Clinical and Experimental Psychology

Citations Report

Clinical and Experimental Psychology : Citations & Metrics Report

Articles published in Clinical and Experimental Psychology have been cited by esteemed scholars and scientists all around the world. Clinical and Experimental Psychology has got h-index 10, which means every article in Clinical and Experimental Psychology has got 10 average citations.

Following are the list of articles that have cited the articles published in Clinical and Experimental Psychology.

	2022	2021	2020	2019	2018
Year wise published articles	29	60	20	11	24
Year wise citations received	65	63	62	56	53

Journal total citations count	423
Journal Impact Factor	1.39
Journal 5 years Impact Factor	2.03
Journal CiteScore	1.99
Journal h-index	10

Journal Impact Factor 2020 formula
IF= Citations(y)/{Publications(y-1)+ Publications(y-2)} Y= Year
Journal 5-year Impact Factor 2020 formula
Citations(2016 + 2017 + 2018 + 2019 + 2020)/ {Published articles(2016 + 2017 + 2018 + 2019 + 2020)}
Journal CiteScore
CiteScore_y = Citations_y + Citations_y-1 + Citations_y-2 + Citations _y-3 / Published articles_y + Published articles_y-1 + Published articles_y-2 + Published articles _y-3

Important Citations

Goncharenko AV. Optimal optional-hybrid functions distribution for a reliability problem within the “multi-optionality” uncertainty degree evaluation doctrine. View at Publisher View at Google Scholar
Goncharenko AV. Considerations for the aeronautical engineering degrading state probability determination. View at Publisher View at Google Scholar
Goncharenko AV. Multi-optional doctrine with the uncertainty degree evaluation for the aircraft airworthiness support technologies. View at Publisher View at Google Scholar
The Goal Matrix–A Model for Developing Shared Cognition in Teams View at Publisher View at Google Scholar
Goncharenko AV. Initial considerations for the multi-optional doctrine implementation to the aircraft airworthiness support effectiveness estimations. View at Publisher View at Google Scholar
Goncharenko AV. An example of an alternative method of the normal distribution density derivation via a concept of a multi-optional optimality. Electronics and control systems. 2017(3):95-9. View at Publisher View at Google Scholar
Marijuana Dependence and Its Treatment View at Publisher View at Google Scholar
Goncharenko ?V. A basic example of the mathematical logics interpretations to the tribological processes characteristics revealing. ???????? ????? ?? ??????????. 2018(4):50-3. View at Publisher View at Google Scholar
Goncharenko AV. The Bayes’ formula in terms of the multi-optional uncertainty conditional optimality doctrine. View at Publisher View at Google Scholar
Goncharenko V. Exponential distribution density derived with the help of the multi-optional hybrid functions entropy conditional optimization. ???????? ????? ?? ??????????. 2017(4):90-4. View at Publisher View at Google Scholar
Goncharenko AV. Generalization for the degrading state maximal probability in the framework of the hybrid-optional entropy conditional optimality doctrine. ???????? ????? ?? ??????????. 2018(1):89-92. View at Publisher View at Google Scholar
Self-reported Attributes Associated with Cognition and Motivation as a Function of Gender View at Publisher View at Google Scholar
Goncharenko V. A diagnostics problem of a-posterior probability determination via Bayes’ formula obtained in the multi-optional hybrid functions entropy conditional optimization way. ???????? ????? ?? ??????????. 2017(4):95-9. View at Publisher View at Google Scholar
Goncharenko AV. One theoretical aspect of entropy paradigm application to the problems of tribology. ???????? ????? ?? ??????????. 2017(1):78-83. View at Publisher View at Google Scholar
Goncharenko AV. Concentrations formula conditional optimality with respect to their entropy. ???????? ????? ?? ??????????. 2018(1):85-8. View at Publisher View at Google Scholar
Goncharenko AV. A concept of multi-optional optimality at modeling ideal gas isothermal processes. Electronics and control systems. 2017(2):94-7. View at Publisher View at Google Scholar
Individual Differences in Face Identification: A Causal Relationship with Anxiety? View at Publisher View at Google Scholar
Goncharenko AV. One theoretical aspect of entropy paradigm application to the problems of tribology. ???????? ????? ?? ??????????. 2017(1):78-83. View at Publisher View at Google Scholar
Goncharenko AV. A concept of multi-optional optimality at modeling ideal gas isothermal processes. Electronics and control systems. 2017(2):94-7. View at Publisher View at Google Scholar
Potential Psychological Factors Associated with High Risk for Cannabis Abuse: Evidence from Multiple Logistic Regression View at Publisher View at Google Scholar
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Clinical and Experimental Psychology

Citations Report

Clinical and Experimental Psychology : Citations & Metrics Report

Important Citations

Goncharenko AV. Optimal optional-hybrid functions distribution for a reliability problem within the “multi-optionality” uncertainty degree evaluation doctrine.

Goncharenko AV. Considerations for the aeronautical engineering degrading state probability determination.

Goncharenko AV. Multi-optional doctrine with the uncertainty degree evaluation for the aircraft airworthiness support technologies.

The Goal Matrix–A Model for Developing Shared Cognition in Teams

Goncharenko AV. Initial considerations for the multi-optional doctrine implementation to the aircraft airworthiness support effectiveness estimations.

Goncharenko AV. An example of an alternative method of the normal distribution density derivation via a concept of a multi-optional optimality. Electronics and control systems. 2017(3):95-9.

Marijuana Dependence and Its Treatment

Goncharenko ?V. A basic example of the mathematical logics interpretations to the tribological processes characteristics revealing. ???????? ????? ?? ??????????. 2018(4):50-3.

Goncharenko AV. The Bayes’ formula in terms of the multi-optional uncertainty conditional optimality doctrine.

Goncharenko V. Exponential distribution density derived with the help of the multi-optional hybrid functions entropy conditional optimization. ???????? ????? ?? ??????????. 2017(4):90-4.

Goncharenko AV. Generalization for the degrading state maximal probability in the framework of the hybrid-optional entropy conditional optimality doctrine. ???????? ????? ?? ??????????. 2018(1):89-92.

Self-reported Attributes Associated with Cognition and Motivation as a Function of Gender

Goncharenko V. A diagnostics problem of a-posterior probability determination via Bayes’ formula obtained in the multi-optional hybrid functions entropy conditional optimization way. ???????? ????? ?? ??????????. 2017(4):95-9.

Goncharenko AV. One theoretical aspect of entropy paradigm application to the problems of tribology. ???????? ????? ?? ??????????. 2017(1):78-83.

Goncharenko AV. Concentrations formula conditional optimality with respect to their entropy. ???????? ????? ?? ??????????. 2018(1):85-8.

Goncharenko AV. A concept of multi-optional optimality at modeling ideal gas isothermal processes. Electronics and control systems. 2017(2):94-7.

Individual Differences in Face Identification: A Causal Relationship with Anxiety?

Goncharenko AV. One theoretical aspect of entropy paradigm application to the problems of tribology. ???????? ????? ?? ??????????. 2017(1):78-83.

Goncharenko AV. A concept of multi-optional optimality at modeling ideal gas isothermal processes. Electronics and control systems. 2017(2):94-7.

Potential Psychological Factors Associated with High Risk for Cannabis Abuse: Evidence from Multiple Logistic Regression

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