8208
table.12.1
shows
that
the
citation
pattern
12
1
11
8
48
28
33
91
9
44
12
2
35
44
3
4
26
27
6
44
2
19
of
Prof.
M.
Palaniandavar’s Top 30 cited papers.
From the Top 30 cited papers, the article entitled “Spectroscopic and
Voltametric studies on copper complexes by Mahadevan, Palaniandavar, M
Maximum 94 Global Citation Scores. (GCS) which is followed by the next
minimum Top cited papers on 19. GSC by the title entitled” Mixed – Ligand
Copper (II)-phenolate complexes: Effect of coligand on enhanced DNA and
protein binding, DNA cleavage, and anticancer activity by Rajendiran V,
Karthik R, Palaniandavar M, Stoeckli-Evans H, Periasamy VS, et al.
Table 13
Nodes: 30, Links: 71, LCS, top 30; Min: 4, Max: 17 (LCS scaled)
Author, year, Journal
# Node
LCS GCS
1. 3 PALANIANDAVAR M, 1980, AUST J CHEM, V33, P737
5 37
2. 18 SANNI SB, 1988, J CHEM SOC DALTON TRANS, P1429
6 52
3. 27 PANDIYAN T, 1992, J CHEM SOC DALTON TRANS, P3377
17 35
4. 29 RAJENDRAN U, 1992, J CHEM SOC DALTON TRANS,
4 27
5. 34
6. 38
7. 39
8. 42
9. 45
10. 47
11. 48
12.
13.
14.
15.
52
53
55
56
16.
17.
18.
19.
57
59
60
63
20.
21.
22.
23.
24.
25.
26.
27.
28.
67
69
72
73
74
76
78
86
89
P3563
UMA R, 1994, J CHEM SOC DALTON TRANS, P1219
PALANIANDAVAR M, 1995, J CHEM SOC DALTON TRANS,
P455
VISWANATHAN R, 1995, J CHEM SOC DALTON TRANS,
P1259
Mahadevan S, 1996, BIOCONJUGATE CHEMISTRY, V7,
P138
Palaniandavar M, 1996, J CHEM SOC DALTON TRANS,
P1333
Palaniandavar M, 1996, PROC INDIAN ACAD SCI-CHEM
SCI, V108, P235
Viswanathan R, 1996, J CHEM SOC DALTON TRANS,
P2519
Mahadevan S, 1996, CHEM COMMUN, P2547
Mahadevan S, 1997, INORG CHIM ACTA, V254, P291
Mahadevan S, 1998, INORG CHEM, V37, P693
Thomas KRJ, 1998, ACTA CRYSTALLOGR C-CRYST STR,
V54, P741
Viswanathan R, 1998, INORG CHEM, V37, P2943
Mahadevan S, 1998, INORG CHEM, V37, P3927
Vaidyanathan M, 1998, INORG CHEM, V37, P6418
Vaidyanathan M, 2001, J CHEM SOC DALTON TRANS,
P3498
Chikira M, 2002, J INORG BIOCHEM, V89, P163
Selvi PT, 2002, INORG CHIM ACTA, V340, P139
Velusamy M, 2003, INORG CHEM, V42, P8283
Maheswari PU, 2004, J INORG BIOCHEM, V98, P219
Maheswari PU, 2004, INORG CHIM ACTA, V357, P901
Velusamy M, 2004, INORG CHEM, V43, P6284
Velusamy M, 2005, J INORG BIOCHEM, V99, P1032
Selvakumar B, 2006, J INORG BIOCHEM, V100, P316
Dhanalakshmi T, 2006, J INORG BIOCHEM, V100, P1527
6
16
54
39
13
27
9
22
5
23
6
6
12
31
4
8
8
5
10
67
94
8
13
12
10
5
54
61
56
25
12
5
11
8
9
12
8
6
6
48
11
33
91
44
35
17
44
7
29. 94 Mayilmurugan R, 2007, INORG CHEM, V46, P6038
30. 97 Visvaganesan K, 2007, INORG CHEM, V46, P10294
The
table
13
shows
that
the
citation
pattern
5
5
of
11
8
Prof.
M.
Palaniandavar’s Top 30 cited paper.
From the Top 30 cited paper the article entitled “Pandiyan T, 1992. J
Chemistry So Dalton Trans P3377 on Maximum 17. Local cited scores.
Which is followed by the next minimum on 4. Local cited scores. By the title
entitled” Rajendran U, 1992 J. Chemistry Soc Dalton Trans, P2563.
Diagram 3
Local Citation Score of Professor M. Palaniandavar
The Diagram 3 shows that the local citation score
(LCS) linking pattern among the articles published by
Prof. M. Palaniandavar in the year between 1992-2004.
The Diagram.4 shows the above details in the year
between 1980 to 2007.
The Diagram 4 shows that the Local Citation Score (LCS)
linking pattern among the articles published by Prof. M.
Palaniandavar in the year between 1980 – 2007.
The Diagram 4 shows the above details the year between
1980 to 2007.
CHAPTER – V
FINDINGS AND CONCLUSION
5. 0 INTRODUCTION
The
research
has
been
undertaken
to
assess
the
research
productivity of Prof. M. Palaniandavar Literatures.
5. 1 FINDINGS OF THE STUDY
The present study leads to the following observations:

