Yılmaz, K. Et Al. 2024. Transformative Nanosized Organic Coatings with Euphorbia Condylocarpa/Poplar Tree Bark/Zircon Silicate Hybrid System for Enhanced Industrial Resilience. PERIODICA POLYTECHNICA: CHEMICAL ENGINEERING , vol.0 , 1-11.

Yılmaz, K., Şahin, F. İ., & Acaralı, N., (2024). Transformative Nanosized Organic Coatings with Euphorbia Condylocarpa/Poplar Tree Bark/Zircon Silicate Hybrid System for Enhanced Industrial Resilience. PERIODICA POLYTECHNICA: CHEMICAL ENGINEERING , vol.0, 1-11.

Yılmaz, Kübra, Fatma İrem Şahin, And Nil ACARALI. "Transformative Nanosized Organic Coatings with Euphorbia Condylocarpa/Poplar Tree Bark/Zircon Silicate Hybrid System for Enhanced Industrial Resilience," PERIODICA POLYTECHNICA: CHEMICAL ENGINEERING , vol.0, 1-11, 2024

Yılmaz, Kübra Et Al. "Transformative Nanosized Organic Coatings with Euphorbia Condylocarpa/Poplar Tree Bark/Zircon Silicate Hybrid System for Enhanced Industrial Resilience." PERIODICA POLYTECHNICA: CHEMICAL ENGINEERING , vol.0, pp.1-11, 2024

Yılmaz, K. Şahin, F. İ. And Acaralı, N. (2024) . "Transformative Nanosized Organic Coatings with Euphorbia Condylocarpa/Poplar Tree Bark/Zircon Silicate Hybrid System for Enhanced Industrial Resilience." PERIODICA POLYTECHNICA: CHEMICAL ENGINEERING , vol.0, pp.1-11.

@article{article, author={Kübra Yılmaz Et Al. }, title={Transformative Nanosized Organic Coatings with Euphorbia Condylocarpa/Poplar Tree Bark/Zircon Silicate Hybrid System for Enhanced Industrial Resilience}, journal={PERIODICA POLYTECHNICA: CHEMICAL ENGINEERING}, year=2024, pages={1-11} }