BAYRAK, K. Et Al. 2024. Optical properties of a quantum dot confined in inverse square root truncated exponential potential under varied conditions of temperature, hydrostatic pressure, and electric/magnetic fields. European Physical Journal Plus , vol.139, no.8 .

BAYRAK, K., KAYA, D., & BAYRAK, O., (2024). Optical properties of a quantum dot confined in inverse square root truncated exponential potential under varied conditions of temperature, hydrostatic pressure, and electric/magnetic fields. European Physical Journal Plus , vol.139, no.8.

BAYRAK, KÜBRA, DENİZ KAYA, And ORHAN BAYRAK. "Optical properties of a quantum dot confined in inverse square root truncated exponential potential under varied conditions of temperature, hydrostatic pressure, and electric/magnetic fields," European Physical Journal Plus , vol.139, no.8, 2024

BAYRAK, KÜBRA Et Al. "Optical properties of a quantum dot confined in inverse square root truncated exponential potential under varied conditions of temperature, hydrostatic pressure, and electric/magnetic fields." European Physical Journal Plus , vol.139, no.8, 2024

BAYRAK, K. KAYA, D. And BAYRAK, O. (2024) . "Optical properties of a quantum dot confined in inverse square root truncated exponential potential under varied conditions of temperature, hydrostatic pressure, and electric/magnetic fields." European Physical Journal Plus , vol.139, no.8.

@article{article, author={KÜBRA BAYRAK Et Al. }, title={Optical properties of a quantum dot confined in inverse square root truncated exponential potential under varied conditions of temperature, hydrostatic pressure, and electric/magnetic fields}, journal={European Physical Journal Plus}, year=2024}