Toptaş, A. Et Al. 2025. Effect of blown air temperature on morphology, phase structure and filtration efficiency of PVDF nanofibrous mats produced via electro-blowing. Polymer Engineering and Science .

Toptaş, A., ÇALIŞIR, M. D., & Tibatan, M. A., (2025). Effect of blown air temperature on morphology, phase structure and filtration efficiency of PVDF nanofibrous mats produced via electro-blowing. Polymer Engineering and Science .

Toptaş, Ali, MEHMET DURMUŞ ÇALIŞIR, And Mehmet Ali Tibatan. "Effect of blown air temperature on morphology, phase structure and filtration efficiency of PVDF nanofibrous mats produced via electro-blowing," Polymer Engineering and Science , 2025

Toptaş, Ali Et Al. "Effect of blown air temperature on morphology, phase structure and filtration efficiency of PVDF nanofibrous mats produced via electro-blowing." Polymer Engineering and Science , 2025

Toptaş, A. ÇALIŞIR, M. D. And Tibatan, M. A. (2025) . "Effect of blown air temperature on morphology, phase structure and filtration efficiency of PVDF nanofibrous mats produced via electro-blowing." Polymer Engineering and Science .

@article{article, author={Ali Toptaş Et Al. }, title={Effect of blown air temperature on morphology, phase structure and filtration efficiency of PVDF nanofibrous mats produced via electro-blowing}, journal={Polymer Engineering and Science}, year=2025}