Ekinci, Z. Et Al. 2020. Effects of particle size on oxidative thermal decomposition kinetics and mechanisms of selected waste wood samples. CHEMICAL ENGINEERING COMMUNICATIONS , vol.1 , 1-14.

Ekinci, Z., Civan, M., & Yurdakul, S., (2020). Effects of particle size on oxidative thermal decomposition kinetics and mechanisms of selected waste wood samples. CHEMICAL ENGINEERING COMMUNICATIONS , vol.1, 1-14.

Ekinci, Zeliha, MİHRİBAN CİVAN, And Sema Yurdakul. "Effects of particle size on oxidative thermal decomposition kinetics and mechanisms of selected waste wood samples," CHEMICAL ENGINEERING COMMUNICATIONS , vol.1, 1-14, 2020

Ekinci, Zeliha Et Al. "Effects of particle size on oxidative thermal decomposition kinetics and mechanisms of selected waste wood samples." CHEMICAL ENGINEERING COMMUNICATIONS , vol.1, pp.1-14, 2020

Ekinci, Z. Civan, M. And Yurdakul, S. (2020) . "Effects of particle size on oxidative thermal decomposition kinetics and mechanisms of selected waste wood samples." CHEMICAL ENGINEERING COMMUNICATIONS , vol.1, pp.1-14.

@article{article, author={Zeliha Ekinci Et Al. }, title={Effects of particle size on oxidative thermal decomposition kinetics and mechanisms of selected waste wood samples}, journal={CHEMICAL ENGINEERING COMMUNICATIONS}, year=2020, pages={1-14} }