EROL, E. Et Al. 2020. The synergistic effect of Er3+and Ho3+on temporal color tuning of upconversion emission in a glass host: Via a facile excitation modulation technique for anti-counterfeiting applications. Physical Chemistry Chemical Physics , vol.22, no.44 , 25963-25972.

EROL, E., Kibrisli, O., Vahedigharehchopogh, N., ÇELİKBİLEK ERSUNDU, M., & ERSUNDU, A. E., (2020). The synergistic effect of Er3+and Ho3+on temporal color tuning of upconversion emission in a glass host: Via a facile excitation modulation technique for anti-counterfeiting applications. Physical Chemistry Chemical Physics , vol.22, no.44, 25963-25972.

EROL, ERDİNÇ Et Al. "The synergistic effect of Er3+and Ho3+on temporal color tuning of upconversion emission in a glass host: Via a facile excitation modulation technique for anti-counterfeiting applications," Physical Chemistry Chemical Physics , vol.22, no.44, 25963-25972, 2020

EROL, ERDİNÇ Et Al. "The synergistic effect of Er3+and Ho3+on temporal color tuning of upconversion emission in a glass host: Via a facile excitation modulation technique for anti-counterfeiting applications." Physical Chemistry Chemical Physics , vol.22, no.44, pp.25963-25972, 2020

EROL, E. Et Al. (2020) . "The synergistic effect of Er3+and Ho3+on temporal color tuning of upconversion emission in a glass host: Via a facile excitation modulation technique for anti-counterfeiting applications." Physical Chemistry Chemical Physics , vol.22, no.44, pp.25963-25972.

@article{article, author={ERDİNÇ EROL Et Al. }, title={The synergistic effect of Er3+and Ho3+on temporal color tuning of upconversion emission in a glass host: Via a facile excitation modulation technique for anti-counterfeiting applications}, journal={Physical Chemistry Chemical Physics}, year=2020, pages={25963-25972} }