作业帮英语翻译紧急救命啊~Nickel hydrogen batteries 就是镍氢电池~只要有关于这方面的就好~
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英语翻译
紧急救命啊~
Nickel hydrogen batteries 就是镍氢电池~
只要有关于这方面的就好~
紧急救命啊~
Nickel hydrogen batteries 就是镍氢电池~
只要有关于这方面的就好~
1]KITAMURA T,IWAKURA C,TAMURA H.Embrittlement of LaNi5-type alloy electrodes during the cathodic evolution of hydrogen[J].Electrochimica Acta,1982,27(12):1723-1727.
[2]ANANI A,VISINTIN A,PETROV K,SRINIVASAN S.Alloys for hydrogen storage in nickel-hydrogen and nickel metal hydride batteries[J].Power Sources,1994,47:261-264.
[3]MATSUOKA M,TERASHIMA M,IWAKURA C.Effect of alloy composition on charge and discharge characteristics of the negative electrode for nickel-hydrogen batteries[J].Electrochimica Acta,1993,38(8):1087-1092.
[4]FENG F,HAN J,SHEN M,GENG M,ZHOU Z,NORTHWOOD D.Electrochemical properties of a LaNi4.7Al0.3 alloy used for the negative electrode in nickel/metal hydride batteries[J].New Materials for Electrochemical Systems,1999,2(1):45-50.
[5]RUETSCHI P,MELI F,DESILVESTRO J.Nickel-metal hydride batteries:The preferred batteries of the future[J].Power Sources,1995,57(1-2):85-91.
[6]OVSHINSKY S,FETCENKO M,ROSS J.A Nickel metal hydride battery for electric vehicles[J].Science,1993,260(5105):176-181.
[7]SAKAI T,MIYAMURA H,KURIYAMA N,UEHARA I.Nickel metal hydride battery for electric vehicles[J].Alloys Comp.,1993,192(1-2):158-160.
[8]OHTA A,MARSUMOTO I,IKOMA M,MORIMAKI Y.Hydrogen storage alloys as an energy-conversion material.3.battery using hydrogen storage alloys[J].Denki Kagaku,1992,60(8):688-692.
[9]YANG X,LIAW B.Self-discharge and charge retention in AB-based nickel metal hydride batteries[J].Electrochem Soc.,2004,151(1):A137-A143.
[10]NIU J,CONWAY B,PELL E,WENDY G.Comparative studies of self-discharge by potential decay and float-current measurements at C double-layer capacitor and battery electrodes[J].Journal of Power Sources,2004,135:332-343.
[11]CORRIGAI D A,ZIMMERMAN A H,EDITORS J.Appleby in nickel-hydroxide electrodes[M]//Pennington NJ:The Electrochemical Society Proceedings Series,1990.
[12]LEE J H,LEE K Y,LEE J Y.Self-discharge behaviour of sealed Ni-MH batteries using MmNi(3.3+x)Co(0.7)Al(1.0-x) anodes[J].Alloys Compd.,1996,232(1-2):197-203.
[13]IKOMA M,HOSHIMA Y,MATSUMOTO I.Self-discharge mechanism of sealed-type nickel/metal-hydride battery[J].Electrochem Soc.,1996,143:1904-1907.
[14]LEBLANC P,BLANCHARD P,SENYARICH S.Self-discharge of sealed nickel-metal hydride batteries-mechanisms and improvements[J].Electrochem Soc.,1998,145(3):844-847.
[15]OVSHINSKY S,GIFFORD P,VENKATESAN S,FETENCKO M A,CORRIGAN D,DHAR S.10th Int.Seminar on Primary and Secondary Battery Technology and Application[C].FL:Deerfield Beach,1993.
[16]NOTTRN P H L,OUWERKERK M,LEDOVSKIKH A,SENOH H,IWAKURA C.Hydride-forming electrode materials seen from a kinetic perspective[J].Alloys Comp.,2003,356-357:759-763.
[17]VASSAL N,SALMON E,FAUVARQUE J F.Nickel/metal hydride secondary batteries using an alkaline solid polymer electrolyte[J].Electrochem Soc.,1999,146(1):20-26.
[18]CONWAY B,PELL E,W G,LIU T.Diagnostic analyses for mechanisms of self-discharge of electrochemical capacitors and batteries[J].Power Sources,1997,65:53-59.
[19]KRITZER P.Separators for nickel metal hydride and nickel cadmium batteries designed to reduce self-discharge rates[J].Power Sources,2004,137:317-321.
[20]IKOMA M,HOSHINA Y,MATSUMOTO I.Self-discharge mechanism of sealed-type nickel/metal-hydride battery[J].Electrochem Soc.,1996,143:1904-1907.
[21]LEBLANC P,BLANCHARD P,SENYARICH S.Self-discharge of sealed nickel-metal hydride batteries:mechanisms and improvements[J].Electrochem Soc.,1998,145:844-847.
[22]SINGH D,WU T,WENDLING M,BENDALE P,WARE,RITTER J D,ZHANG L.Mechanisms causing capacity loss on long term storage in NiMH system[J].Materials Research Society Symposium Proceedings on Materials for Electrochemical Energy Storage and Conversion II-Batteries,Capacitors and Fuel Cells,1998,496:25-36.
[23]NAGARAJAN G S,VAN-ZEE J W.Characterization of the performance of commercial Ni/MH batteries[J].Power Sources,1998,70:173-180.
