Diker, C. Ö. Et Al. 2023. Fabrication and characterization of superhydrophobic halloysite nanotube-based colored hybrid coatings with thermal, chemical, and environmental durability and self-cleaning ability on glass substrate by spray coating technique. Applied Clay Science , vol.244 .

Diker, C. Ö., DUMAN, O., & TUNÇ, S., (2023). Fabrication and characterization of superhydrophobic halloysite nanotube-based colored hybrid coatings with thermal, chemical, and environmental durability and self-cleaning ability on glass substrate by spray coating technique. Applied Clay Science , vol.244.

Diker, CEREN, OSMAN DUMAN, And SİBEL TUNÇ. "Fabrication and characterization of superhydrophobic halloysite nanotube-based colored hybrid coatings with thermal, chemical, and environmental durability and self-cleaning ability on glass substrate by spray coating technique," Applied Clay Science , vol.244, 2023

Diker, CEREN Ö. Et Al. "Fabrication and characterization of superhydrophobic halloysite nanotube-based colored hybrid coatings with thermal, chemical, and environmental durability and self-cleaning ability on glass substrate by spray coating technique." Applied Clay Science , vol.244, 2023

Diker, C. Ö. DUMAN, O. And TUNÇ, S. (2023) . "Fabrication and characterization of superhydrophobic halloysite nanotube-based colored hybrid coatings with thermal, chemical, and environmental durability and self-cleaning ability on glass substrate by spray coating technique." Applied Clay Science , vol.244.

@article{article, author={CEREN ÖZCAN DİKER Et Al. }, title={Fabrication and characterization of superhydrophobic halloysite nanotube-based colored hybrid coatings with thermal, chemical, and environmental durability and self-cleaning ability on glass substrate by spray coating technique}, journal={Applied Clay Science}, year=2023}