1) metal-hydride negative
贮氢负极
2) hydrogen storage negative electrode materials
贮氢负极材料
3) hydrogen storage electrode
贮氢电极
1.
Study of performances of hydrogen storage electrode modified with CoO;
CoO掺杂对贮氢电极性能影响的研究
2.
Study of temperature propertes of hydrogen storage electrodes;
贮氢电极温度特性的研究
3.
Analyses of degradable causes of hydrogen storage electrodes;
贮氢电极失效原因的分析
4) MH electrode
贮氢电极
1.
Kinetics performance of MH electrode was investigated.
采用电化学沉积镍的方法对贮氢合金电极进行了表面修饰,并对贮氢电极动力学性能进行研究。
2.
The results showed that charge rate has obvious influence on charge electrode potentials and charge efficiency and discharge rate has obvious effect on discharge performance;electrochemical reaction impedance of the MH electrode decreased with the increase of depth of discharge,and increased when the DOD was above 8.
结果表明:在实验选择的充放制度下,充电倍率对贮氢电极的充电电位、充电效率及放电倍率对放电性能有明显的影响;在放电过程中,贮氢电极表面电化学反应阻抗随放电深度增加而减小,当放电深度大于80%时电化学反应阻抗又增大。
3.
The experiment showed that the discharge rapacity of the MH electrode increased a little when 3% silver was added, but the amount of the gas escaped from the simulated cell was obviously reduced.
实验表明,在贮氢电极中添加3%的银添加剂,电极容量略为增加,但明显降低了模拟电池气体的析出量。
5) MgNiCu hydrogen storage electrodes
MgNiCu贮氢电极
6) hydrogen negative electrode
氢负极
补充资料：混合稀土金属-镍系贮氢材料
分子式： MmNi5±X
CAS号：
性质：是用低镁高铈的混合稀土金属、镍和其，他合金元素制备而成，性能略低于LaNi5±X和M1Ni5±X，但价格低廉。
CAS号：
性质：是用低镁高铈的混合稀土金属、镍和其，他合金元素制备而成，性能略低于LaNi5±X和M1Ni5±X，但价格低廉。
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