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镍氢电池负极材料-锆系-基本信息

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Ͻ Է ܶ(g/cm3) ۵(c) ṹ ռȺ (nm3) ⻯ ۷ŵma*h/g ŵma*h/g
Material Name Type of alloys Molecular Weight Density(g/cm3) Melting Point(c) Crystat Structure Space Group Cell volume(nm3) Metal Hydride Hydrogen Storagemass Ratio Theory of Discharge CapacitymAh/g Discharge CapacitymAh/g
ZrNi2 AB2 208.62
ҳ һҳ һҳ ĩҳ 1ҳ/ 1ҳ ת ҳ

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1 ³,ѧƽ,ε,ʲ.ϡһϵAB5xǻѧϵо״.ϡ1995,16528-35
2 ÷ѫκңȺ.La0.75Nd0.05Pr0.2B5缫ܵо.ؼ,1997
3 ,κѧ,,,ֽ,Ӣ . SiAB5ʹϽܵӰ .ϡ빤̣2008,37(1):156-159
4 Wei-Kang Hu.Studies on cobalt-free AB5-type hydrogen srorage alloys.Journal of Alloys and Compounds 289(1999)299-305
5 £ٚȪ»³Ƹ.ϡϵϽRENiMnAl)4.2Co0.8xFexx=0-0.08)ĵ绯ѧ.йϡѧ.2005,236:10-13
6 ־ˣºԪ¾Ľܡ AB5ͷǻѧϽ绯ѧܡ 2000, 183225-228.
7 ,³Ƹ,˺.AB5MlNi4.45xMn0.40Al0.15Snx缫Ͻ.أ2002,32(S1):97-99
8 .缫ϽMl(NiMnTi)4.2Co0.8xFex(x=0-0.8)ĵ绯ѧ.ϡн빤̣1999,285302-304
9 Y.Q.Lei,S.K.Zhang,G.L.Lu,L.X.Chen,Q.D.Wang,F,Wu.J.Alloys Comp.330-332(2002)861-865
10 ȫɣģƹƶͿ ԪϡϽ缫.ϡ2000,21430-33
11 οɣȪ£찲.Ml(Ni4.55xCoxMn0.4Ti0.05)Ͻṹ绯ѧ.ѧ2000,364364-369
12 LI Quan-an,SANG Ge,LI Jian-wen,CHEN YUN-gui,TU Ming-jing,LI Ning.Trans.Nonferrous Met.Soc.China.2000,10(5):660-665
13 Y.Q.Lei,Y,Zhou,Y.C.Luo,X.G.Yang,Q.D.Wang.J.Alloys Comp.253-254(2002)590-593
14 Wei-Kang Hu,Dong-Myung Kim,Kuk-Jin Jang,Jai-Young Lee.Journal of Alloys and Compouds 2691998254-258
15 ȫɣģƹƶͿ캡 ԪϡϽ缫ԡ ϡ 2000,12430-33
16 . AB5Co缫Ͻṹ绯ѧ. 㽭㽭ѧ. 2004
17 Զ. LaȡMlϡϽĵ绯ѧ. ʵ鼼. 2007,24426-28.
18 Զ. MlNi4-x-yMnCoxAly缫ܵо. ѧȻѧ. 1998,14(5): 61-64.
19 䣬£ƽ. MlNi5ϵϡϽ绯ѧ. йϡѧ,2000,184325-328.
20 ,˺,廪,Ʒ,Ȩ,³Ƹ.ȴ¶ȶAB5MlNi3.6Co0.85Mn0.40Al 0.15缫Ͻ΢ṹ͵绯ѧܵӰ.йɫѧ.2001,11(4):587-592
21 .ữMmNi3.45Co0.75Mn0.6Al0.2ϽܵӰ.ܲϣ1998.56:268-271
22 ,Ȫ,α,κ,.˻MlNi4.0Al0.3Si0.1Fe0.6Co缫.йɫ2004,14111862-1866
23 £ȪȽ磬 .Re(Ni,Co,Mn,Ti)5Ͻ(Re=La,Ce,Pr,Nd)ĵԵ绯ѧܵӰ.ѧ2001,37161-66
24 ,,,壬.LaxMm1-x(NiCoMnCuAl)5.1Ͻĵ绯ѧ.ͷѧԺѧ2003,224318-322
25 ѧ, ˴֣壬ֳ⣬ƳǮAB2La1-xMgxNi2.28x=0.0-0.6Ͻṹ͵绯ѧܵо. йϡѧ2009, 27(2):234-239.
