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Journal's Global Impact Factor Records
The journal's Global Impact Factor (GIF) is calculated according to the standard formula published by Clarivate Analytics (previously ISI). The following is an example for calculation of 2023.

A = 69 citations (number of times articles published in 2022 and 2021, cited in 2023).
B = 109 articles (total number of articles published in 2022 and 2021).
A/B = 0.633 (GIF for 2023).
H-Index = 16
i-Index
= 43

GIF for previous years were calculated using similar method and the value is announced in July of the relevant year. The journal was established in 2014.

NOTE: Raw data used in this calculation can be accessed from the journal’s citation records by Google Scholar for verifications by third parties.


- GIF for 2022
A = 62 citations
B = 112 articles
GIF for 2019 = 0.554
H-Index = 15
i-Index
= 36
GIF for 2021
A = 55 citations
B = 76 articles
GIF for 2021 = 0.724
H-Index = 13
i-Index
= 23
GIF for 2020
A = 43 citations
B = 81 articles
GIF for 2019 = 0.531
H-Index = 10
i-Index
= 15
GIF for 2019
A = 47 citations
B = 99 articles
GIF for 2018 = 0.475
H-Index = 7
i-Index
= 3
GIF for 2018
A = 64 citations
B = 141 articles
GIF for 2017 = 0.454
H-Index = 6
i-Index
= 1
GIF for 2017
A = 36 citations
B = 90 articles
GIF for 2017 = 0.400
H-Index = 4
i-Index
= 0
IF for 2016
A = 6 citations
B = 20 articles
GIF for 2016 = 0.300
H-Index = 2
i-Index
= 0
.

Publication - the journal is published 4 times a year for March, June, September and December issues.

Current Issue - Vol 11, No 3, September 2024

Next Issue - Vol 11, No 4, December 2024

Most cited papers from the Transactions on Science and Technology

Article in press

Breakdown voltage of palm oil insulation enhanced with rice husk powder
Siti Sarah Junian; Mohamad Zul Hilmey Makmud; Jedol Dayou. 2024. Transactions on Science and Technology - in press.
Abstract Palm oil (PO) is a potential alternative to mineral oil for electrical insulation and has previously been studied with rice husk (RH) powder as a filler. Research has shown that RH powder enhances the dielectric and physical properties of PO. Additionally, the effect of different preparation methods has been explored, showing further improvements in these properties. In this study, we modified the preparation method by scaling up the sample volume, leading to a positive impact on the properties of PO. To determine the optimal RH concentration for achieving the highest breakdown voltage (BDV), various concentrations of RH in PO were tested according to the IEC 60156 standard. The results demonstrate that the BDV improved significantly compared to previous studies. Moreover, the data revealed a maximum curve trendline in the graph of BDV versus RH concentration. Overall, the modified preparation method yielded better BDV results, with a specific RH concentration resulting with the highest value.
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