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The Effect of Magnetron Co-sputtering Parameters on the Microhardness of TiZrN Thin Films

机译:磁控激溅射参数对Tizrn薄膜微硬度的影响

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TiZrN thin films have been prepared on high speed steel by using magnetron sputtering. Doping amounts of Zr were adjusted by changing the sputtering time of the Zr target. X-ray diffraction analyses show that TiZrN coatings consist of mixed crystals of TiN, TiZrN phases. The film microhardness first increases and then decreases with the increasing of Zr doping amount. With the same Zr doping amount, the microhardness of the samples will improve with the increasing of doping times.
机译:通过使用磁控溅射在高速钢上制备了Tizrn薄膜。通过改变Zr靶的溅射时间来调节掺杂量的Zr。 X射线衍射分析表明,Tizrn涂层由锡,Tizrn阶段的混合晶体组成。薄膜显微硬度首先增加,然后随着Zr掺杂量的增加而降低。具有相同的Zr掺杂量,样品的显微硬度随着掺杂时间的增加而改善。

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