Nagpal, RajatLupan, CristianSandu, IuliaBîrnaz, Adrian2024-03-262024-03-262024NAGPAL, Rajat, LUPAN, Cristian, SANDU, Iulia, BÎRNAZ, Adrian. Detectarea luminii UV pe baza rețelelor de ZnO. In: Integrare prin cercetare și inovare: conferința științifică națională cu participare internațională. Ştiinţe ale naturii și exacte, 9-10 noiembrie 2023. CEP USM, 2024, pp. 732-737. ISBN 978-9975-62-690-3.978-9975-62-690-3https://msuir.usm.md/handle/123456789/14641NAGPAL, Rajat, LUPAN, Cristian, SANDU, Iulia, BÎRNAZ, Adrian. Detectarea luminii UV pe baza rețelelor de ZnO. In: Integrare prin cercetare și inovare: conferința științifică națională cu participare internațională. Ştiinţe ale naturii și exacte, 9-10 noiembrie 2023. CEP USM, 2024, pp. 732-737. ISBN 978-9975-62-690-3.ZnO network is considered as a good visible blind UV light detector. In this study we report room temperature UV detection analysis at three different wavelengths spread in UV-A and UV-B regions. Studied ZnO network is prepared by one of the most efficient methods: flame transport synthesis. ZnO network between two interdigitated electrodes were irradiated by UV radiation of three different wavelengths as 400nm, 370nm, and 280nm. The result analysis exhibits UV response of ~ 32, 28, and 11 at wavelength 370nm, 280nm, and 400nm, respectively. The UV response characteristics were measured and get analysed in detail with its sensing mechanism, correlating slow regeneration or decay time (~7.9s) to slow exchange of carrier’s movement due to trapping of carriers by oxygen ions. The detailed sensing mechanism has been discussed.roUV light detectionZnOUV response characteristicsArticle