Electrical study of bismuth and zinc codoped yttrium oxide prepared by wet chemical method
Materials Today: Proceedings, 2023•Elsevier
Y 2 O 3 find applications in the field of optoelectronic devices based on their optical
properties and memory devices and high frequency devices based on their electrical
properties. Yttrium oxide to act as dielectric material as a replacement of SiO 2 is analysed.
Bismuth and zinc codoped yttrium oxide samples are synthesized by wet chemical method
and their electrical properties are analysed for their other possible applications. It was found
to have no loss in the high frequency region which opens the wide applications of the co …
properties and memory devices and high frequency devices based on their electrical
properties. Yttrium oxide to act as dielectric material as a replacement of SiO 2 is analysed.
Bismuth and zinc codoped yttrium oxide samples are synthesized by wet chemical method
and their electrical properties are analysed for their other possible applications. It was found
to have no loss in the high frequency region which opens the wide applications of the co …
Abstract
Y2O3 find applications in the field of optoelectronic devices based on their optical properties and memory devices and high frequency devices based on their electrical properties. Yttrium oxide to act as dielectric material as a replacement of SiO2 is analysed. Bismuth and zinc codoped yttrium oxide samples are synthesized by wet chemical method and their electrical properties are analysed for their other possible applications. It was found to have no loss in the high frequency region which opens the wide applications of the co-doped samples.
Elsevier
以上显示的是最相近的搜索结果。 查看全部搜索结果