The findings of the year wise distribution of research output of
Prof. M. Palaniandavar bring out the fact that the highest numbers of
publication is 11 in 1996 with 42 Local Citation Scores and 177
Global Citation Scores

The findings of the authorship pattern of Prof. M. Palaniandavar
bring out the fact that majority of papers are multi-authored. In
Indian context shows that majority of papers are multi-authored
compare with global the result is vice versa.

The
finding
of
the
ranking
of
collaborators
based
on
their
publications bring out the fact that Rajendiran captured the first
place with 12 Publications with 25 Local Citation Scores and 169
Global Citation Scores followed by Suresh captured the second place
with 11 publications with 15 Local Citation Scores and 46 Global
Citation Scores.

The finding of the source wise distribution of research output brings
out the fact that the journals articles occupied the predominant place
among the other sources of publication.

The finding of the ranking of journals brings out the fact that the
highest numbers of publications were 17(15.3%) published in
Inorganic Chemistry with 489 Global Citation Scores followed by
Journal of the Chemical Society-Daliton Transactions 14(12.6%) with
366 Global Citation Scores.

Finding of the h-index brings out the fact that the highest numbers of
h-index is 25 compare with other scientist in Bharathidasan
University he possessed second rank.
5. 2 SUGGESSTIONS

There
are
needs
to
provide
more
infrastructure
facilities
to
Bharathidasan University.

Government funding agencies should allocate number of project’s
and funds to Bharathidasan University based on the request and
demands.

There is a need to provide incentives and awards to the eminent and
outstanding scientists and researchers depending on their level of
contribution to the growth of research and development of the
discipline.
5. 3
CONCLUSION
Quantitative analysis and graphic presentations of the publication
productivity of a scientist facilitates easy and clear perceptions about the
work of a scientist. Team of research collaborators working with a
successful scientist documents the sociological aspects of history of science
while generating knowledge by a leader in a domain. Core journal titles and
keywords in the titles of the articles provide glimpses of the domains of
interest to the researchers. This methodology has become successful in
projecting the work of role model scientists.
Prof. M. Palaniandavar had a brilliant academic and research career.
The number of publications to his credit in various domains and
interdomainery nature clearly indicates that under very limited facilities
also he had proved his merit. Thus, he can be taken as an exemplary
role model for younger generation to follow his leadership style in
Chemistry. Prof. M. Palaniandavar collaborated with 99 scientists during
1979-2010, which indicated his exceptional capability to motivate
contemporaries and harness their expertise through mentorship. The
trend towards collaborative research is gaining currency day-by-day.
Every work of researchers depends purely on the library because it
contains more sourceable information. The research in the field of
Chemistry has become an important entity wherein more and more
researchers help to make it innovative.
BIBLIOGRAPHIES

Prakasan,
E.
“Sustained
R.,
Kalyane,
impact
of
V.
L.
and Vijai
publications
of
Kumar
C.V.
(2009).
Raman.
Scientometrics”, 78(1). 77-97. DOI: 10.1007/s11192-008-1937-7.

