Abstract
The development of Mg nano-materials for hydrogen storage in the recent decade has been reviewed in this paper.It was shown the Mg nano-powders prepared by high-energy ball milling showed promising hydriding and dehydriding performance with the transition metal oxides and other types of hydrogen storage alloys(ABx)as the catalysts.
Keywords
Mg nano-material for hydrogen-storage, High-energy ball milling, Transition metal oxide, Hydriding and dehydriding kinetics
Publication Date
2006-02-28
Online Available Date
2006-02-28
Revised Date
2006-02-28
Received Date
2006-02-28
Recommended Citation
Wei MO, Hong-Liang SUN, Hai-chang ZHANG, Hua-bin YANG, Zuo-xiang ZHOU.
Development on Hydriding/Dehydriding Kinetics of Mg Nano-materials for Hydrogen Storage[J]. Journal of Electrochemistry,
2006
,
12(1): 9-15.
DOI: 10.61558/2993-074X.1689
Available at:
https://jelectrochem.xmu.edu.cn/journal/vol12/iss1/2
References
[1]Schlapbaah L,Zuttel A.Hydrogen storage m aterials formob ile app lications[J].Nature,2001,414:353.
[2]Yang Huab in(杨化滨).Research on the characteristicsof the ternary Mg2N i0.75M0.25system[D].Tian jin:Nan-kai Un iversity,2000.
[3]Yuan Huatang,Yang Huab in,Zhou Zuoxiang,et al.Pressure-composition isotherm s of the Mg2N i0.75Fe0.25-Mg system synthesized by rep lacem ent-d iffusion m ethod[J].J.A lloys Comp.,1997,260:256.
[4]Yang Huab in(杨化滨),Zhang Haichang(张海昌),Zhou zuoxiang(周作祥).Corrosion behavior of Mg1.85Mm0.15-N i hydrogen storage alloys mod ified by electro-less Cu in CH3OH-H2O solutions[J].E lectrochem istry(in Ch inese),2003,9(2):196.
[5]YANG H B,SUN H,YANG ED,et al.The corrosionbehavior of ternaryMg2-xMmxN i alloys[J].J.E lectro-chem.Soc.,2002,149(5):A543.
[6]Gao Xuep ing(高学平),LU Zh iwe i(卢志威),ZhangHuan(张欢),et al.Hydrogen storage m aterials andm etal hydride-N i batteries[J].Physics(in Ch inese),2004,33(3):170.
[7]Zaluska A,Zalusk i L,Str m-O lsen J O.Nanocrystallinem agnesium for hydrogen storage[J].J.A lloys Comp.,1999,288:217.
[8]Gennari F C,Castro F J,Urretavizcaya G.Hydrogen de-sorption behavior from m agnesium hydrides synthesizedby reactive m echan ical alloying[J].J.A lloys Comp.,2001,321:46.
[9]Zaluska A,Zalusk i L,Strm-O lsen J O.Structure,catal-ysis and atom ic reactions on the nano-scale:a system aticapproach to m etal hydrides for hydrogen storage[J].App lied Physics A,2001,72:157.
[10]Züttel A.M aterials for hydrogen storage[J].M ateri-als today,2003:September,24.
[11]Oelerich W,K lassen T,Borm ann R.Hydrogen sorptionof nanocrystalline Mg at reduced temperatures by m et-al-oxide catalysts[J].Adv.Eng.M ater.,2001,3:487.
[12]Oelerich W,K lassen T,Borm ann R.M etal odes.cata-lysts for improved hydrogen sorption in nanocrystallineMg-based m aterials[J].J.A lloys Comp.,2001,315:237.
[13]Dehouche Z,K lassen T,Oelerich W.et al.Cyc ling,and therm al.stab ility of nanostructured MgH2-Cr2O3composite for hydrogen storage[J].J.A lloys Comp.,2002,347:319.
[14]Yu Zhenxing(于振兴),W ang Erde(王尔德),L iuZuyan(刘祖岩),et al.Properties of hydrid ing and de-hydrid ing of nanocrystalline composite ofMg2N i-Cr2O3[J].Ch inese Journal of Nonferrous M etals,2002,12(4):743.
