1·Let 's take the metal removal rate for example.
让我们以金属切削速率为例。
2·In addition to machining, metal removal can be accomplished by chemical or electrical methods.
除了机加工以外，金属的去除还可以通过化学或者电学的方法来达到。
3·The engine lathe , one of the oldest metal removal machines, has a number of useful and highly desirable attributes.
普通车床作为最早的金属切削机车的一种，目前仍然有许多有用的和为人们所需要的特性。
4·Such as the use of algae, bacteria, fungi as a biological adsorbent, they have a good adsorption of heavy metal removal.
如采用藻类、细菌、真菌作为一种生物吸附剂，它们对多种重金属都有较好的吸附去除效果。
5·The trends and application foreground of heavy metal removal technology for wastewater are also elaborated in this paper.
并对上述方法的机理、研究进展、优缺点进行了评述，同时阐述了处理重金属废水的技术和方法的发展趋势。
6·The present paper expounds the alkali metal removal mechanism and method, providing a realistic basis for the further study of such a removal process.
本文介绍了碱金属的脱除机理及脱除方法，为碱金属脱除的进一步研究提供了基础。
7·In this process, metal removal is achieved through combining the rotary motion of the milling cutter and linear motions of the workpiece simultaneously.
在此工艺中，金属去除是通过铣刀的旋转运动和工件的直线运动的组合实现的。
8·The experiment results show that the pulse current is conducive to paucity of metal removal, and mirror or quasi - mirror finish can be achieved conveniently.
实验结果表明，脉冲电流有助于进行微量电解蚀除，便于获得镜面或准镜面。
9·In many heavy metal removal ways, bioleaching method, because of its low consumption, low operation cost, and high heavy metal removal rate, attracts people's attention.
在去除污水污泥中重金属的诸多方法中，生物淋滤法因其耗酸少、运行成本低、重金属去除效率高等优点而倍受人们的关注。
10·Several factors affecting the cutting force of milling TC4 during dry cutting with nitrogen medium are studied. The cutting parameters are optimized to enhance metal removal rate.
通过TC4铣削加工时的铣削力试验，研究了干切削时和有氮气介质铣削时影响铣削力大小的几个因素，为提高金属去除率优化了切削参数。