26 Z.M.Wang, H.Y.Zhou, Z.F.Gu, G.Cheng, A.B.Yu. Preparation of LaMgNi4 alloy and its electrode properties; Journal of Alloys and Compounds 377(2004): L7-L9.
27 Ӧԣŷҳ. AB2LaMgNi3.7M0.3M=NiAlMnCoSnCuϽľṹ缫. ܲϣ2005,9361372-1376
28 ѧ, ˴֣壬ֳ⣬ƳǮLa0.5Mg0.5Ni1-xCox2.28x=0.0-0.2Ͻṹ͵绯ѧ. йϡѧ2009, 27(4):533-537.
29 ǿƽѡԣѩƼ. һָLa-Mg-Ni缫Ͻܵķ. Ƽѧѧ2008,303:263-266.
30 ŷ. La-Mg-NiϵϽṹ绯ѧܵо. ݣ ѧ 2006.
31 Фᣬһݼ㣬ܽʤδԬ. ϽLa0.7-xCexMg0.3Ni2.4Co0.6x=0-0.4绯ѧо. 绯ѧ2007,131:40-43.
32 Rui Tang, Xuedong Wei, Yongning Liu, Changchun Zhu,Jiewu Zhu, Guang Yu.Effect of the Sm content on the structure and electrochemical properties of La1.3 ? xSmxCaMg0.7Ni9 (x = 0C0.3) hydrogen storage alloys.Journal of Power Sources 155 (2006) 456C460
33 "Zhenwei Dong, Yaoming Wu, Liqun Ma, Lidong Wang, Xiaodong Shen,Limin Wang.Microstructure and electrochemical hydrogen storagecharacteristics of La0.67Mg0.33-xCaxNi2.75Co0.25(x = 0-0.15)electrode alloys.International journal of hydrogen energy 36(2011)3050-3055 "
34 "B. Liao , Y.Q. Lei , L.X. Chen , G.L. Lu , H.G. Pan, Q.D. Wang.The structural and electrochemical properties of La2Mg(Ni0.8?xCo0.2Alx)9(x = 0C0.03) hydrogen storage electrode alloys.Journal of Alloys and Compounds 415 (2006) 239C243"
35 ,˺,ΰ,,Ӧ,Ȫ.La0.7Mg0.3Ni3.4-xCo0.6Mnx(x=0.0-0.5)缫ϽĽṹԼ绯ѧ.ϡн빤̣2005
36 ",½ƽ, طƽ. A2B7 La0.75Mg0.25Ni3.5-xCrx ( x = 0 -0.3) Ͻṹ绯ѧо. ͷѧԺѧ2006,254:314-317"
37 ",,ԣʤ. A2B7 La0.75Mg0.25Ni3.5-xAlx ( x = 0 ~ 0.3) Ͻṹ绯ѧ.ϡн빤 2007,362:349-352"
38 ֣壬˴پ־ͣѡ. AlNiA2B7ʹ缫ϽܵӰ. ϡн빤. 2007,36(6):1058-1062.
39 ǰƹⳬᣬΰ˸. La0.8-xCexMg0.2Ni3.5x=0-0.2Ͻ缫ĵ·ŵ. ϡн빤. 2009,382237-241
40 ã־ܣɷ壬񣬿. La0.63Gd0.2Mg0.17Ni3.2-xCo0.3Alxx=0-0.4Ͻ΢֯͵绯ѧ. йϡѧ2010,284347-353
41 ŷ˰ǿ½. La-Mg-NiϵA2B7ϽĽṹ绯ѧ. йϡѧ. 2006,245:592-598
42 壬. La-Mg-NiϵA2B7A5B19ṹϽĵ绯ѧ. йװ뼼. 2009,4:5-9.
