Abstract
The paper investigates Indian organic chemistry research activity during 1971–1989 using Chemical Abstracts. It attempts at quantification of national contribution to world efforts, and identify areas of relative strengths and weaknesses. Also models the growth of Indian organic chemistry output to world organic chemistry output as a whole and in sub-fields where the activity index for the world and India are similar.
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References
H. INHABER, Distribution of world science, Geoforum, 6 (1975) 231.
E. GARFIELD, Mapping science in the Third World, Science and Public Policy, 10 (1983) 112.
J. D. FRAME, Measuring science in the lesser developed countries, Scientometrics, 2 (1980) 133.
K. C. GARG, B. DUTT, Bibliometrics of agricultural research in India, IAALD Quarterly Bulletin, 37 (1992) 133.
M. M. S. KARKI, Environmental science research in India: An analysis of publications, Scientometrics, 18 (1990) 363.
K. C. GARG, B. DUTT, Bibliometrics of Indian science as reflected through Science Citation Index, Journal of Scientific and Industrial Research, 51 (1992) 329.
K. C. GARG, M. M. S. KARKI, Bibliometrics of research communications of INSA fellows, Journal of Scientific and Industrial Research, 51 (1992) 929.
M. M. S. KARKI, K. C. GARG, Alkaloid Chemistry research in India, Journal of Chemical Information Computer Science, 37 (1997) 157.
A. JAIN, K. C. GARG, P. SHARMA, S. KUMAR, Impact of SERC.s funding on research in chemical sciences, Scientometrics, 41 (1998) 357.
M. M. S. KARKI, K. C. GARG, Scientometrics of Indian organic chemistry research, Scientometrics, 45 (1999) 107.
J. D. FRAME, Mainstream research in Latin America and Caribbean, Interciencia, 2 (1977) 143.
A. SCHUBERT, T. BRAUN, Relative indicators and relational charts of comparative assessment of publication output and citation impact, Scientometrics, 9 (1986) 281.
K. C. GARG, P. PADHI, Scientometrics of laser research literature as viewed through the Journal of Current Laser Abstracts, Scientometrics, 45 (1999) 251.
P. S. NAGPAUL, Contribution of Indian Universities to the main-stream scientific literature: A bibliometric assessment, Scientometrics, 32 (1995) 11.
S. COLE, G. S. MEYER, Little science, big science revisited, Scientometrics, 7 (1985) 443.
T. KEALEY, The growth of British science, Nature, 350 (6317) 1991, 370.
F. NARIN, J. D. FRAME, The growth of Japanese science and technology, Science, 245, 1989 (Aug. 11) 600–605.
G. MAHAPATRA, Correlation between growth of publications and citations: A study based on growth curves, Annals of Library science and Documentation, 41 (1994) 8.
M. J. MORAVCSIK, Measures of scientific growth, Research Policy, 2 (1973) 266.
Growth of biochemical literature, Nature, 244 (1973) 75.
A. JAIN, K. C. GARG, Laser research in India: Scientometric study and model projections, Scientometrics, 23 (1992) 395–415.
L. SHARMA, S. C. BHARGAVA, A non-homogeneous non-uniform influence model of innovation diffusion, Technological Forecasting and Social Change, 46 (1994) 279–288.
P. SHARMA, S. C. BHARGAVA, Study on diffusion pattern and forecast of Indian electronic consumer durables, J. Sci. Ind. Res., 55 (1996) 483489.
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Karki, M.M.S., Garg, K.C. & Sharma, P. Activity and Growth of Organic Chemistry Research in India During 1971–1989. Scientometrics 49, 279–288 (2000). https://doi.org/10.1023/A:1010521203335
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DOI: https://doi.org/10.1023/A:1010521203335