Abstract:
Traditional bibliometric indicators are only partially suitable for evaluating
the scientific achievements of individual people. They are either not
definitive or they are too complicated to use due to technical and
methodological difficulties. There is still no definite evidence for the
correlation between the citation rate (CPP) and the H-Index. In order to
obtain a reliable assessment of what the relation is between the H-Index and
the citation rate, we performed a study on 30 relevant scientists from the
disciplines of "particle physics" and "neurology". The foregoing discussions
on the different correlations revealed that the form and degree of correlation
do not just vary considerably between the individual comparisons but also
amongst the disciplines. In both disciplines, the correlation between the
citation rate CPP and the H-Index was relatively low. We also found varying
degrees of correlation here.
Machine summary:
International Journal of Information Science and Management Various Correlations between the H-Index and Citation Rate (CPP) in Neuroscience and Quantum Physics: New Findings S.
In order to obtain a reliable assessment of what the relation is between the H-Index and the citation rate, we performed a study on 30 relevant scientists from the disciplines of "particle physics" and "neurology".
Objective and Method of the Study In order to obtain a reliable assessment of what the relation is between the H-Index and the citation rate, we performed a study on 30 relevant scientists from the disciplines of "particle physics" and "neurology".
(Mittermaier, Plott, Tunger Bukard, & Lexis, 2006 & 2007) In selecting the scientists, it was important that the scientists worked predominantly within the respective disciplines, that they were mainly senior researchers as they tend to have a higher number of publications, a longer career, and therefore a higher response, and that no overlaps occurred as a result of very common names.
(2007) determined the following formula for the relation of the number of publications and the average citation rate to the H-Index: ñ = c * N „"“ * CPP 2" where c is a positive constant.
For the purpose of providing an overview, all of the values obtained for average deviations from the correlation calculations performed are listed once again below: Table 3 Average Deviations from the Correlation Calculations (Neurolog y) {مراجعه شود به فایل جدول الحاقی} Table 4 Average Deviations from the Correlation Calculations (Particle Physics) {مراجعه شود به فایل جدول الحاقی} The application of the formulas defined by Hirsch and Csajbok reveal that the correlation between CCP and the H-Index is also dependent on the number of publications.