The indicator Citation Swing Factor (CSF) has recently been developed to measure this diffusion process quantitatively on the basis of h-core citations, excess citations and total citations. The observed or experimental value of CSF as followed from the basic definition is (d{\theta}/d{\epsilon}), which resulted (-R3/he2) based on a theoretical calculation, where R2, h2 and e2 indicate total citations, h-core citations and excess citations respectively. The later expression indicates the expected or theoretical value of CSF. This paper found out (d{\theta}/d{\epsilon}) for Indian physics research output appeared in selective Indian journals since 2005 to 2020 and compared it with the respective theoretical values. The average error over entire time span is found 2.26% indicating close proximity between theoretically expected and practically observed values. Besides, three other scientometric indicators are introduced here, viz. Time-Normalised Total Cited Ratio (TC), Time-Normalised Cited Uncited Ratio (CU) and Time-Normalised Total Uncited Ratio (TU). The numerical values of these indicators are found out for the same sample and the temporal variations along with their mutual interrelationships are determined by regression analysis.

中文翻译：

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从一些新指标的角度看2005年以来印度物理学和天文学研究论文的引用趋势

最近开发的指​​标引文摆动因子 (CSF) 用于根据 h 核心引文、超额引文和总引文定量衡量这种扩散过程。根据基本定义，CSF 的观测值或实验值是 (d{\theta}/d{\epsilon})，这是基于理论计算得出的 (-R3/he2)，其中 R2、h2 和 e2 表示总分别为引文、h-core 引文和超额引文。后面的表达式表示 CSF 的预期或理论值。该论文发现 (d{\theta}/d{\epsilon}) 自 2005 年至 2020 年出现在精选印度期刊上的印度物理学研究成果，并将其与各自的理论值进行了比较。整个时间跨度的平均误差为 2。26% 表明理论预期值和实际观察值之间非常接近。此外，这里还介绍了其他三个科学计量指标，即。时间归一化总被引率 (TC)、时间归一化被引未引率 (CU) 和时间归一化总未引引率 (TU)。对同一样本求出这些指标的数值，并通过回归分析确定其随时间变化及其相互关系。