1) semi-sintered electrode
TiC半烧结体电极
1.
Experimental research on surface modification by EDM through TiC semi-sintered electrode;
利用TiC半烧结体电极进行电火花表面处理的实验研究
2) semi-sintered electrode
半烧结体电极
1.
On the basis of ordinary EDM method, a hard ceramic layer can be deposited on the workpiece surface quickly with special semi-sintered electrode in the process of EDM, so the surface property of the workpiece is improved.
它是在传统电火花加工方法的基础上,通过特制的半烧结体电极,在电火花加工过程中能够在工件表面迅速形成一层硬质碳化物陶瓷,从而达到改善工件表面性能的目的。
2.
On the basis of ordinary EDM method,a hard ceramic layer can be deposited on the workpiece surface with TiC-Co semi-sintered electrode and kerosene fluid,so the surface property of the workpiece was improved.
它是在传统电火花加工方法的基础上 ,采用TiC -Co半烧结体电极和普通煤油工作液 ,在工件表面形成一层硬质陶瓷层 ,从而达到改善工件表面性能的目的 ,这种新方法被称之为放电沉积。
3) sintered nickel electrode
烧结镍电极
1.
Effects of electrochemical deposition of zinc-oxides and/or zinc-hydroxides on sintered nickel electrode;
预先电沉积ZnO/Zn(OH)_2对烧结镍电极的影响
2.
Effect of deposition layer cerium-oxides(+4) on sintered nickel electrode was studied.
在烧结镍基体表面,预先电沉积一层氧化铈,通过电化浸渍得到镍电极,研究了预先电沉积氧化铈对烧结镍电极性能的影响。
4) sintered Ni electrode
烧结镍电极
1.
The porosity of the electrode current collector and the utility of the active materials were increased by adjusting the electrode manufacturing parameters of sintered Ni electrode and parted electrode.
通过改进、调整烧结镍电极及涂膏金属氢化物电极生产工艺参数 ,提高了电极基板孔率及活性物质利用率 ,使烧结镍电极体积比容量达到 5 40mAh/cm3 ,金属氢化物电极体积比容量达到 115 0mAh/cm3 。
2.
With the specific capacity of the sintered Ni electrode and pasted Cd electrode increa sing by 35% and 27% respectively as well as the partition connecting method adopted, which is reliable and convenient, the battery 5GNFG150 has reached the performance indexes of nominal capacity 150Ah, nominal voltage 6V, and energy density 50Wh/kg.
通过提高烧结镍电极和涂膏镉电极的质量比容量（分别提高了３５％和２７％），并采用穿壁联接结构（联接良好，操作简单），使研制的５ＧＮＦＧ１５０电池组达到了额定容量１５０Ａｈ，标称电压６Ｖ，质量比能量５０Ｗｈ／ｋｇ以上的技术指标要求。
5) sintered electrode
烧结式电极
1.
Technology research on sintered electrode;
烧结式电极孔率和强度与烧结工艺关系的研究
6) Nanostructured semiconductor electrode
半导体纳米结构电极
补充资料：半硬壳式弹体(见弹道导弹弹体)
半硬壳式弹体(见弹道导弹弹体)
semi-hard-shelled missile body
bQn yingkeshi dan桩半硬壳式弹体(semi一hard一shelled、ssilebody)见弹道导弹弹体。
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