B. BENLİ And Z. DEMİRTAŞ, "Highly Sensitivite QCM Humidity Sensors with Nanoclay/ Graphene Oxide (GO) Composite-based Film," International Graduate Research Symposium , 2022
BENLİ, B. And DEMİRTAŞ, Z. 2022. Highly Sensitivite QCM Humidity Sensors with Nanoclay/ Graphene Oxide (GO) Composite-based Film. International Graduate Research Symposium .
BENLİ, B., & DEMİRTAŞ, Z., (2022). Highly Sensitivite QCM Humidity Sensors with Nanoclay/ Graphene Oxide (GO) Composite-based Film . International Graduate Research Symposium
BENLİ, Birgül, And ZEYNEP DEMİRTAŞ. "Highly Sensitivite QCM Humidity Sensors with Nanoclay/ Graphene Oxide (GO) Composite-based Film," International Graduate Research Symposium, 2022
BENLİ, Birgül And DEMİRTAŞ, ZEYNEP. "Highly Sensitivite QCM Humidity Sensors with Nanoclay/ Graphene Oxide (GO) Composite-based Film." International Graduate Research Symposium , 2022
BENLİ, B. And DEMİRTAŞ, Z. (2022) . "Highly Sensitivite QCM Humidity Sensors with Nanoclay/ Graphene Oxide (GO) Composite-based Film." International Graduate Research Symposium .
@conferencepaper{conferencepaper, author={Birgül Benli And author={ZEYNEP DEMİRTAŞ}, title={Highly Sensitivite QCM Humidity Sensors with Nanoclay/ Graphene Oxide (GO) Composite-based Film}, congress name={International Graduate Research Symposium}, city={}, country={}, year={2022}}