43 ֣壬˴ֳ⣬ѡ. NdLdLa-Mg-NiϵA2B7缫ϽܵӰ. йɫѧ2007,17145-52.
44 򻻣Զλƽͣ.La0.75-xZrxMg0.25Ni3. 2Co0.2Al0.1(x=0-0. 2).ܲϣ2009,8411333-1337
45 "½ƽ,,ŷ,,ҳ,½.˻ La1.5Mg0.5Ni7.0 Ͻṹ͵绯ѧܵӰ.ϡн빤̣2006,35101572-1576 "
46 Сƽ,,,ӱ,.˻¶ȶLa0.75Mg0.25Ni3.5Co0.2缫ϽĽṹ绯ѧܵӰ.йϡѧ2008,26171-76
47 "Faliang Zhang, Yongchun Luo, Kai Sun, Dahui Wang, Ruxu Yan,Long Kang, Jianhong Chen.Effect of Co content on the structure and electrochemical properties ofLa1.5Mg0.5Ni7?xCox (x = 0, 1.2, 1.8) hydrogen storage alloys.Journal of Alloys and Compounds 424 (2006) 218C224"
48 "Hailiang Chu,Yao Zhang , Shujun Qiu, Yanni Qi,Lixian Sun, Fen Xu,Qing Wang, Chuang Dong.Electrochemical performances of cobalt-free La0.7Mg0.3Ni3.5?x(MnAl2)x(x = 0C0.20) hydrogen storage alloy electrodes.Journal of Alloys and Compounds 457 (2008) 90C96"
49 "He Miao, Hongge Pan, Shengcai Zhang, Ni Chen, Rui Li, Mingxia Gao.In?uences of Co substitution and annealing treatment on the structure andelectrochemical properties of hydrogen storage alloys.International Journal of Hydrogen Energy 32 (2007) 3387C3394"
50 "Huang Taizhong, Wu Zhu, Han Jitian, Sun Guoxin, Yu Jiemei, Cao Xianqi,Xu Naixin,Zhang Yihe.Study on the structure and hydrogen storage characteristicsof as-cast La0.7Mg0.3Ni3.2Co0.35-XCuX alloys.International journal of hydrogen energy 35(2010)8592-8596"
51 Yixin Liu, Liqin Xu, Weiqing Jiang, Guangxu Li, Wenlou Wei, Jin Guo.Effect of substituting Al for Co on the hydrogen-storageperformance of La0.7Mg0.3Ni2.6AlxCo0.51-x(x = 0.0C0.3) alloys.International journal of hydrogen energy 34 (2009)2986C2991
52 ,崺,,˸,ƽ,,Թ.Cu ӶMg2NiϽܵӰ.ܲ2007,386952-954
53 "Ȩ,,￡.Mn Mg2NiͺϽγɼŵܵӰ.ϡн빤2004,33(5):548-550 "
54 Ȩ,,,￡.Al,MnMg2NiϽγɼ绯ѧܵӰ.ܲ2003,10(3):13-16
55 Զ,ʢ,Ԫ,ӷ,ϼ.ĥMg1.8Al0.2Ni0.8Mn0.2ϽӰо.Ӧû2006,35(7):526-528
56 " ,־,Զ,ط, .CoNiԿMg2NiͺϽṹ 绯ѧܵӰ.йɫѧ2011,211118-124"
57 ,Զ,λƽ,ڹ,,.׾ͷǾMg20Ni10-xCox( x = 0-4)Ͻ绯ѧܵӰ.ܲ2009,4091537-1544
58 ,Զ,,ഺ,.̬Ϳ̬ Mg20-xLaxNi10( x = 0-6)ϽĽṹ.ܲ20105(41):771-774
59 ,,,ҫ,,̷־,Ԭ,.Mg1.75Al0.25Ni1-xCrx(0QxQ0 2)ϽƱ.ߵѧУѧѧ2005,26(10):1887-1880
60 Ȩ,￡.Mg2Ni+NiϽγɼ绯ѧ.Դ2003,27148-150
61 㣬ܣȺ.ĥƱMg2NixMLNi3.8Co0.75Mn0.4Al0.2Ͻĵ绯ѧо.Ͻӹ2010,38(4)39-43
62 Ԭ,,κ,־,һݼ.þϽĺϳɼ绯ѧ.йɫѧ,2003,13(6):1554-1558
63 L.B. WangJ.B. Wang, H.T. Yuan , Y.J. Wang , Q.D. Li.An electrochemical investigation of Mg1?xAlxNi(0 x 0.6) hydrogen storage alloys.Journal of Alloys and Compounds 385 (2004) 304C308.
