1.
Composition of cobalt-tungsten deposit was changed with the change of tungsten concentration and current density in plating solution.
实验表明，随着镀液中钨离子浓度的不同和电流密度的改变，钴钨合金镀层组成不同。
2.
Cobalt-tungsten electrodeposit as copper barrier was presented in the paper.
本文提出以电镀钴钨二元合金镀层作为防铜渗层。
3.
Meanwhile, properties of cobalt-tungsten, nickel, cobalt deposit as copper barrier at temperature between400℃ and800℃ were compared.
同时比较了在400～00℃，钴钨合金镀层与镍层、层的防铜渗能力。
4.
Results showed cobalt-tungsten deposit as copper barrier at temperature of500℃ and below was superior to nickel, cobalt deposit.
当温度低于500℃，钴钨合金镀层的防铜渗性能优于后二者。
5.
cobalt chromium tungsten alloy (cobalt predominating), unwrought
钴铬钨合金（钴为主要成分）,未经锻造
6.
Methods for chemical analysis of tungsten--The 5-cl-PADAB photometric method for the determination of cobalt content
GB/T4324.7-1984钨化学分析方法钴试剂光度法测定钴量
7.
simple tungsten carbidecobalt composition
纯碳化钨钴硬质合金制品
8.
Haynes 25 alloy
海纳25钴铬钨镍耐热合金
9.
Cobalt-coated tungsten carbide composite powders
GB/T3991-1983钴包碳化钨复合粉
10.
Welded-in seats hardfaced with Stellite 6.
钨铬钴合金6硬面的焊接装配阀座。
11.
Seating faces: Stellite 6 is used to prevent seizing and galling.
阀座面：采用钨铬钴合金6，避免磨损和擦伤。
12.
All seating &sliding surfaces hardfaced with Stellite 6.
所有阀座和滑动件表面都是硬面钨铬钴合金6。
13.
Welded-in seat is Stellite 6 faced.
焊接连接阀座采用钨铬钴合金6阀座面。
14.
Wetted parts: All Austenitic stainless steel and Stellite 6.
接触液体的部件：奥氏体不锈钢和钨铬钴合金6。
15.
Carbide Tungsten-cobalt Ceramics Subsurface Crack's Extent Forecast Model's Establish;
碳化钨—钴陶瓷亚表面裂纹扩展预测模型的建立
16.
Metal Tungsten & Cobalt Recycled from Disused Anvil by Niter Casting;
硝石熔炼法从废顶锤中回收金属钨和钴
17.
Influence of Particle Size on the Sintering Characteristic of WC-TiC-Co Cemented Carbide
粉体粒度对钨钴钛硬质合金烧结特性的影响
18.
An ultra fine cemented carbide with tungsten powder and binder cobalt.
一种由碳化钨和粘结金属钴组成的超细颗粒硬质合金。