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The indicator Citation Swing Factor (CSF) has recently been developed tomeasure this diffusion process quantitatively on the basis of h-core citations,excess citations and total citations. The observed or experimental value of CSFas followed from the basic definition is (d{\theta}/d{\epsilon}), whichresulted (-R3/he2) based on a theoretical calculation, where R2, h2 and e2indicate total citations, h-core citations and excess citations respectively.The later expression indicates the expected or theoretical value of CSF. Thispaper found out (d{\theta}/d{\epsilon}) for Indian physics research outputappeared in selective Indian journals since 2005 to 2020 and compared it withthe respective theoretical values. The average error over entire time span isfound 2.26% indicating close proximity between theoretically expected andpractically observed values. Besides, three other scientometric indicators areintroduced here, viz. Time-Normalised Total Cited Ratio (TC), Time-NormalisedCited Uncited Ratio (CU) and Time-Normalised Total Uncited Ratio (TU). Thenumerical values of these indicators are found out for the same sample and thetemporal variations along with their mutual interrelationships are determinedby regression analysis.

Viewing citation trend of Indian physics and astronomy research papers since 2005 through the lens of some new indicators