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Ag metal mid layer based on new sensing multilayers structure extended gate field effect transistor (EG-FET) for pH sensor

机译:基于新型传感多层结构的Ag金属中间层扩展栅极场效应晶体管(例如FET),用于pH传感器

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摘要

This study focus on the effectiveness of ZnO/Ag/ZnO (ZAZ) multilayers films thickness on electrical properties of pH sensor and structural properties such as XRD, AFM, the multilayers structure ZnO/Ag/ZnO deposit on glass substrate by using RF and DC magnetron sputtering system at different thickness (200/100/200) nm, (100/50/100) nm, XRD results indicated that the multilayers have polycrystalline phase for Ag metal. ZnO/Ag/ZnO was tested as EGFET for the first time the effect of multilayers thickness on chemical sensitivity, linearity and hysteresis voltage were demonstrated and found 0.62 mu A(1/2)/pH, 99.92%, 5.4 mV for multilayer thickness (200/100/200) nm while 0.25 mu A(1/2)/pH, 97%, 3.2 mV at multilayers thickness (100/50/100) nm respectively.
机译:本研究专注于ZnO / Ag / ZnO(ZAZ)多层膜厚度对pH传感器和结构性能的电性能的有效性,例如XRD,AFM,通过使用RF和DC在玻璃基板上的多层结构ZnO / Ag / ZnO沉积物 磁控溅射系统不同厚度(200/100/200)NM,(100/50/100)NM,XRD结果表明,多层具有用于Ag金属的多晶相。 ZnO / Ag / ZnO被测试为EGFET,首次测试多层厚度对化学敏感性,线性和滞后电压的影响,发现多层厚度为0.62μA(1/2)/ pH,99.92%,5.4mV( 200/100/200)NM分别为0.25μA(1/2)/ pH,97%,3.2mV,分别为多层厚度(100/50/100)。

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