[24]GUO J,MA G,PANG L,WANG B,DU W,ZHANG J,DUAN Q.Factors influencing self-discharge factors of Ni-MH battery[J].Power Sources,1999,23:109-112.
这些是文献的名称,你自己去找找吧
[2]ANANI A,VISINTIN A,PETROV K,SRINIVASAN S.Alloys for hydrogen storage in nickel-hydrogen and nickel metal hydride batteries[J].Power Sources,1994,47:261-264.
[3]MATSUOKA M,TERASHIMA M,IWAKURA C.Effect of alloy composition on charge and discharge characteristics of the negative electrode for nickel-hydrogen batteries[J].Electrochimica Acta,1993,38(8):1087-1092.
[4]FENG F,HAN J,SHEN M,GENG M,ZHOU Z,NORTHWOOD D.Electrochemical properties of a LaNi4.7Al0.3 alloy used for the negative electrode in nickel/metal hydride batteries[J].New Materials for Electrochemical Systems,1999,2(1):45-50.
[5]RUETSCHI P,MELI F,DESILVESTRO J.Nickel-metal hydride batteries:The preferred batteries of the future[J].Power Sources,1995,57(1-2):85-91.
[6]OVSHINSKY S,FETCENKO M,ROSS J.A Nickel metal hydride battery for electric vehicles[J].Science,1993,260(5105):176-181.
[7]SAKAI T,MIYAMURA H,KURIYAMA N,UEHARA I.Nickel metal hydride battery for electric vehicles[J].Alloys Comp.,1993,192(1-2):158-160.
[8]OHTA A,MARSUMOTO I,IKOMA M,MORIMAKI Y.Hydrogen storage alloys as an energy-conversion material.3.battery using hydrogen storage alloys[J].Denki Kagaku,1992,60(8):688-692.
[9]YANG X,LIAW B.Self-discharge and charge retention in AB-based nickel metal hydride batteries[J].Electrochem Soc.,2004,151(1):A137-A143.
[10]NIU J,CONWAY B,PELL E,WENDY G.Comparative studies of self-discharge by potential decay and float-current measurements at C double-layer capacitor and battery electrodes[J].Journal of Power Sources,2004,135:332-343.
[11]CORRIGAI D A,ZIMMERMAN A H,EDITORS J.Appleby in nickel-hydroxide electrodes[M]//Pennington NJ:The Electrochemical Society Proceedings Series,1990.
[12]LEE J H,LEE K Y,LEE J Y.Self-discharge behaviour of sealed Ni-MH batteries using MmNi(3.3+x)Co(0.7)Al(1.0-x) anodes[J].Alloys Compd.,1996,232(1-2):197-203.
[13]IKOMA M,HOSHIMA Y,MATSUMOTO I.Self-discharge mechanism of sealed-type nickel/metal-hydride battery[J].Electrochem Soc.,1996,143:1904-1907.
[14]LEBLANC P,BLANCHARD P,SENYARICH S.Self-discharge of sealed nickel-metal hydride batteries-mechanisms and improvements[J].Electrochem Soc.,1998,145(3):844-847.
[15]OVSHINSKY S,GIFFORD P,VENKATESAN S,FETENCKO M A,CORRIGAN D,DHAR S.10th Int.Seminar on Primary and Secondary Battery Technology and Application[C].FL:Deerfield Beach,1993.
[16]NOTTRN P H L,OUWERKERK M,LEDOVSKIKH A,SENOH H,IWAKURA C.Hydride-forming electrode materials seen from a kinetic perspective[J].Alloys Comp.,2003,356-357:759-763.
[17]VASSAL N,SALMON E,FAUVARQUE J F.Nickel/metal hydride secondary batteries using an alkaline solid polymer electrolyte[J].Electrochem Soc.,1999,146(1):20-26.
[18]CONWAY B,PELL E,W G,LIU T.Diagnostic analyses for mechanisms of self-discharge of electrochemical capacitors and batteries[J].Power Sources,1997,65:53-59.
[19]KRITZER P.Separators for nickel metal hydride and nickel cadmium batteries designed to reduce self-discharge rates[J].Power Sources,2004,137:317-321.
[20]IKOMA M,HOSHINA Y,MATSUMOTO I.Self-discharge mechanism of sealed-type nickel/metal-hydride battery[J].Electrochem Soc.,1996,143:1904-1907.
[21]LEBLANC P,BLANCHARD P,SENYARICH S.Self-discharge of sealed nickel-metal hydride batteries:mechanisms and improvements[J].Electrochem Soc.,1998,145:844-847.
[22]SINGH D,WU T,WENDLING M,BENDALE P,WARE,RITTER J D,ZHANG L.Mechanisms causing capacity loss on long term storage in NiMH system[J].Materials Research Society Symposium Proceedings on Materials for Electrochemical Energy Storage and Conversion II-Batteries,Capacitors and Fuel Cells,1998,496:25-36.
[23]NAGARAJAN G S,VAN-ZEE J W.Characterization of the performance of commercial Ni/MH batteries[J].Power Sources,1998,70:173-180.
[24]GUO J,MA G,PANG L,WANG B,DU W,ZHANG J,DUAN Q.Factors influencing self-discharge factors of Ni-MH battery[J].Power Sources,1999,23:109-112.
这些是文献的名称,你自己去找找吧