64 "ZHANG Yang-huan,L Ke1,ZHAO Dong-liang,GUO Shi-hai,QI Yan,WANG Xin-lin.Electrochemical hydrogen storage characteristics of nanocrystalline and amorphous Mg2Ni-type alloys prepared by melt-spinning.Trans. Nonferrous Met. Soc. China 21(2011) 502?511 "
65 "Yang-huan Zhang,Hui-ping Ren,Shi-hai Guo,Zai-guang Pang,Yan Qi,Xin-lin Wang.Electrochemical hydrogen storage characteristics of nanocrystalline andamorphous Mg20Ni10?xCox (x = 0C4) alloys prepared by melt spinning.Journal of Alloys and Compounds 480 (2009) 750C755"
66 ,,Ԭ,һݼ,ǿ,. Mg0.9Ti0.1Ni1xCox(x0.05,0.1,0.15,0.2)Ͻĺϳɼ绯ѧо.ѧѧ2006,645423-427
67 ,,,̷־,,Ԭ,.ԪMg0.9Ti0.1Ni0.9X0.1(X=Mn,Zn,Co,Fe)ϵкϽƱо.ߵѧУѧѧ2005,2691673-1676
68 ,Ԭ,־,ǿ.Mg0.9M0.1Ni(M=CrAlTiZr)ԪþϽƱ 绯ѧܵо.Ͽѧѧ2005,38274-79
69 ãһգκУ.þϽĺϳɼ绯ѧܵо.ߵѧУѧѧ.2002,23(4):517-520
70 ,˫,,.Ǿ̬Mg2Ni2PrϽIJѹ켰绯ѧ.켰ɫϽ,2009,295320-323
71 ű,һݼԬãܽʤ÷.þϽĺϳɼ绯ѧ.ϡн빤.2006,35(2):32
72 ,²,ϣ,,´,У.Ǿ̬MgNi+x%BϽƱ绯ѧ.Ͼպѧѧ201042193-97
73 ƺϼ.MgAB5ʹϽƱԼ绯ѧоD).ɳϴѧ2011
74 .Ǿ̬Mg-NiϵϽƱоD).죺ѧ2007
75 ŻԣãŹӢ.Mg58Al42ϽƱ绯ѧ.ϡн빤,2009,38(3):536-540
76 ã߾ŻԣŹӢ. (Mg58Al42)0.9Ni0.1ϽƱ绯ѧ.йɫѧ,2009,19(10): 1854-1859
77 Ȩ,,￡.Mg-Ti-Mn-NiǾϽĵ绯ѧо.Դ2005297450-452
78 Ҷԣ£Ȫ.NiԻеϽMg-NiϵԪϽṹ͵绯ѧܵӰ.ϡн빤,2000,29(3):193-196
79 "Qi-Feng Tian,Yao Zhang,Li-Xian Sun,Fen Xu,Zhi-Cheng Tan.Effects of Pd substitution on the electrochemical properties of Mg0.9?xTi0.1PdxNi (x = 0.04C0.1) hydrogen storage alloys.Journal of Power Sources 158 (2006) 1463C1471 Hua-Tang Yuan c, Tao Zhang a,b"
80 "Qi-Feng Tian , Yao Zhang , Hai-Liang Chu , Li-Xian Sun, Fen Xu ,Zhi-Cheng Tan , Hua-Tang Yuan c, Tao Zhang.The electrochemical performances of Mg0.9Ti0.1Ni1?xPdx (x = 0C0.15)hydrogen storage electrode alloys.Journal of Power Sources 159 (2006) 155C158 "
