Ulutas, K. Et Al. 2024. Thickness-dependent glass transition temperature of hydroxyethyl cellulose thin films based on dielectric properties. Journal of Applied Polymer Science , vol.141, no.14 .

Ulutas, K., YAKUT, Ş., BOZOĞLU PARTO, D., Tankul, M. I., & Deger, D., (2024). Thickness-dependent glass transition temperature of hydroxyethyl cellulose thin films based on dielectric properties. Journal of Applied Polymer Science , vol.141, no.14.

Ulutas, Hulusi Et Al. "Thickness-dependent glass transition temperature of hydroxyethyl cellulose thin films based on dielectric properties," Journal of Applied Polymer Science , vol.141, no.14, 2024

Ulutas, Hulusi K. Et Al. "Thickness-dependent glass transition temperature of hydroxyethyl cellulose thin films based on dielectric properties." Journal of Applied Polymer Science , vol.141, no.14, 2024

Ulutas, K. Et Al. (2024) . "Thickness-dependent glass transition temperature of hydroxyethyl cellulose thin films based on dielectric properties." Journal of Applied Polymer Science , vol.141, no.14.

@article{article, author={Hulusi Kemal ULUTAŞ Et Al. }, title={Thickness-dependent glass transition temperature of hydroxyethyl cellulose thin films based on dielectric properties}, journal={Journal of Applied Polymer Science}, year=2024}