2) material removing efficiency
材料切除率
1.
The wear feature of abrasive belt in grinding AZ91magnesium alloy process is analyzed, the reason of low material removing efficiency is find out, with the experimental research on abrasive belt grinding AZ91magnesium alloy a method to increase the material removing efficiency is put forward.
分析了AZ91镁合金砂带磨削过程中砂带的磨损特征,找到了产生较低材料切除率的原因,通过砂带磨削AZ91镁合金的试验研究提出了提高材料切除率的方法,该研究对生产实践具有理论指导意义。
3) Material removal
材料去除
1.
Research on material removal of magnetorheological finishing;
磁流变抛光材料去除的研究
2.
Study on material removal theoretical model of zone polishing technology
环带抛光技术材料去除理论模型研究
3.
Analyzing the understanding of previous polishing mechanism,our comprehension and hypothesis of material removal mechanism of super smooth surface polishing are enunciated.
胶体SiO2抛光LBO晶体获得无损伤的超光滑表面,结合前人对抛光机理的认识,探讨了超光滑表面抛光的材料去除机理,分析了化学机械抛光中的原子级材料去除机理。
4) arsenic removal material
除砷材料
6) snow-removing materials
除雪材料
1.
The paper analyzes the existing shortage in snow-removing methods for roads,summarizes the features of the snow-removing materials in new roads,studies on the materials functions of the nanometer titanium dioxide.
分析了目前公路积雪的清除方法中存在的弊端,简述了新型路面除雪材料应具有的特征,研究了纳米二氧化钛的材料性能,经过实验分析,指出在道路路面材料中加入纳米二氧化钛对路面积雪的消除和降低环境污染有积极意义。
补充资料：材料界面(见材料表面)
材料界面(见材料表面)
interface of materials
材料界面interfaee of materials见材料表面。
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