Tsoutsoumanos, E. Et Al. 2023. Nanostructured TLDs: Studying the impact of crystalline size on the Thermoluminescence glow-curve shape and electron trapping parameters. RADIATION PHYSICS AND CHEMISTRY , vol.212 , 111067.

Tsoutsoumanos, E., Saleh, M., P.G. Konstantinidis, ., Altunal, V., Sahare, P. D., Yeğingil, Z., ... T. Karakasidis, .(2023). Nanostructured TLDs: Studying the impact of crystalline size on the Thermoluminescence glow-curve shape and electron trapping parameters. RADIATION PHYSICS AND CHEMISTRY , vol.212, 111067.

Tsoutsoumanos, E. Et Al. "Nanostructured TLDs: Studying the impact of crystalline size on the Thermoluminescence glow-curve shape and electron trapping parameters," RADIATION PHYSICS AND CHEMISTRY , vol.212, 111067, 2023

Tsoutsoumanos, E. Et Al. "Nanostructured TLDs: Studying the impact of crystalline size on the Thermoluminescence glow-curve shape and electron trapping parameters." RADIATION PHYSICS AND CHEMISTRY , vol.212, pp.111067, 2023

Tsoutsoumanos, E. Et Al. (2023) . "Nanostructured TLDs: Studying the impact of crystalline size on the Thermoluminescence glow-curve shape and electron trapping parameters." RADIATION PHYSICS AND CHEMISTRY , vol.212, p.111067.

@article{article, author={E. Tsoutsoumanos Et Al. }, title={Nanostructured TLDs: Studying the impact of crystalline size on the Thermoluminescence glow-curve shape and electron trapping parameters}, journal={RADIATION PHYSICS AND CHEMISTRY}, year=2023, pages={111067} }