1.
Product kind has: It is fishing to fall , wolframe ball and mechanical axle strong / column , shake son and golf match heavy, iron base alloy.
产品品种有：渔坠、钨球、机械轴棒/柱、振子、高尔夫配重、铁基合金件等。
2.
Research on Influence of Milling Techniques on Tungsten-copper Composite Powder and Its Alloy;
球磨工艺对钨铜复合粉及钨铜合金影响研究
3.
Geochemistry Characteristics of Xihuashan Tungsten Granite and Its Relationship To Tungsten Metallogenesis
西华山钨矿花岗岩地球化学特征及与钨成矿的关系
4.
Research of Preparing W-Cu Nanocomposite by High-energy Ball Milling;
高能球磨法制备纳米钨铜复合材料研究
5.
The Research on the Geochemical Characteristic and Genesis of Tungsten Deposit in Taoxikeng, JiangXi;
江西淘锡坑钨矿地球化学特征及成因研究
6.
Primary Geological and Geochemical Study of Shamai Tungsten Deposit in Inner Mongolia Autonomous Area;
内蒙沙麦钨矿床地质与地球化学初步研究
7.
Characteristics of Geochemistry and the Prospecting of Tungsten Deposit in Shi-Mei-Shi Area, North Guangdong Province;
粤北石—梅—师地区地球化学特征及钨矿远景预测
8.
RF induction plasma spheroidization of tungsten powders
射频感应等离子体制备球形钨粉的工艺研究
9.
On the Fracture Structure Geochemistry of Tungsten Deposits in Southern Jiangxi
赣南钨矿床断裂构造地球化学研究意义简析
10.
The development and application of Cr-Mn-W wear-resistance cast iron on grinding ball in thermal power plant
火电厂球磨机铬锰钨抗磨铸铁磨球的研制与应用
11.
a glass bulb containing a wire filament (usually tungsten) that emits light when heated.
一种玻璃球状物，含有加热时能发光的金属丝（通常是钨）。
12.
Research of the Structure and Technology of W-Cu Composite Which Prepare by High-energy Ball Milling;
高能球磨法制备纳米钨铜复合材料的工艺、组织研究
13.
Geology, Geochemistry and Genesis of Yangjingou Scheelite Deposit in Hunchun Area, Jilin Province
吉林珲春杨金沟白钨矿床地质地球化学特征及成因
14.
Geochemical Characteristics of Granites from the Jiangjunzhai Tungsten Deposit of Southeast Hunan Province and Its Re-Os Isotopic Dating
湘东南将军寨钨矿花岗岩地球化学特征及铼-锇同位素定年
15.
Coarse,medium and fine WC powders are used for tests at different ball percentage and milling time.
试验中采用粗、中、细3种碳化钨粉末进行了不同球料比、不同球磨时间的试验。
16.
Comparison of Ultrafine Tungsten Powder Produced by Hydrogen Reduction of Blue Tungsten Oxide and Violet Tungsten Oxide
蓝钨与紫钨氢还原法生产超细钨粉的比较
17.
nitrided niobium-titanium-tungsten alloy
氧化铌--钛--钨合金
18.
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。