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Fabrication and properties of nano scale anti-static film by multilayered surface treatment

机译:多层表面处理技术制备纳米级防静电膜的性能

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In this work, we fabricated multilayer type anti-static film including few nano scale thickness of hydrogenated amorphous carbon (DLC) layer and metallic conductive layer, by hybrid coating system which is comprised of linear ion gun and magnetron sputter. Surface resistance can be controllable in the range of 103 ∼ 1010Ω by controlling the thickness. With the benefit of few nano scale coating, this technique can have the maximum processing speed and save raw coating materials, compared to conventional coating method for processing anti-static film. Also discussed are the microstructural aspects of this newly developed anti-static film.
机译:在这项工作中,我们通过由线性离子枪和磁控溅射组成的混合涂层系统,制备了多层型的抗静电膜,该膜几乎没有纳米级厚度的氢化非晶碳(DLC)层和金属导电层。通过控制厚度,可以将表面电阻控制在10 3 〜10 10 Ω的范围内。与传统的防静电膜涂布方法相比,该技术具有纳米涂层少的优点,可以以最快的速度加工并节省原材料。还讨论了这种新开发的抗静电膜的微观结构。

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