81 HongXia Huang, KeLong Huang, SuQin Liu, DongYang Chen.Microstructures and electrochemical properties of Mg0.9Ti0.1Ni1?xMx(M=Co, Mn;x=0, 0.1, 0.2) hydrogen storage alloys.Powder Technology 198 (2010) 144C148
82 "Yanhui Zhang, Lifang Jiao, Yanzhong Hao, Huatang Yuan, Yijing Wang,Yingpin Li, Juan Pei, Jujie Ren.Study on the electrochemical properties ofMg0.8Ti0.1Al0.1-xPdxNi(x =0.02-0.08) hydrogen storage alloys.International journal of hydrogen energy 35(2010)7815-7820"
83 磬.Cu MnԺϽTi0.3Zr0.225V0.25Mn0.20Ni0.55绯ѧܵӰ.ѹҵչ2008,25319-22
84 £䣬޶.CrTiMn缫Ͻܼ绯ѧӰ.ϡн빤,2000,29(4):262-264
85 磬κѧ.TiϽTi0.3Zr0.225V0.25Mn0.3-xNi0.45+x(x=0-0.25)΢֯绯ѧ.ϡн빤,2006,35(12):1983-1986
86 "Ʒ塢˺¡ȨӦ񻡢.CrMnTi-Zr-V-Mn-NiϽṹ΢֯绯ѧܵӰ.ѧ2001,37101018-1022"
87 ãҴ˳糬ٺ.(TiZr0.35)(V0.5Mn1.1-xCr0.4Nix)Ͻṹ͵绯ѧ.ϡн빤,2008,37(5):808-811
88 ɽ£Ȫ.(Ti0.7Zr0.2V0.1)NiϽĵ绯ѧܼо.ϡн빤,1999,28(273-76
89 ޻ԣ³Ƹ.ʹϽ缫Ti3Ni2 ĵ绯ѧ.ϡн빤,2001,30(1):23-26
90 磬.SiԪضTiϽ绯ѧܵӰ.ѹҵչ2007,24319-22
91 £䣬޶.CrTiMn缫Ͻܼ绯ѧӰ.ϡн빤,2000,29(4):262-265
92 ˳糬ٺ. Ӷ(Ti0.65Zr0.35)1.10(V0.5Mn0.3Cr0.4Ni0.8)BxϽṹ͵绯ѧܵӰ.ϡн빤,2010,39(11):2023-2026
93 Ʒ,˺,,,ΰ,.ѷϵ缫Ͻ.йɫѧ,2003,13(3680-684
94 K. Ramya,N.Rajalakshmi,P. Sridhar,B. Sivasankar.Electrochemical characteristics of titanium-based hydrogen storage alloys.Journal of Alloys and Compounds 373 (2004) 252C259
95 "Meng Yang, Xiangyu Zhao, Yi Ding, Liqun Ma, Xinxin Qu, Yujun Gao.Electrochemical properties of titanium-based hydrogenstorage alloy prepared by solid phase sintering.International journal of hydrogen energy 35(2010)2717C2721"
96 "Yan-Hui Xu, Chang-Pin Chen, Qi-Dong Wang.The in?uence of small amounts of added elements on the electrodeperformance characteristics for Ti3Ni2 hydrogen storage alloy.Materials Chemistry and Physics 71 (2001) 190C194"
97 ,,ƽ,,.ӸºϳVTiNi0.56Al0.2ϼ绯ѧ.ѧ̣2007,35(3):43-46
98 ,,Фѧ,,Ȫ,.V2.1TiNi0.4Zr0.06Cu0.03M0.10(M=Cr,Co,Fe,Nb,Ta)Ͻ΢ṹ绯ѧ.ѧѧ2009,25(2)247-252
