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Enhancing filtration performance of submicron particle filter media through bimodal structural design
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A. Toptas Et Al. , "Enhancing filtration performance of submicron particle filter media through bimodal structural design," Polymer Engineering and Science , vol.64, no.2, pp.901-912, 2024

Toptas, A. Et Al. 2024. Enhancing filtration performance of submicron particle filter media through bimodal structural design. Polymer Engineering and Science , vol.64, no.2 , 901-912.

Toptas, A., Calisir, M. D., Gungor, M., & Kılıç, A., (2024). Enhancing filtration performance of submicron particle filter media through bimodal structural design. Polymer Engineering and Science , vol.64, no.2, 901-912.

Toptas, Ali Et Al. "Enhancing filtration performance of submicron particle filter media through bimodal structural design," Polymer Engineering and Science , vol.64, no.2, 901-912, 2024

Toptas, Ali Et Al. "Enhancing filtration performance of submicron particle filter media through bimodal structural design." Polymer Engineering and Science , vol.64, no.2, pp.901-912, 2024

Toptas, A. Et Al. (2024) . "Enhancing filtration performance of submicron particle filter media through bimodal structural design." Polymer Engineering and Science , vol.64, no.2, pp.901-912.

@article{article, author={Ali Toptas Et Al. }, title={Enhancing filtration performance of submicron particle filter media through bimodal structural design}, journal={Polymer Engineering and Science}, year=2024, pages={901-912} }