Dincer, O. Et Al. 2024. Lightweight, flexible, and antimicrobial X-ray shielding composites with liquid metal-derived bismuth-tin core-shell particles. APPLIED MATERIALS TODAY , vol.38 .

Dincer, O., ŞEYDA, D., AKCA, G., Cengiz, B., Gorur, M. C., DOĞANAY, D., ... ÜNALAN, H. E.(2024). Lightweight, flexible, and antimicrobial X-ray shielding composites with liquid metal-derived bismuth-tin core-shell particles. APPLIED MATERIALS TODAY , vol.38.

Dincer, Orcun Et Al. "Lightweight, flexible, and antimicrobial X-ray shielding composites with liquid metal-derived bismuth-tin core-shell particles," APPLIED MATERIALS TODAY , vol.38, 2024

Dincer, Orcun Et Al. "Lightweight, flexible, and antimicrobial X-ray shielding composites with liquid metal-derived bismuth-tin core-shell particles." APPLIED MATERIALS TODAY , vol.38, 2024

Dincer, O. Et Al. (2024) . "Lightweight, flexible, and antimicrobial X-ray shielding composites with liquid metal-derived bismuth-tin core-shell particles." APPLIED MATERIALS TODAY , vol.38.

@article{article, author={Orcun Dincer Et Al. }, title={Lightweight, flexible, and antimicrobial X-ray shielding composites with liquid metal-derived bismuth-tin core-shell particles}, journal={APPLIED MATERIALS TODAY}, year=2024}