[15]Castro F J,Bobet J L.Hydrogen sorption properties ofan Mg+WO3m ixture m ade by m echan ical alloying[J].J.A lloys Comp.,2004,366:303.
[16]Bobet J L,Kraw iec S D,G rigorova E,et al.Add ition ofnanosized Cr2O3to m agnesium for improvem ent of thehydrogen sorption properties[J].J.A lloys Comp.,2003,351:217.
[17]Song M Y,Bobet J L,Darriet B.Improvem ent in hy-drogen sorption properties ofMg by reactive m echan icalgrind ing w ith Cr2O3,A l2O3and CeO2[J].J.A lloysComp.,2002,340:256.
[18]Oelerich W,K lassen T,Borm ann R.Comparison of thecatalytic effects of V,V2O5,VN and VC on the hydro-gen sorption of nanocrystalline Mg[J].J.A lloysComp.,2001,322:115.
[19]W ang Erde(王尔德),Yu Zhenxing(于振兴),L iu Zuy-an(刘祖岩).Hydorgen storage properties of nanocom-posite Mg2N i-V2O5[J].Functional M aterial,Ch ina.2002,33(3):280.
[20]Barkhoudarian G,K lassen T,Borm ann R.Fast hydro-gen sorption k inetics of nanocrystalline Mg using Nb2O5catalyst[J].Scripta M ater.,2003,49;213.
[21]Barkhoudarian G,K lassen T,Borm ann R.E ffect ofNb2O5content on hydrogen reaction k inetics ofMg[J].J.A lloys Comp.,2004,364;242.
[22]KhrussanovaM,TerzievaM,Peshey P,et al.Hydrid ingof m echan ically alloyed m ixtures of m agnesium w ithMnO2,Fe2O3and N iO[J].M at.Res.Bu ll.,1991,26:561.
[23]Kwon IH,Bobet J L,Bae JS,et al.Improvem ent of hy-drogen-storage properties ofMg by reactive m echan icalgrind ing w ith Fe2O3[J],J.A lloys Comp.,2005,396:264.
[24]SongM Y,Hong S H,Kwon IH,et al.Improvem ent ofhydrogen-storage properties ofMg by reactive m echan i-cal grind ing w ith Fe2O3prepared by spray conversion[J].J.A lloys Comp.,2005,398:283.
[25]SongM Y,Kwon I H,Kwon S N,et al.Preparation ofhydrogen-storage alloyMg 10 wt.%Fe2O3under vari-ous m illing cond itions[J].Int.J.Hydrogen Energy,2006,31:43.
[26]Terzieva M,Khruesanova M,Peshev P.Hydrid ing andehydrid ing characterisitics ofMg-LaN i5composite m a-terials prepared by m echan ical alloying[J].J.A lloysComp.,1998,267:235.
[27]L iang G.,Boily S,Huot J,et al.Hydrogen absorptionproperties of a m echan ically m illed Mg-50wt.%LaN i5composite[J].J.A lloy Comp.,1998,268:302.
[28]L iang G,Huot J,Boily S,et al.Hydrogen storage inm echan ically m illed Mg LaN i5and MgH,LaN i5com-posites[J].J.A lloys Comp.,2000,297:261.
[29]M andal P,Srivastava 0 N.Hydrogenation behaviour of-ten composite storage m aterialMg-x%FeTi[J].J.A l-loys Comp.,1994,205:111.
[30]Kondo T,Sh indo K,Arakawa M.M icrostructure andhydrogen absorption desorption properties of MgTiFe0.92Mn0.08composites prepared by wet m echan icalm illing[J].J.A lloys Comp.,2004,375:283.
[31]L iang G.X.,W ang E D,Fang S S.Hydrogen absorp-tion and desorption characteristics of m echan icallym illed Mg-35wt.%FeTi1.2powders[J].J.A lloysComp.,1995,223:111.
[32]W ang P,W ang A M,D ing B Z,et al.Mg FeTi1.2(a-morphous)composite for hydrogen storage[J].J.A l-loys Comp.,2002,334:243.
[33]Zaluska A,Zalusk i L,Strm-O lsen J O.Synergy of hy-drogen sorption in ball-m illed hydrides ofMg and Mg2N i[J].J.A lloys Comp.,1999,289:197.
