1) Ni-W-B alloy
Ni-W-B合金
1.
The structure and microhardness of Ni-W-B alloy were studied by means of electrochemical techniques, XPS, DSC and XRD before and after heat treatment.
采用电化学技术、 XPS、 DSC、 XRD等方法研究 Ni-W-B合金电沉积及热处理前后合金镀层的结构和显微硬度 。
2.
The technological properties of electroless plating of Ni-W-B alloy are pre-sented.
结果表明，在Ni-B槽液中加入一定量的钨酸钠溶液，不仅能得到含钨、硼的镀层，而且还能提高镀液的沉积速度；Ni-W-B合金层在镀态时为非晶态结构，它的电阻率随钨含量的增加而增大，随镀层厚度的增加而降低。
2) Ni-W alloy
Ni-W合金
1.
Study on mechanical properties of Ni-W alloy films in micro-electro-mechanical system
MEMS中Ni-W合金薄膜力学性能的研究
2.
The Ni-W alloy plates were prepared by electro-deposition on copper substrate using nickel sulphate and sodium tungstate as precursors.
以硫酸镍及钨酸钠为主盐,采用电沉积法在Cu基体上制得了Ni-W合金镀层。
3.
Decorative Ni-W alloy deposits alternative to chromium was prepared by electroplating in citric acid solution.
在柠檬酸溶液体系中,通过电沉积制备出了Ni-W合金装饰性代铬镀层。
3) Ni–W alloy
Ni–W合金
4) W/Ni alloy
W/Ni合金
5) Ni-B alloy
Ni-B合金
1.
Influence of cerium sulphate on the electroless plating Ni-B alloy were investigated,test shows that depositing rate were increased and corrosion resistance of the coating can be improved with a certain amount of cerium sulphate in the bath.
研究了硫酸铈对化学镀Ni-B合金的影响,通过实验测定得出,镀液中添加一定量的硫酸铈能提高沉积速度和改善Ni-B镀层的耐蚀性能。
2.
The process of electroplating Ni-B alloy on the surface of carbon fiber was investigated.
研究了碳纤维表面电沉积Ni-B合金工艺,结果表明碳纤维的预处理、镀液组分以及电解参数对沉积速度及镀层质量有明显的影响。
3.
TiB_2 powder was coated using Ni-B alloy by electroless plating to improve its spraying performance.
为改善TiB2粉末物性,采用化学镀工艺对其进行包覆Ni-B合金处理。
6) W-Ni-Fe alloy
W-Ni-Fe合金
1.
Warm compacting behavior of W-Ni-Fe alloy with different lubricant contents;
润滑剂含量不同时W-Ni-Fe合金的温压行为
补充资料：ZG4Cr25Ni35WNb合金中的共晶组织
ZG4Cr25Ni35WNb合金中的共晶组织
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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