1) rich-rare earth alloys
富稀土合金
2) mischmetal of enrich lanthanum
富镧混合稀土金属
4) rare earth alloy
稀土合金
1.
A review was given about the current state of the study on the structures and properties of rare earth alloy coatings electrodeposited from aqueous solutions, and the perspectives for their development were proposed.
综述了水溶液中电沉积稀土合金膜的结构与性能的研究现状。
2.
High-purity carbon nanotubes (CNTs) were synthesized in hydrogen ambience by CVD method by using rare earth alloy MlM 5-1.
以稀土合金MlNi5-1。
3.
The influences of rare earth alloy addition amount, temperature and chemical composition of molten steel on desulphurization effect were investigated.
对稀土合金加入量、钢液温度和化学成分对脱硫效果的影响进行了试验研究。
5) rare earth alloys
稀土合金
1.
The effect of complex agent on the electrodeposition of rare earth alloys was studied.
如何使其正移是实现稀土合金电镀的关键。
2.
By taking La Co Ni triangle system and Nd Cu,Gd Cu binary system for examples,the steps and principles of preparing metallographic samples of rare earth alloys are introduced.
以La Co Ni三元系和Nd Cu、Gd Cu二元系为例 ,介绍了稀土合金金相试样的制备步骤和原则 ,给出了用该方法制作的 5La 73Co 2 2Ni、5La 89Co 6Ni、2 5 。
3.
The effect of complex agent on the electrodeposition of rare earth alloys was studied.
如何使其正移是实现稀土合金电镀的关键。
6) rare-earth alloy
稀土合金
1.
In this year it consists of(1)giant magnetostrictive material,(2)giant magnetoresistive material,(3)perpendicular magnetic recording material,(4)garnet type magneto-optical ferrite,(5)structure and magnetic property of Sm-Co rare-earth alloys.
本年综述的内容包含:(1)巨磁致伸缩材料;(2)巨磁电阻材料;(3)垂直磁记录材料;(4)石榴石型铁氧体磁光材料;(5)Sm-Co系稀土合金的结构和磁性。
补充资料：富镧混合稀土金属
分子式：
CAS号：
性质：以镧和钕为主要成分的混合轻稀土金属。成分：La42％～45％，Nd29％～35％，Ce2％～5％，Pr8％～11％。制备方法同于混合稀土金属。又称镧钕合金(alloy of lanthanum and neodymium)。主要用作贮氢材料。
CAS号：
性质：以镧和钕为主要成分的混合轻稀土金属。成分：La42％～45％，Nd29％～35％，Ce2％～5％，Pr8％～11％。制备方法同于混合稀土金属。又称镧钕合金(alloy of lanthanum and neodymium)。主要用作贮氢材料。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条