2) electrical wear ratio
电磨损率
1.
In this experiment,the results show that the electrical wear ratio of the tested Cu-Cr-Zr alloy increased obviously with the enhanced currents in the electrical wear course of the contact wire vs.
结果表明,在试验条件下,在合金接触线-黄铜粉末冶金滑块系统的电磨损过程中,Cu-Cr-Zr合金接触线的电磨损率随电流强度升高显著加强,由加载较小电流引起的磨损份额为0。
3) dielectric loss
介电损耗
1.
Progress in dielectric loss of microwave dielectric ceramics;
微波介质陶瓷的介电损耗研究进展
2.
The Study on Microwave Dielectric Loss of Al_2O_3 Ceramics Modified by Y_2O_3;
Y_2O_3改性Al_2O_3陶瓷微波介电损耗研究
3.
Research on the ordering and dielectric loss in A(B′B″)O_3 complex perovskite
A(B′B″)O_3型钙钛矿材料中有序结构与介电损耗的研究
4) electrode wastage
电极损耗
1.
The Analysis and Prevent Measures Influenced on Electrode Wastage in ElementElectron Discharge Machining
电火花加工中影响电极损耗的因素分析及预防措施
2.
The electrode structure was designed and divided for the purpose of eliminating the effects of electrode wastage on the processing dimensional accuracy,and then for manufacturing precision injection mould.
在分析手表壳结构和工艺特点的基础上,叙述了表壳电极的拆分方法,阐述了如何根据产品结构拆分电极以及采取怎样的电极结构可以消除电极损耗对加工尺寸精度的影响,如何保证高效率、高精密地生产出高质量的手表壳模具。
5) electrical wear
电磨损
1.
In order to improve the conductivity and abrasive resistance of copper-graphite composite brush,influence of carbon fiber content on the electrical wear behaviors of the copper-graphite brush were investigated under two conditions of electrifying and non-electrifying.
结果表明,电磨损时,在电刷和换向器间形成一层润滑膜,可降低粘着磨损。
2.
The mechanical and electrical wear properties of the three types of brushes under the conditions of same pressure and linear speed have been investigated.
研究了以上3种复合材料电刷在相同的压力和线速度条件下的机械磨损性能和电磨损性能。
3.
It is conclded that under conditions of pure mechanical and electrical wear, the wear loss of composites increases linearly with wear time.
研究了在电磨损条件下 ,压力变化对复合材料磨损性能的影响。
6) power loss
电能损耗
1.
To research the factors influencing the power loss of the ozone generator,this paper analyzes the main power loss in the generator.
为研究影响臭氧发生过程中电能消耗的主要因素,对臭氧发生系统中主要部分电能的损耗进行了分析,通过对1000g/h臭氧发生器的计算,认为臭氧发生管是主要的电能损耗源,所耗电能占总电能的76%。
2.
With the increasing of voltage grade of power system,the power loss at ground wire becomes more and more remarkable.
输电线路电压等级越高,地线上的电能损耗就越大,如何降低地线损耗意义重大。
3.
In order to reduce the inductive current and the power loss caused by the current when the power system runs naturally, this article brings forward a way to reduce the power loss through a multiple impedance to insulate the lightning shield line and ground, so that the system can run economically.
为减小系统正常运行时避雷线中出现的感应电流及其电能损耗,提出了利用复合阻抗隔离避雷线与杆塔(地)的方法,EMTP程序对该方法数字仿真的结果证明了它的可行性和有效性,但系统序阻抗也会随之改变,故有必要调整系统保护的整定,以满足系统对保护的要求。
补充资料：电解损伤
电解损伤
electrolytic lesion
电解损伤(eleetrolytie lesion)一种人为地用直流电损伤神经细胞的技术。一般将微电极插入所要损伤的细胞，连接电源的阳极，而阴极接到动物的背部皮下或直肠内般的情况F能完全破坏神经细胞体，而对有髓鞘的神经纤维囊损伤较轻。损伤范围的大小取决于电流强度、通电时间、电极尖端的直径、未绝缘部分的大小、电极的全层类型、电流极性以及被损伤的组织的性质等。 (吴庆麟撰杨立能审)
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