Wear Resistance of Ti-Al-C MAX Phases-Based Materials for Pantographs Inserts of Electric Vehicles

机译：Ti-Al-C最大阶段基于电动汽车刀片的基于Ti-Al-C最大阶段的耐磨性

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1 Introduction The pantograph is a device on top of trams, trains, or electric buses that collect electric current from the overhead wires (catenary). It pushes a contact strip up against the overhead to draw electricity. Above the pantograph and between the contact wire, there is a pantograph insert. Nowadays in Ukraine, the pantograph insert is made of aluminum alloy the lifetime of which is limited to 5,000 km [1, 2].

机译：1引言电视尺是电车，火车或电动总线顶部的设备，可从架空电线（CATENARY）收集电流。它将接触条带向开销，以吸取电力。在Pintobor上方和接触线之间，有一个受电弓插入件。如今在乌克兰，Pintograin插入件由铝合金制成，其中寿命限制在5,000 km [1,2]。

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《International Conference Nanotechnology and Nanomaterials》|2021年|xxiv 771 pages :|共8页
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V. Ya. Podhurska; O. P. Ostash; B. D. Vasyliv; T. O. Prikhna; V. B. Sverdun; M. V. Karpets; T. B. Serbeniuk;
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中图分类 71.8083;
关键词
Ti-Al-C MAX; Electric Vehicles; lifetime;

机译：Ti-Al-C max;电动车;寿命;

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1. Methods for predicting the wear of contact inserts of electric rolling stock pantographs [J] . Victor Philippov, Oleg Sidorov, Elena Sidorova, E3S Web of Conferences . 2021,第a期

机译：预测电动轧制电压仪接触刀片磨损的方法
2. Effect of Strain on the Formation of a MAX Phase in Ti-Al-C Materials during Self-Propagating High Temperature Synthesis and Extrusion [J] . Bazhin P. M., Stelmakh L. S., Stolin A. M. Inorganic materials . 2019,第3期

机译：自蔓延高温合成与挤压过程中应变对Ti-Al-C材料中MAX相形成的影响
3. Effect of Strain on the Formation of a MAX Phase in Ti-Al-C Materials during Self-Propagating High Temperature Synthesis and Extrusion [J] . Bazhin P. M., Stelmakh L. S., Stolin A. M. Inorganic materials . 2019,第3期

机译：自蔓延高温合成及挤出过程中Ti-Al-C材料在Ti-Al-C材料中形成的影响
4. Wear Resistance of Ti-Al-C MAX Phases-Based Materials for Pantographs Inserts of Electric Vehicles [C] . V. Ya. Podhurska, O. P. Ostash, B. D. Vasyliv, International Conference Nanotechnology and Nanomaterials . 2021

机译：Ti-Al-C最大阶段基于电动汽车刀片的基于Ti-Al-C最大阶段的耐磨性
5. A STUDY OF THE DRILLING OF ADVANCED CARBON FIBRE COMPOSITES (AIRCRAFT MANUFACTURE, TOOL MATERIALS, WEAR RESISTANCE). [D] . KHAN, ZAFFAR M. 1991

机译：先进碳纤维复合材料的钻研（飞机制造，工具材料，耐磨性）。
6. Computational wear prediction of insert conformity and material on mobile-bearing unicompartmental knee arthroplasty [O] . Y-G. Koh, J-A. Lee, H-Y. Lee, 2019

机译：可移动轴承单室膝关节置换术中插入物一致性和材料的计算磨损预测
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Wear Resistance of Ti-Al-C MAX Phases-Based Materials for Pantographs Inserts of Electric Vehicles

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