1) solid solution alloy system
固溶体合金系
2) Ti-V-Mn solid solution alloy
Ti-V-Mn体系固溶体合金
3) solid solution alloy
固溶体合金
1.
Hydrogen storage properties of Ti-V-Fe solid solution alloys were reviewed.
综述了Ti-V-Fe基固溶体合金的储氢研究现状,结果表明合金成分的调整与合金储氢量和平台特性密切相关。
2.
As hydrogen storage alloy or negative electrode materials, three solid solution alloys, Ti-V-Ni、Ti-V-Mn and Ti-V-Cr were reviewed.
介绍了 Ti-V-Ni,Ti-V-Mn 和 Ti-V-Cr 3 种固溶体合金作为储氢合金或电极材料的研究现状。
5) V-based solid solution alloy
钒基固溶体合金
1.
The effects of the rare earth on V-based solid solution alloys have been investigated and the alloys with better integral performances for being used as the anode of MH-Ni have been obtained.
本文选取钒基固溶体合金Ti_(0。
6) vanadium-based solid solution alloy
钒基固溶体合金
1.
In this pa- per,the characteristic of vanadium-hydrogen reaction is introduced,and the reason why the effective hydrogen storage content of vanadium-based solid solution alloys is low is explained.
钒基固溶体合金是一类重要的贮氢材料。
补充资料：固溶体
一种或多种溶质原子溶于固态金属溶剂中所形成的合金相。固溶体的一个特点是成分可以在一定范围内连续变化，这种变化不改变溶剂金属的点阵类型。按照溶质原子在溶剂点阵中所处的位置，可分为间隙固溶体和代位固溶体。固溶体不仅可以借溶入纯组元后形成，纯组元也可以溶于化合物，甚至有些化合物之间可以互溶，形成以化合物为基的固溶体。
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