通过自制的铝电解电容器模型，利用氧化铝薄膜具有的介电性能，通过电容量法可以准确快捷地计算氧化膜的厚度，并通过显微直接观察法、电解电量法、伏安法进行了验证。
It was swiftly to obtain the thickness of alumina film by using of it's dielectric property and capacitor model, which was validated by means of EM, electric quantity and volt-ampere.
它超级薄——实际上只有一个原子的厚度，可以通过厨房里的搅拌器中制备出来（当然前提是你知道如何制备），几乎能被用于一切场合，从超级电容器到饮用水的过滤净化。
It'ssuper thin — one atom thick in fact — canbe produced in a kitchen blender (ifyou know how to) and can be used to make everything from super-capacitors tohelping filter clean, safe drinking water.
对电容器用聚酯薄膜的性能、制造方法、树脂和添加剂的要求以及电容器膜超薄化技术等进行了介绍 ，并对薄膜厚度与电容的关系进行了论述。
This paper introduces the properties of PET film for capacitor, manufacture methods of the film, the requirements of PET and the additives, the ultrathin film technique.
对电容器用聚酯薄膜的性能、制造方法、树脂和添加剂的要求以及电容器膜超薄化技术等进行了介绍 ，并对薄膜厚度与电容的关系进行了论述。
This paper introduces the properties of PET film for capacitor, manufacture methods of the film, the requirements of PET and the additives, the ultrathin film technique.
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