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Technological Aspects of Detonation Coating on Working Surfaces of Electrical Contacts on the Basis of the Alloy AD-31 with a Copper Sublayer

机译：基于具有铜子层的合金aD-31在电触头工作表面上爆轰涂层的技术方面

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Pavel Viktorovich Rogozhin; Albert Rafisovich Gallyamov; Sergei Yurievich Ganigin; Maxim Vladimirovich; Andrey Yurievich Murzin;
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年度 2015
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1. Technological Aspects of Detonation Coating on Working Surfaces of Electrical Contacts on the Basis of the Alloy AD-31 with a Copper Sublayer [J] . Pavel Viktorovich Rogozhin, Albert Rafisovich Gallyamov, Sergei Yurievich Ganigin, Modern Applied Science . 2014,第4期

机译：基于带有铜子层的AD-31合金在电触点工作表面上起爆涂层的技术方面
2. Copper-MAX-phase composite coatings obtained by electro-co-deposition: A promising material for electrical contacts [J] . R. Grieseler, M.K. Camargo, M. Hopfeld, Surface & Coatings Technology . 2017,第期

机译：通过电共沉积获得的铜最大相复合涂层：电触点的有希望的材料
3. Effects of TiN sublayers on the response of TiSiN nanocomposite coatings to nanoidentation and scratching contacts [J] . P.C. Wo, P.R.Munroe, Z.F.Zhou, Materials Science and Engineering . 2010,第16a17期

机译：TiN子层对TiSiN纳米复合涂层对纳米识别和刮擦接触的响应的影响
4. Optimization of Technological Modes of Coating a Copper Sublayer before Silvering Aluminum Electrical Contacts [C] . Pavel V. Rogozhin, Sergei Y. Ganigin, Maxim V. Nenashev International Scientific Conference on Electrical Engineering, Energy, Mechanical Engineering . 2015

机译：镀银铝电触头涂覆铜板层技术模式的优化
5. Study of the Effect of Molten Copper Chloride Immersion Test on Alloys with High Nickel Content with and without Surface Coatings [D] . Siantar, Edwin 2012

机译：熔融氯化铜浸没试验对高镍含量有和没有表面涂层的合金影响的研究
6. Assessment of Technological Capabilities for Forming Al-C-B System Coatings on Steel Surfaces by Electrospark Alloying Method [O] . Bogdan Antoszewski, Oksana P. Gaponova, Viacheslav B. Tarelnyk, 2021

机译：通过电扫合金化方法评估在钢表面上形成Al-C-B系统涂层的技术能力
7. Improvement of Quality of the Surface Electroerosive Alloyed Layers by the Combined Coatings and the Surface Plastic Deformation. III. The Influence of the Main Technological Parameters on Microgeometry, Structure and Properties of Electrolytic Erosion Coatings [O] . V. B. Tarelnyk, O. P. Gaponova, Ye. V. Konoplianchenko, 2019

机译：通过组合涂层和表面塑性变形改善表面电化合金层的质量。 III。主要技术参数对电解腐蚀涂料的微观测定，结构和性能的影响

Technological Aspects of Detonation Coating on Working Surfaces of Electrical Contacts on the Basis of the Alloy AD-31 with a Copper Sublayer

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