99 ,,,¼,ܹ.NiӶTi0.4Zr0.1V1.1Mn0.5Cr0.1Ͻṹ͵绯ѧܵӰ.޻ѧѧ2006,22122141-2146
100 £֣ƽ־裬Ȫ.TiV2.1Nix (x=0.2-0.6)Ͻṹ绯ѧ.ϡн빤,2005.3491500-1504
101 䣬,÷ʣ¼ᣬܹ.Ti0.17Zr0.08V0.34Nb0.01Cr0.1Ni0.3⻯缫Ͻ΢۽ṹ绯ѧо.޻ѧѧ2006,223
102 ,,,ƽ,¼,ܹ.Ti-V-Mn-NiϽṹ绯ѧܵӰ.йϡѧ,2007.25(1):74-79
103 ÷,,.Ti0.17Zr0.08V0.34Cu0.01Cr0.1Ni0.3Ͻṹ绯ѧо.ܲϣ2006,3781249-1252
104 ӡţ.Ti0.8Zr0.2V1.1Mn0.9-xNi0.4CrxϽṹ͵绯ѧ.Ӧûѧ2008,252162-168
105 .Ti-V-FeϽṹ绯ѧܼѭȶԸƻо(D).㽭㽭ѧ2008
106 Ʒ.ѷ缫Ͻṹ͵绯ѧоD).㽭㽭ѧ2003
107 .ѷ缫Ͻṹܼ˥˻о(D).㽭㽭ѧ2003
108 .Ti-V-Niϵ缫Ͻṹ绯ѧܣD).㽭㽭ѧ2002
109 .ԪϽ𻯺ĥԴV缫Ͻṹ绯ѧܵӰ.㽭㽭ѧ2005
110 ¶.V-Ti-Ni-Zr˫缫Ͻо.㽭㽭ѧ2007
111 .V-Ti-Ni-Zr缫Ͻ΢ṹ绯ѧ.㽭㽭ѧ2008
112 Т,,,ƽ.ȴϽV3TiNi0.56Al0.2绯ѧܵӰ.޻ѧ,2009,24(1):157-160
113 ,,ѧ,̫,½ۣ.NiӶTi0.39V0.29Mn0.12Cr0.2Ni0.1Ͻ绯ѧܵӰ.ܲѧ,2005,11(1):28-32
114 £ƹ⳯.V2.46TiFe0.54Six(x= 0.03- 0.15)Ͻ绯ѧܵо.ܲϣ2008,39(7):1140-1143
115 κ壬.NiVϽ缫ϵ绯ѧܵӰ.ȴ2009381679-81
116 ѧ󣬳³¿·ͮ޷.Zr Ti Ti19.5V40Mn16.2Cr9.8Ni14.5 ϽӰ.ϡн빤,2007,36(7):1224-1228
117 ÷䣬.Ti0.17Zr0.08V0.34Cu0.01Cr0.1Ni0.3Ͻṹ绯ѧjо.ܲϣ2006,3781249-1252
118 ",,ѧ,̫,½,.NiӶTi0.47V0.28Mn0.15Cr0.1Ͻ绯ѧܵӰ.ѧ2004.55:177-179"
119 "Hongge Pan,Rui Li,Mingxia Gao,Yongfeng Liu,Yongquan Lei,Qidong Wang.Effects of Ni on the structural and electrochemical properties ofTiCV-based hydrogen storage alloys.International Journal of Hydrogen Energy 31 (2006) 1188C1195"
120 "Yongfeng Liu,Shanshan Zhang, Rui Li,Mingxia Gao,kai Zhong,He Miao,Hongge Pan.Electrochemical performances of the Pd-added Ti-V-basedhydrogen storage alloys.International journal of hydrogen energy3 3(2008)728C734"
121 "Yunfeng Zhu, Hongge Pan , Mingxia Gao, Jianxin Ma, Yongquan Lei, Qidong Wang.Electrochemical studies on the TiCZrCVCMnCCrCNi hydrogenstorage electrode alloys.International Journal of Hydrogen Energy 28 (2003) 311C316"
