Çakıcı, T. Et Al. 2023. Surface activation of Si-based Schottky diodes by bacterial biosynthesized AgInSe2 trimetallic alloy nanoparticles with evidenced negative capacitance and enhanced electro-dielectric performance. APPLIED SURFACE SCIENCE , vol.631 , 157522-157544.

Çakıcı, T., Ajjaq, A., Çağırtekin, A. O., Özdal, M., Barin , Ö., & Acar, S., (2023). Surface activation of Si-based Schottky diodes by bacterial biosynthesized AgInSe2 trimetallic alloy nanoparticles with evidenced negative capacitance and enhanced electro-dielectric performance. APPLIED SURFACE SCIENCE , vol.631, 157522-157544.

Çakıcı, Tuba Et Al. "Surface activation of Si-based Schottky diodes by bacterial biosynthesized AgInSe2 trimetallic alloy nanoparticles with evidenced negative capacitance and enhanced electro-dielectric performance," APPLIED SURFACE SCIENCE , vol.631, 157522-157544, 2023

Çakıcı, Tuba Ç. Et Al. "Surface activation of Si-based Schottky diodes by bacterial biosynthesized AgInSe2 trimetallic alloy nanoparticles with evidenced negative capacitance and enhanced electro-dielectric performance." APPLIED SURFACE SCIENCE , vol.631, pp.157522-157544, 2023

Çakıcı, T. Et Al. (2023) . "Surface activation of Si-based Schottky diodes by bacterial biosynthesized AgInSe2 trimetallic alloy nanoparticles with evidenced negative capacitance and enhanced electro-dielectric performance." APPLIED SURFACE SCIENCE , vol.631, pp.157522-157544.

@article{article, author={Tuba ÇAKICI CAN Et Al. }, title={Surface activation of Si-based Schottky diodes by bacterial biosynthesized AgInSe2 trimetallic alloy nanoparticles with evidenced negative capacitance and enhanced electro-dielectric performance}, journal={APPLIED SURFACE SCIENCE}, year=2023, pages={157522-157544} }