1.
Research on Glass-Ceramic Preparing by Ni-Mo-V Slag from Xifeng District of Guizhou;
利用贵州息烽镍钼钒矿渣制备微晶玻璃的研究
2.
Ore-forming Condition and Ore Feature of Ni, Mo, V in Lower Cambrian of Xintugou, Zunyi, Guizhou
遵义新土沟下寒武统镍钼钒矿矿石特征及成矿条件
3.
DISCUSSION ON AMOUNT OF Ni ADDITION TO HOT WORK DIE STEEL OF Cr─Mo─V SY5TEM
铬─钼─钒系热模具钢中加镍量的探讨
4.
I long product containing vanadium plant, molybdenum, nickel, cobalt, platinum, Spent palladium catalyst.
我厂长期求购含钒,钼,镍,钴,铂,钯废催化剂.
5.
Automatic Analyzer of Six Elements Mn、Cr、P、Mo、V、Ni in Alloy Steels
合金钢中锰、铬、磷、钼、钒、镍六元素自动分析仪
6.
Study on the Resistance of Juncus Effuses to Heavy Metal of V,Ti,Mo,Ni and Mn;
灯心草对土壤重金属钒、钛、钼、镍、锰污染的抗性研究
7.
Krupp triple stee
克鲁普铬钼钒高速钢
8.
Recovery of Vanadium and Molybdenum from Petroleum Spent Cantaining Vanadium
从含钒石油废触媒中提取钒、钼的工艺
9.
beryllium, chromium, nickel, vanadium and their chemical compounds;
铍、铬、镍、钒及其化合物；
10.
The following elements are nickel, chromium, molybdenum.
这些元素是：镍、铬、钼。
11.
Producing Monimax Utilizing Monimax Paragenous Minerals;
综合利用钼镍共生矿制备钼镍盐的研究
12.
Syntheses and Structural Characterizations of Vanadium and Vanadium-Molybdenum (Tungsten) Polyoxometalate;
钒氧簇与钒钼（钨）氧簇的合成与结构表征
13.
Determination of Trace Mo,V,Ti and Co in Stainless Steel by ICP-AES Method
ICP-AES法测定不锈钢中微量钼、钒、钛、钴
14.
As the phosphate radical can react with ammonite vanadate molybdate to form phosphorus molybdenum heteropoly acid in the medium of nitric acid(1+9), the phosphorus can be determined by color reaction.
在硝酸(+)液中,磷酸根与钒钼酸铵形成稳定的磷钼钒络合物,经显色后可测定磷。
15.
Study on Synthesis, Characterization and Catalytic Properties of the Molybodovandlphsporic Tetrabasic Heteropoly compound containing Lanthananum and Heteropolymolybdovanadate containing Lanthananum;
稀土镧钼钒磷四元杂多化合物、混配型镧钼钒杂多化合物的合成、表征与催化性能研究
16.
An Investigation on Structure and Properties of Cr-Ni-Mn-Mo Low Carbon High Alloy Steel;
铬镍锰钼低碳高合金钢组织性能研究
17.
Research Progress on Effect of Molybdenum and Nickel in Different Kinds of Steel
钼及镍在不同钢种中作用的研究进展
18.
IN-SITU XRD STUDY OF NICKEL PHOSPHIDE AND MOLYBDENUM PHOSPHIDE CATALYSTS
磷化镍和磷化钼催化剂的原位XRD研究