1) MoⅤ-GdⅢ
MoⅤ-GdⅢ
2) MO
MO
1.
Microstructure and Mechanical Properties of B_4C/TiC/Mo Ceramic Composites;
B_4C/TiC/Mo陶瓷复合材料的力学性能和微观结构
2.
Analysis of Mn,Mo,V,Ni,Al,Cu,Cr in low alloy steel by ICP-AES;
ICP-AES分析低合金钢中的Mn、Mo、V、Ni、Al、Cu、Cr元素
3.
Effects of Mg,B,Mo,Ca Spraying on Nicotine,Polyphenols,and Other Components in Flue-cured Tobacco;
喷施Mg、B、Mo、Ca对烤烟烟碱、多酚类等成分的影响
3) Mo(Ⅵ)
Mo()
4) molybdenum(Ⅳ)
Mo(Ⅳ)
5) molybdenum(Ⅵ)
Mo(Ⅵ)
6) Molybdenum
Mo
1.
Influence of Ti6Al4V base temperature on properties of molybdenum alloying layer;
基体温度对Ti6Al4V表面渗Mo合金层性能的影响
2.
The microstructure exhibits an obvious trend to be fined with the addition of molybdenum.
采用纳米TiN、亚微米TiC和Mo等原材料,以金属Co作为粘结剂,利用真空烧结技术制备了细晶粒Ti(C,N)基金属陶瓷材料,研究了所得金属陶瓷的显微结构和力学性能。
3.
The molybdenum sheets doped with different contents of La2O3 (Mo-La2O3) were prepared by powder metallurgy and processing technology.
采用粉末冶金和压力加工方法制备了不同 La_2O_3含量 Mo-La_2O_3板材。
参考词条
Mo-Co
Co-Mo
渗Mo
Mo法
Mo/CuZSM-5
Cu/Mo
Ni-Mo
Mo/Cu
钼(Mo)
W-Mo
Cr-Mo
Mo-Si
Mo(100)
[Mo_((1-x))
Mo-HZSM-5
ASED-MO
补充资料:B-GD藏青
分子式:暂无
分子量:暂无
CAS号:暂无
性质:暂无
制备方法:暂无
用途:暂无
分子量:暂无
CAS号:暂无
性质:暂无
制备方法:暂无
用途:暂无
说明:补充资料仅用于学习参考,请勿用于其它任何用途。