提高AB型贮氢电极合金低温电化学性能研究

[1] An environmental aircraft battery(EAB). K Erbacher. Journal of Power Sources . 1999

[2] Studyofthelow_temperatureelectrochemicalperformancesofhydrogenstorageal loy. HYe,ZLLi,ZWu,etal. Proceedingsofthe3rdChineseHydrogenEnergySymposium . 2001

[3] Influence of the Boron additive on the structure, thermodynamics and electrochemical properties of the MmNi3. 55 Co0. 75 Mn0. 4 Al0. 3 hydrogen storage Alloy. Ye H,Zhang H,W Q. Wu,et al. Journal of Alloys and Compounds . 2000

[4] Power requirements for batteries in hybrid electric vehicles. R F Nelson. Journal of Power Sources . 2000

[5] Development of hydrogen storage alloys for high_power Nickel_Metal hydride batteries. Ye H,Zhang H. Advance Engineering Materials . 2001

[6] Improvement of the low temperature performances of MmNi3. 55 Co0. 75 Mn0. 4 Al0. 3 hydrogen storage alloy. Ye H,Zhang H. Journal of the Electrochemical Society . 2002

[1] An environmental aircraft battery(EAB). K Erbacher. Journal of Power Sources . 1999

[2] Studyofthelow_temperatureelectrochemicalperformancesofhydrogenstorageal loy. HYe,ZLLi,ZWu,etal. Proceedingsofthe3rdChineseHydrogenEnergySymposium . 2001

[3] Influence of the Boron additive on the structure, thermodynamics and electrochemical properties of the MmNi3. 55 Co0. 75 Mn0. 4 Al0. 3 hydrogen storage Alloy. Ye H,Zhang H,W Q. Wu,et al. Journal of Alloys and Compounds . 2000

[4] Power requirements for batteries in hybrid electric vehicles. R F Nelson. Journal of Power Sources . 2000

[5] Development of hydrogen storage alloys for high_power Nickel_Metal hydride batteries. Ye H,Zhang H. Advance Engineering Materials . 2001

[6] Improvement of the low temperature performances of MmNi3. 55 Co0. 75 Mn0. 4 Al0. 3 hydrogen storage alloy. Ye H,Zhang H. Journal of the Electrochemical Society . 2002