1.
Separating molybdenum from tungsten is a technical difficult problem in metallurgy of tungsten.
钨钼分离是钨冶金中的一个技术难题。
2.
The Technology Progress in China Tungsten Metallurgy--To the 100th Anniversary of China Tungsten Industry;
我国钨冶金技术的进步——纪念中国钨业100年
3.
ADJUSTING ARSENICIZING RATIO INTO ALLOYS DURING SMELTING FERROTUNGSTEN
钨铁冶炼中对砷进入合金比率的控制
4.
A Technical Study of Ways of Adding Ferroalloy for Low Tungsten Alloy Steel and Molybdenum Alloy Steel Smelted by Electric Arc Furnace
电弧炉冶炼低钨、钼合金钢合金加入工艺探讨
5.
Dr. K. C. Li, AN INTERNATIONALLY-KNOWN METALLURGIST AND INDUSTRIALIST IN TUNGSTEN INDUSTRY
国际著名钨实业家冶金学家李国钦博士
6.
Research on Surface Low Alloy Hss by Plasma Surface Metallurgy W、MO、C、Alloying Process;
钨、钼、碳三元共渗等离子表面冶金低合金高速钢的研究
7.
THE FIRST INTERNATIONAL CONFERENCE OF W-Ti-RE--Sb 88 WAS HELD IN CHANGSHA CHINA
第Ⅰ届钨、钛、稀土、锑冶金和材料国际学术会议在长沙召开
8.
Ganzhou tungsten industry stimulated the development of mining equipment, meltallurgical equipment.
赣州钨工业的起步与发展，带动了矿山机械、冶金机械和火药加工业的建设。
9.
On China' s Major Achievements in Tungsten Hydro-metallurgy
紧密结合生产实践为新技术研发奠定基础——中国钨湿法冶金理论研究取得重大成果
10.
The New Technics and Basic Theory of Removing Molybdenum From Tungstate In The Process of Tungsten Metallurgy;
钨冶炼过程中钨钼分离新工艺及其理论研究
11.
Of or relating to metalworking or craft.
锻冶的金属锻冶的，与金属锻冶有关的
12.
nitrided niobium-titanium-tungsten alloy
氧化铌--钛--钨合金
13.
The Development History and Technology Progress in China' s Tungsten Metallurgy
中国钨冶炼工艺发展历程及技术进步
14.
OrF Metallurgy Fine.
或F【冶金学】Fine。
15.
Coke for metallurgy
GB/T1996-1994冶金焦炭
16.
Study on Making Tool and Die Steels by Direct Reduction with Scheelite and Molybdenum Oxide Completely;
全白钨矿和氧化钼直接还原冶炼工模具钢研究
17.
non-ferrous production metallurgy
有色金属生产冶金学
18.
refractory metals made by powder metallurgy
粉末冶金难熔金属材料