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Unveiling the temperature-dependent optoelectronic performance of acrylonitrile derivatives for organic semiconductors: A comprehensive DFT and experimental analysis
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L. Babali Özen Et Al. , "Unveiling the temperature-dependent optoelectronic performance of acrylonitrile derivatives for organic semiconductors: A comprehensive DFT and experimental analysis," JOURNAL OF PHYSICS AND CHEMISTRY OF SOLIDS , no.113166, pp.1, 2025

Babali Özen, L. Et Al. 2025. Unveiling the temperature-dependent optoelectronic performance of acrylonitrile derivatives for organic semiconductors: A comprehensive DFT and experimental analysis. JOURNAL OF PHYSICS AND CHEMISTRY OF SOLIDS , no.113166 , 1.

Babali Özen, L., Ekici, Ö., Özkan, G., Özen, F., Gündüz, B., & Turgut Cin, G., (2025). Unveiling the temperature-dependent optoelectronic performance of acrylonitrile derivatives for organic semiconductors: A comprehensive DFT and experimental analysis. JOURNAL OF PHYSICS AND CHEMISTRY OF SOLIDS , no.113166, 1.

Babali Özen, Leyla Et Al. "Unveiling the temperature-dependent optoelectronic performance of acrylonitrile derivatives for organic semiconductors: A comprehensive DFT and experimental analysis," JOURNAL OF PHYSICS AND CHEMISTRY OF SOLIDS , no.113166, 1, 2025

Babali Özen, Leyla B. Et Al. "Unveiling the temperature-dependent optoelectronic performance of acrylonitrile derivatives for organic semiconductors: A comprehensive DFT and experimental analysis." JOURNAL OF PHYSICS AND CHEMISTRY OF SOLIDS , no.113166, pp.1, 2025

Babali Özen, L. Et Al. (2025) . "Unveiling the temperature-dependent optoelectronic performance of acrylonitrile derivatives for organic semiconductors: A comprehensive DFT and experimental analysis." JOURNAL OF PHYSICS AND CHEMISTRY OF SOLIDS , no.113166, p.1.

@article{article, author={Leyla Babali Özen Et Al. }, title={Unveiling the temperature-dependent optoelectronic performance of acrylonitrile derivatives for organic semiconductors: A comprehensive DFT and experimental analysis}, journal={JOURNAL OF PHYSICS AND CHEMISTRY OF SOLIDS}, year=2025, pages={1} }