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Detecting Topography of WO3 Semiconductor by Atomic Force Microscope (AFM) and Scanning Tunneling Microscope (STM)

机译:通过原子力显微镜(AFM)和扫描隧道显微镜(STM)检测WO3半导体的形貌

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The morphology of WO3 is studied by AFM microscopy in order to specify the roughness which usually controls the movement of a free electron between the different layers which is fabricated the sensor. Additionally, STM microscopy gives the electrical characteristics of the sample by (STS) in a nanoscopic scale. As well as the electronic cloud which located in the middle distance between atoms and resulted by insertion of their electrons.
机译:通过AFM显微镜研究WO3的形态,以规定粗糙度,该粗糙度通常控制自由电子在制造传感器的不同层之间的运动。另外,STM显微镜通过(STS)以纳米级给出了样品的电学特性。以及位于原子之间中间距离并由于其电子插入而产生的电子云。

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