1)  W-Cu system
钨-铜系
2)  tungsten
钨
1.
Effect of tungsten on microstructure of as-cast TiAl alloy afterannealed and heat treated at 1265 ℃ for 18 h;
钨对TiAl合金1265℃,18 h热处理微观组织的影响
2.
Transplanting scientific research achievement to chemistry innovation teaching experiment ——simultaneously determining contents of molybdenum and tungsten in mixture solution by spectrophotometry;
科研成果移植为化学创新教学实验——分光光度法同时测定混合物中钼、钨含量
3.
Genetic neural network-spectrophotometric determination of tungsten,molybdenum and titanium;
遗传神经网络-分光光度法同时测定钨钼钛
3)  Wolfram
钨
1.
Determination of Wolfram Content in Low Alloy Steel with ICP-AES Method;
ICP-AES测定低合金钢中钨的含量
2.
Study on Color Reaction of Diiodophenylfluorone with Wolfram and Its Application in Steel Analysis;
二碘苯基荧光酮与钨的显色反应及其在钢铁分析中的应用
3.
Determination of Wolfram by Catalytic Ac-Oscillopolarographic Analytical method;
钨的催化示波极谱法测定
4)  W
钨
1.
Effect of W Addition on High Temperature Properties of Ti-45Al-8Cr-2Nb Alloys in Its Cast State;
钨对铸态Ti-45Al-8Cr-2Nb合金的高温性能影响
2.
Determination of W,Cr,V,Mo in high speed tool steel by ICP-OES;
ICP-OES法测定高速工具钢中钨、铬、钒、钼
3.
Preparation and character of K_(11)[Y(AlW_(11)O_39H_2)_2]·25H_2O;
钇铝钨三元杂多配合物的合成及其表征
5)  molybdenum
钨
1.
Study on the Enhancement of the Complex Current of Mo(Ⅵ), W(Ⅵ)-Br-BHA in the Catalytic System and Application I.A Sensitive Oscillopolarographic Method for the Simultaneous Determinahon of Molybdenum(Ⅵ) and Tungsten(Ⅵ);
钼(Ⅵ)、钨(Ⅵ)-溴代苯羟乙酸络合吸附电流在催化体系中的增敏研究和应用 Ⅰ.同时测定钼、钨的灵敏示波极谱法
2.
Simultaneous Determination of Molybdenum and Tungsten by Twice Dual-wavelength Spectrophotometry;
两次双波长分光光度法同时测定钼和钨的研究
3.
This article discussed the technology development for recovering tungsten and molybdenum by ion exchange resin, included the choice of the resin and the detail condition for the usage, and described the technology for removing the trace molybdenum in the tungsten.
对近年来利用离子交换树脂回收钨、钼离子进行了综述,分别讨论了回收钨、回收钼的树脂选用与使用条件,并且对分离含钨溶液中微量钼的技术进行了讨论。
6)  wolfram
钨（Ⅵ）
参考词条
补充资料：钨系水处理剂HW
分子式：
分子量：
CAS号：

密度：1.35-1.37
性状：淡黄色稠状液体
溶解情况：易溶于水。
用途：用于化工、医药、冶金、轻工、食品、纺织等行业的循环冷却水系统的缓蚀阻垢。特别适用于偏偏碱性的循环水系统。缓蚀率达90%。
制备或来源：用钨酸盐、聚羟酸盐、一元羧酸等复配而得。
备注：污垢热阻达9.0435E-3平方米·秒·开/千焦。LD50为1.789E-3。


说明：补充资料仅用于学习参考，请勿用于其它任何用途。