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1)  Specific grinding energy
比磨削能
1.
Study on the grinding mechanism of PCD based on specific grinding energy;
基于比磨削能的聚晶金刚石磨削机理研究
2.
The mechanism of super high grinding,the size-effect and specific grinding energy in grinding were introduced.
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
3.
Through some tests, this paper investigated the relationship between the specific grinding energy u and the grinding process parameters.
本文通过试验研究了PCD材料的比磨削能u与磨削工艺参数的关系。
2)  grinding ratio
磨削比
1.
Under the condition of the same grinding efficiency, the grinding ratio of resin bond grinding wheels made with self-sharpening diamond was 1.
试验结果表明,由于CSD形状不规则,有许多凹入角和粗糙表面,树脂结合剂对CSD的把持力较普通金刚石强,所以在磨削各参数相同的条件下,自锐性金刚石砂轮与普通金刚石砂轮相比,其磨削比提高60%以上。
2.
Through a large amount of experiments, this paper studied the influence of grinding parameters on the material removal rate Q and the grinding ratio G of polycrystalline diamond (PCD) .
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。
3.
It has been found that the influence of the protruding height of the grain andchip space ratio on the CBN wheel surface on the grinding ratio is remarkable.
针对树脂结合剂CBN砂轮表面状态的评价参数,试验研究了CBN砂轮表面磨粒凸出高度和容屑比对磨削比的影响。
3)  specific grinding force
比磨削力
4)  grinding force ratio
磨削力比
1.
Grinding HIPSN ceramic bearing inner surface with resin bonded diamond wheel, we measure the force of grinding, compute the grinding force ratio and grinding energy ratio and analyze the theory of removing.
采用树脂结合剂金刚石砂轮对热等静压氮化硅(HIPSN)陶瓷轴承套圈的内表面磨削,通过磨削力的测定以及磨削力比和比磨削能的计算,分析陶瓷材料的去除机理。
5)  grinding performance
磨削性能
1.
Study on grinding performance of high capability pottery;
高性能陶瓷材料的磨削性能研究
2.
Study on grinding performance of soft diamond grinding wheel
金刚石柔性磨轮磨削性能的实验研究
3.
The new-type of ultrafine corundum abrasive materials,prepared by sol-gel technique,have excellent grinding performance.
随着精密磨削、超精密磨削、高生产率磨削和难加工材料磨削等先进磨削工艺的发展,传统的刚玉和碳化硅磨料已不能满足生产需要,而新型的超微晶刚玉磨料有着优异的磨削性能。
6)  proportions of grinding liquid
磨削液配比
补充资料:比结合能
比结合能
specific binding energy
    原子核内每个核子的结合能。又称平均结合能,是确定核的稳定性的物理量。见核结合能。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条