Journal of Information and Knowledge (Formerly SRELS Journal of Information Management)

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Modelling the Growth of Ferrous Metallurgy Literature: a Study Based on Iron Making and Steelmaking


Affiliations
1 JSW Steel Ltd., Toranagallu, Vidyanagar, Bellary District 583275, Karnataka, India
     

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This paper examines the growth of references over the past fifteen years (1994-2008) and attempt to identify the appropriate growth models from the several competing growth models. It was found that the linear model of growth provide better fits to observed data, whereas the exponential model, a popular model of literature growth, provided the poorest fit. The R2 values were used to determine which model performed best.

Keywords

Iron Making and Steelmaking, Bibliometrics, Growth Curves, Modelling, Ferrous Metallurgy.
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About The Author

N. V. Ramakrishna
JSW Steel Ltd., Toranagallu, Vidyanagar, Bellary District 583275, Karnataka
India


Notifications

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  • Ramakrishna (N V); Pangannaya (N B). Growth of animal cell culture technology literature: A correlation between citations and publications based on growth curve. Library Science with a slant to Documentation and Information Studies. Vol. 36(1); 1999; p21-26.

  • Price (D S). Science since Babylon. New Haven; Yale University press, 1978.

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  • Modelling the Growth of Ferrous Metallurgy Literature: a Study Based on Iron Making and Steelmaking

Abstract Views: 345  |  PDF Views: 10

Authors

N. V. Ramakrishna
JSW Steel Ltd., Toranagallu, Vidyanagar, Bellary District 583275, Karnataka, India

Abstract


This paper examines the growth of references over the past fifteen years (1994-2008) and attempt to identify the appropriate growth models from the several competing growth models. It was found that the linear model of growth provide better fits to observed data, whereas the exponential model, a popular model of literature growth, provided the poorest fit. The R2 values were used to determine which model performed best.

Keywords


Iron Making and Steelmaking, Bibliometrics, Growth Curves, Modelling, Ferrous Metallurgy.

References