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Breakdown strength analysis of XLPE insulation types: A comparative study for multi-layer structure and voltage rise rate
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M. Camalov Et Al. , "Breakdown strength analysis of XLPE insulation types: A comparative study for multi-layer structure and voltage rise rate," Electric Power Systems Research , vol.223, 2023

Camalov, M. Et Al. 2023. Breakdown strength analysis of XLPE insulation types: A comparative study for multi-layer structure and voltage rise rate. Electric Power Systems Research , vol.223 .

Camalov, M., Orucov, A., Hashimov, A., Arıkan, O., & Akın, F., (2023). Breakdown strength analysis of XLPE insulation types: A comparative study for multi-layer structure and voltage rise rate. Electric Power Systems Research , vol.223.

Camalov, Mehti Et Al. "Breakdown strength analysis of XLPE insulation types: A comparative study for multi-layer structure and voltage rise rate," Electric Power Systems Research , vol.223, 2023

Camalov, Mehti Et Al. "Breakdown strength analysis of XLPE insulation types: A comparative study for multi-layer structure and voltage rise rate." Electric Power Systems Research , vol.223, 2023

Camalov, M. Et Al. (2023) . "Breakdown strength analysis of XLPE insulation types: A comparative study for multi-layer structure and voltage rise rate." Electric Power Systems Research , vol.223.

@article{article, author={Mehti Camalov Et Al. }, title={Breakdown strength analysis of XLPE insulation types: A comparative study for multi-layer structure and voltage rise rate}, journal={Electric Power Systems Research}, year=2023}