本学位论文通过电镀砂轮和高频感应钎焊砂轮磨削不同材料，进行一定范围内的适应性研究。
A certainty range adaptability research by a electroplate diamond grinding wheel and a high-frequency induction brazed diamond grinding wheel grinding vary material.
通过测量高频感应钎焊金刚石砂轮磨削花岗石过程中的磨削力，对砂轮所受的法向力和切向力进行了研究。
In this paper, grinding forces were measured in the grinding of granite with a high-frequency induction brazed diamond grinding wheel.
利用高频感应钎焊技术，在不同的钎焊时间和真空度条件下制备金刚石工具试样，在自制的装置上测试试样单颗金刚石磨粒的剪切破坏力大小。
The test samples of brazed diamond tool are prepared by the high-frequency induction brazing technology under the conditions of different brazing time and vacuity.
于火焰、电阻、感应、高频、炉中等多种钎焊方式。
Adapted to the flame, resistors, sensors, high frequency, medium variety of furnace brazing methods.
于火焰、电阻、感应、高频、炉中等多种钎焊方式。
Adapted to the flame, resistors, sensors, high frequency, medium variety of furnace brazing methods.
应用推荐