ERBİLEN TANRIKULU, E. Et Al. 2024. Evaluation of the current transport mechanism depending on the temperature of Schottky structures with Ti:DLC interlayer. Materials Today Communications , vol.38 .

ERBİLEN TANRIKULU, E., Berkün, Ö., ULUSOY, M., Avar, B., Durmuş, H., & ALTINDAL, Ş., (2024). Evaluation of the current transport mechanism depending on the temperature of Schottky structures with Ti:DLC interlayer. Materials Today Communications , vol.38.

ERBİLEN TANRIKULU, ESRA Et Al. "Evaluation of the current transport mechanism depending on the temperature of Schottky structures with Ti:DLC interlayer," Materials Today Communications , vol.38, 2024

ERBİLEN TANRIKULU, ESRA E. Et Al. "Evaluation of the current transport mechanism depending on the temperature of Schottky structures with Ti:DLC interlayer." Materials Today Communications , vol.38, 2024

ERBİLEN TANRIKULU, E. Et Al. (2024) . "Evaluation of the current transport mechanism depending on the temperature of Schottky structures with Ti:DLC interlayer." Materials Today Communications , vol.38.

@article{article, author={ESRA ERBİLEN TANRIKULU Et Al. }, title={Evaluation of the current transport mechanism depending on the temperature of Schottky structures with Ti:DLC interlayer}, journal={Materials Today Communications}, year=2024}