A. M. Yazdani Et Al. , "Thermal Bioeffect of Hybrid Microfluidic System Used for Particle and Cell Separation," In Advances in Heat Transfer and Thermal Engineering , Singapore: Springer, London/Berlin , 2021, pp.321-324.
Yazdani, A. M. Et Al. Thermal Bioeffect of Hybrid Microfluidic System Used for Particle and Cell Separation. 2021. In Advances in Heat Transfer and Thermal Engineering , Springer, London/Berlin , Singapore, 321-324.
Yazdani, A. M., Alijani, H., Özbey, A., Karimzadehkhouei, M., Koşar, A., Şişman, A., ... Alpman, E.(2021). Thermal Bioeffect of Hybrid Microfluidic System Used for Particle and Cell Separation. Advances in Heat Transfer and Thermal Engineering (pp.321-324), Singapore: Springer, London/Berlin .
Yazdani, Ali Et Al. "Thermal Bioeffect of Hybrid Microfluidic System Used for Particle and Cell Separation." In Advances in Heat Transfer and Thermal Engineering , 321-324. Singapore: Springer, London/Berlin , 2021
Yazdani, Ali M. Et Al. "Thermal Bioeffect of Hybrid Microfluidic System Used for Particle and Cell Separation." Advances in Heat Transfer and Thermal Engineering , Springer, London/Berlin , 2021, pp.321-324.
Yazdani, A. M. Et Al. (2021) "Thermal Bioeffect of Hybrid Microfluidic System Used for Particle and Cell Separation", Advances in Heat Transfer and Thermal Engineering . Singapore: Springer, London/Berlin .
@bookchapter{bookchapter, author ={Ali Mohammad Yazdani Et Al. }, chaptertitle={Thermal Bioeffect of Hybrid Microfluidic System Used for Particle and Cell Separation}, booktitle={ Advances in Heat Transfer and Thermal Engineering }, publisher={Springer, London/Berlin }, city={Singapore},year={2021} }