1) proportions of grinding liquid
磨削液配比
2) 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。
3) 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。
4) specific grinding force
比磨削力
5) 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。
6) grinding fluid
磨削液
1.
Exploration on Titanium Alloy's Efficient Grinding Fluids
钛合金高效磨削液的探索
2.
In such a grinding process there is a high-speed airflow rotating around the edge of grinding wheel to hinder the grinding fluid from injecting into the ground area so as to decrease its entering rate into the area and affect the cooling effect and greenness during grinding.
快速点磨削是一种新型高速/超高速磨削加工技术,由于砂轮极高的线速度会在砂轮周围产生高速旋转的空气带,对磨削液注入磨削区产生阻碍作用,降低磨削液进入磨削区的比率,因而会对磨削过程和加工的绿色度产生影响。
3.
Effect of grinding fluid on grinding performances of vitrified bonded CBN wheel was analyzed.
分析了磨削液对陶瓷结合剂CBN砂轮磨削性能的影响,使用3种磨削液在精密外圆磨床M1420E上进行了磨削加工实验,用加工表面微观形貌、表面粗糙度Ra值、工件表面残余应力以及砂轮径向磨损量对磨削液效能进行评价。
补充资料：固定液配比
分子式：
CAS号：
性质：又称固定液配比。指气液色谱中载体表面所能承受固定液的量，其大小取决于载体的表面结构，如比表面积和孔容等。液相载荷量一般用固定液占填料总重量百分比或固定液与载体重量百分比表示。
CAS号：
性质：又称固定液配比。指气液色谱中载体表面所能承受固定液的量，其大小取决于载体的表面结构，如比表面积和孔容等。液相载荷量一般用固定液占填料总重量百分比或固定液与载体重量百分比表示。
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