在万能外圆磨床上进行内圆磨削试验，计算金刚石工具的磨削比。
Grinding experiments were conducted on cylindrical grinder to compare the grinding ratio of diamond tools.
砂带磨削比车削、铣削和砂轮磨削的生产率高，机床功率利用率高，经济效果显著。
Compared with turning, milling and grinding, the abrasive belt grinding has higher production rate and available factor of power of machine tool.
研究了WA46KV和SA46KV砂轮磨削GH4169高温合金时磨削参数对磨削比的影响规律。
The influence rules of grinding parameters ongrinding ratio of superalloy GH4169 have been studied using WA46KV wheel and SA46KVwheel.
本文通过大量的试验，系统研究了磨削工艺参数对聚晶金刚石(PCD)磨除率q、磨削比g的影响。
Their influence to removal rate (Q) and abrasion ratio (g) of PCD material is usually measured by range and variance analysis method.
研究结果表明，在镀液中添加稀土可以提高亮镍镀层的硬度和镀液的阴极极化能力，提高镀层与基体的结合强度和金刚石工具的磨削比。
Experiment results indicated that rare earth could improve the hardness of bright nickel plating, the cathode polarization ability, the substrate bond strength and the grinding ratios of diamond tool.
正如料想的那样，这种方法只在要磨削表面比所用砂轮宽度短时才使用。
As you can see, this method can be applied only when the surface to be ground is shorter than the width of the grinding wheel used.
试验结果表明，陶瓷结合剂cbn砂轮的磨削力比普通砂轮的小。
The results indicate that the forces in grinding with vitreous bond CBN wheels are smaller than those with common wheels.
阐述了超高速磨削的机理，介绍了磨削中的尺寸效应和比磨削能。
The mechanism of super high grinding, the size-effect and specific grinding energy in grinding were introduced.
粗加工中，增加磨削分力比可以增大磨削应力场中的主应力极值，有助于材料的脆性去除。
To increase component of grinding force ratio can increase principal stress extreme values in grinding stress field. Materials can be removed by brittle fracture.
试验还进行了磨削过程中磨削力的测试和比磨削能的计算，分析了陶瓷材料的去除机理。
Measure the grinding force in grinding process and compute the grinding energy ratio, analyzing the grinding mechanism.
采用超高速磨削，对改善磨粒的切削状态，降低比磨削能是非常有利的。
The ultra high speed grinding mode may improve the cutting condition of the grains and thus reduce the specific grinding energy.
采用超高速磨削，对改善磨粒的切削状态，降低比磨削能是非常有利的。
The ultra high speed grinding mode may improve the cutting conditions of the grains and thus reduce the specific grinding energy.
本方法是采用成型砂轮磨削齿型，比双碟型砂轮磨削生产效率要高。
The working efficiency by this method is higher than that by the method of double small dish emery wheel grinding.
抛光加工与磨削加工方式基本相同，所不同之处是抛光加工所采用的磨料粒度比磨削要细得多，抛光速度也大。
Polishing and grinding the same way, the difference is polishing the abrasive particle size used to be much thinner than the grinding, polishing speed is also large.
抛光加工与磨削加工方式基本相同，所不同之处是抛光加工所采用的磨料粒度比磨削要细得多，抛光速度也大。
Polishing and grinding the same way, the difference is polishing the abrasive particle size used to be much thinner than the grinding, polishing speed is also large.
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