Surulinathi, M and Srinivasaragavan, S (2008), “Scientometric
Dimensions of Knowledge Management Research in India: A Study
based on Scopus database”, Sri Lankan Journal of Librarianship and
Information Management, Vol. 2 No. 2, PP. 13-24.

Sangam, S.
L.,
Kiran
Savanur and Manjunath,
M
(2007)
“Communication and collaborative research pattern of Sivaraj
Ramaseshan: A Scientometric Portrait”. Scientometrics. 71(2). 217230. DOI: 10.1007/s11192-007-1670-7.

Sangam, S. L et al. (2006) “Scientometric Portrait of Prof. Peter
John Wyllie”. Scientometrics. 66(1). 43-53. DOI: 10.1007/s11192006-0004-5.

Mallikarjun Angadi et al. (2006) “Noble Laureate Anthony J Leggett:
A Scientometric Portrait”. Annals of Library and Information Studies.
53. 203-212.

Koganuramah, M.M. et al. (2004) “Physics Nobel Laureate Wolfgang
Ketterle: A Scientometric Portrait”. Malaysian Journal of Library &
Information Science, 9 (2). 35-61.

Satish S Munnolli and Kalyane, V. L. (2003) Scientometric Portrait
of Ram Gopal Rastogi. Annals of Library and Information Studies.
50(1),1-17.
http://nopr.niscair.res.in/bitstream/123456789/4067/1/ALIS%205
0%281%29%201-%2017.pdf

Kademani,
B.S.,
Kalyane,
V.L.
and
Kumar,
V.
“Scientometric portrait of Nobel laureate Harold W. Kroto”,
(2002),
SRELS
Journal of Information Management, Vol. 39, No. 4, pp. 409-434.

Kademani, B.S. and Kalyane, V.L. and Kumar, Vijai (2001)
Scientometric Portrait of Nobel Laureate Ahmed Hassan Zewail.
Malaysian Journal of Library & Information Science. 6 (2). 53-70.

Kademani, B.
S.,
Kalyane,
V.
L. and Suresh
Jange
(1999).
“Scientometric Portrait of nobel laureate Dorothy Crowfoot Hodgkin”.
Scientometrics, 45(2). 233-250. DOI: 10.1007/BF02458435.

Kalyane, V. L. and Sen, B. K. (1996) “Scientometric Portrait of
Nobel Laureate Pierre-Gilles De Gennes”. Malaysian Journal of
Library and Information Science. 1(2). 13-26.

Kalyane, V. L. and Munnolli, S. S. (1995) Scientometric Portrait of
T. S. West. Scientometrics, 33(2). 233-256. DOI:
10.1007/BF02020571.
Profile of Supervisor
Mr. M. Surulinathi has completed MLIS, M. Phil. from Annamalai
University and also cleared UGC-NET exam in the year December 2005 and
worked as trainee in J. R. D. Tata Memorial Library, Indian Institute of
Science at Bangalore. He has worked as Department Librarian at Indian
Institute
of
Science
and
completed
Information
and
Knowledge
Management Course at National Centre for Science Information in Indian
Institute of Science at Bangalore. He has presented more than 70 papers in
National/ International conferences and also he published 7 articles both
National and International journals and he has given 7 Special Lectures in
various reputed institutions like Pondicherry University,
St. Joseph
College Trichy, National Engineering College Trichy, Gobi Arts and Science
College Gobi.