122 "Lu Li, Wenjiao Wang, Xiulin Fan, Xiaofeng Jin, Hai Wang, Yongquan Lei,Qidong Wang, Lixin Chen.Microstructure and electrochemical behavior of Cr-addedV2.1TiNi0.4Zr0.06Cr0.152 hydrogen storage electrode alloy.International Journal of Hydrogen Energy 32 (2007) 2434C2438"
123 "Rui Li, Hongge Pan, Mingxia Gao, Yunfeng Zhu, Yongfeng Liu,Qinwei Jin, Yongquan Lei.Structural and electrochemical properties of hydrogen storagealloys Ti0.8Zr0.2V2.7Mn0.5Cr0.8Nix (x = 1.50C2.25).Journal of Alloys and Compounds 373 (2004) 223C230"
124 "Hongge Pan, Rui Li, Yongfeng Liu, Mingxia Gao, He Miao,Yongquan Lei, Qidong Wang.Structure and electrochemical properties of the Fe substitutedTiCV-based hydrogen storage alloys.Journal of Alloys and Compounds 463 (2008) 189C195"
125 "Jianhui Wang, Hongge Pan, Rui Li, Kai Zhong, Mingxia Gao.The effect of particle size on the electrode performance of TiCV-basedhydrogen storage alloys.International Journal of Hydrogen Energy 32 (2007) 3381C3386"
126 "ԣ￡.ԪTiϽZrMn0.7V0.2Co0.1Ni1.2ṹ͵绯ѧܵӰ.ϡн빤,2005,34(2):283-286"
127 "ԣ￡.TiLaϽZrMn0.7V0. 2Co0.1Ni1.2ṹ͵绯ѧܵӰ.ܲϣ2004,353308-313"
128 "ԣ￡.VMnCoAB2缫ϽZr-Cr-Niṹ͵绯ѧʵӰ.ϡн2004,284657-661"
129 ,,١? ,,֣,ٿ.͸ϽZr0.9Ti0.1(Ni,Co,Mn,V)2.1Ʊ绯ѧ.йɫѧ,2001,11(2):193-197
130 ,,Ȫ.Zr0.8Ti0.2Ni0.6Mn0.2V0.2Cr0.05)xϽṹ͵绯ѧܵо.ϡн빤,2003.32(2):91-94
131 ,,찲,Ȫ,,.Zr1-xTix(Ni0.6Mn0.3V0.1Cr0.05)2(x=00.5)LavesഢϽĵ绯ѧ.Ͽѧ빤,2000,18(3)11-22
132 ? ,￡,.ԺϽZrCr0.4Mn0.2V0.1Ni1.3ɡ΢ṹ͵绯ѧܵӰ.ϡ???,2004,28(5):871-875
133 Ŀ,? Ȫ , , , .ZrMn0.9-xVxNi1.1(x=0.1-0.8)LavesϽĵ绯ѧ.йɫѧ,1997,7(3):72-76
134 ѩ,ȪТ,.TiZr-Mn-V-NiϵϽ΢ṹ͵绯ѧܵӰ.ѧ1998,349977-982
135 ˼.ԪZrAB2Ͻṹ绯ѧܵӰ.[D].ϣϴѧ2008,44-47
136 Andreas Ztittel,Felix Meli, Daniel Chartouni , Louis Schlapbach , Frank Lichtenberg , Bernd Friedrich. Properties of Zr(V0.25Ni0.75)2 metal hydride as active electrode material. Journal of Alloys and Compounds,1996,239:175-182
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