When the microscope's sharp tip applied a positive voltage to the material's surface, it drew conducting lines that exist in the space between the oxide layers.
当显微镜的尖端把正电压施加到材料表面时，它就在氧化层之间的空白处画出了导线。
2
The next, an electric conduction nanometer particle layer is formed on the surface of the exposed first conducting layer.
接着，在暴露的第一导电层的表面上形成一导电纳米粒子层。
3
The surface waves propagating on conducting plane covered with lossy media are analyzed.