Duman, O. Et Al. 2025. Fabrication of superhydrophobic sorbent material via in-situ coating of melamine sponge with halloysite nanotube and fluoroalkylsilane using supercritical CO2 coating system for efficient oily water treatment. SEPARATION AND PURIFICATION TECHNOLOGY , vol.360 , 131069.

Duman, O., Cengiz, U., Özcan Diker, C., Güreşir, S. M., Tunç, S., & Cengiz, C., (2025). Fabrication of superhydrophobic sorbent material via in-situ coating of melamine sponge with halloysite nanotube and fluoroalkylsilane using supercritical CO2 coating system for efficient oily water treatment. SEPARATION AND PURIFICATION TECHNOLOGY , vol.360, 131069.

Duman, OSMAN Et Al. "Fabrication of superhydrophobic sorbent material via in-situ coating of melamine sponge with halloysite nanotube and fluoroalkylsilane using supercritical CO2 coating system for efficient oily water treatment," SEPARATION AND PURIFICATION TECHNOLOGY , vol.360, 131069, 2025

Duman, OSMAN Et Al. "Fabrication of superhydrophobic sorbent material via in-situ coating of melamine sponge with halloysite nanotube and fluoroalkylsilane using supercritical CO2 coating system for efficient oily water treatment." SEPARATION AND PURIFICATION TECHNOLOGY , vol.360, pp.131069, 2025

Duman, O. Et Al. (2025) . "Fabrication of superhydrophobic sorbent material via in-situ coating of melamine sponge with halloysite nanotube and fluoroalkylsilane using supercritical CO2 coating system for efficient oily water treatment." SEPARATION AND PURIFICATION TECHNOLOGY , vol.360, p.131069.

@article{article, author={OSMAN DUMAN Et Al. }, title={Fabrication of superhydrophobic sorbent material via in-situ coating of melamine sponge with halloysite nanotube and fluoroalkylsilane using supercritical CO2 coating system for efficient oily water treatment}, journal={SEPARATION AND PURIFICATION TECHNOLOGY}, year=2025, pages={131069} }