ti/tin多层厚涂层制备研究.doc
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ti/tin多层厚涂层制备研究,ti/tin多层厚涂层制备研究ti/tin multilayer thick coating preparation research摘 要：采用电弧离子镀技术在钛合金基体上制备了厚ti/tin多层涂层（最大厚度可达46.3μm）。不同制备条件下，随着涂层调制周期中金属钛含量的变化，厚ti/tin多层涂层的力学性能也发...
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Ti/TiN多层厚涂层制备研究
Ti/TiN Multilayer Thick Coating Preparation Research
摘 要：采用电弧离子镀技术在钛合金基体上制备了厚Ti/TiN多层涂层（最大厚度可达46.3μm）。不同制备条件下，随着涂层调制周期中金属钛含量的变化，厚Ti/TiN多层涂层的力学性能也发生变化。维氏硬度结果表明Ti/TiN涂层中随着Ti含量的降低，维氏硬度有增加趋势。涂层附着力结果表明，Ti/TiN多层涂层附着力是随着涂层调制周期中钛含量增加而增加的。
关键词：Ti/TiN多层涂层，钛合金，电弧离子镀
Ti/TiN Multilayer Thick Coating Preparation Research
Abstract: Using electric arc ion plating technology on titanium alloy substrate was prepared by thick Ti/TiN multilayer coatings (maximum thickness up to 46.3 m (including).Under different preparation conditions, along with the change of the titanium content in the coating modulation cycle, thick mechanical properties of Ti/TiN multilayer coatings are also changing.Vickers hardness results show that the Ti/TiN coating with the loss of the Ti content, the vickers hardness is increased.Coating adhesion results show that the Ti/TiN multilayer coating adhesion is with coating increases with the increase of titanium content in modulation cycle.
Keywords: Ti/TiN multilayer coatings, Titanium alloy, Arc ion plating
Ti/TiN Multilayer Thick Coating Preparation Research
摘 要：采用电弧离子镀技术在钛合金基体上制备了厚Ti/TiN多层涂层（最大厚度可达46.3μm）。不同制备条件下，随着涂层调制周期中金属钛含量的变化，厚Ti/TiN多层涂层的力学性能也发生变化。维氏硬度结果表明Ti/TiN涂层中随着Ti含量的降低，维氏硬度有增加趋势。涂层附着力结果表明，Ti/TiN多层涂层附着力是随着涂层调制周期中钛含量增加而增加的。
关键词：Ti/TiN多层涂层，钛合金，电弧离子镀
Ti/TiN Multilayer Thick Coating Preparation Research
Abstract: Using electric arc ion plating technology on titanium alloy substrate was prepared by thick Ti/TiN multilayer coatings (maximum thickness up to 46.3 m (including).Under different preparation conditions, along with the change of the titanium content in the coating modulation cycle, thick mechanical properties of Ti/TiN multilayer coatings are also changing.Vickers hardness results show that the Ti/TiN coating with the loss of the Ti content, the vickers hardness is increased.Coating adhesion results show that the Ti/TiN multilayer coating adhesion is with coating increases with the increase of titanium content in modulation cycle.
Keywords: Ti/TiN multilayer coatings, Titanium alloy, Arc ion plating
