Moeller指出，这项技术比电容性界面如手机或笔记本上的液晶触屏具有更好的操作性。
Moeller pointed out that the technology creates more possibilities for interaction than capacitive interfaces like the glass touch-screens on smart phones and laptops.
如果电荷不能通过这种界面，它即是极性的，其电学行为等效一个电容。
If charge cannot cross the interface, it is said to be polarized and is electrically equivalent to a capacitor.
由电容频谱曲线的主要特征判断，界面驰豫极化机制主导这一电容弥散区。
The main features of capacitance frequency curve recognize that the capacitance dispersion region results from the mechanism of interface relaxation polarization.
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