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Thermal Damage of Diamond Grits during the Brazing Process with Ni-Cr alloy

机译:Ni-Cr合金钎焊过程中金刚石砂粒的热损坏

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摘要

During the brazing process, the high brazing temperature, the chemical and physical reaction between diamond and alloy, and the residual stress would result in the thermal damage of diamond. The morphology and mechanism of thermal damage is studied when the brazed diamond grits is brazed using Ni-Cr alloy in this paper. The results show that the manifestations of the thermal damage mainly include surface graphitization, erosion pits, microcrack and breaking. The graphitization only occurs on the surface of diamond grits. And the microcrack of diamond grits appears near interface.
机译:在钎焊过程中,金刚石和合金之间的高钎焊温度,化学和物理反应,以及残余应力会导致金刚石的热损坏。在本文中使用Ni-Cr合金钎焊时,研究了热损伤的形态和机制。结果表明,热损坏的表现主要包括表面石墨化,腐蚀坑,微裂纹和破碎。石墨化仅发生在金刚石砂粒的表面上。界面附近,钻石粗砂的微裂纹出现。

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