铝镓合金的制氢技术

中南大学本科学位论文摘要⑷综合考虑生产能耗、成本和产氢效果等因素，发现Al90-Ga7-In2-Sn1合金配比最适宜工艺制氢技术。4.2铝基合金制氢的前景与展望和传统方法相比，采用铝基合金作氢能的储能和能源转换材料有着无可比拟的优势，但仍需进一步研究。寻找更廉价的合金添加剂，制备出更高效、快捷的铝基合金有待后来人的继续努力。中南大学本科学位论文参考文献参考文献[1]宋永臣，宁亚东，金东旭.氢能技术.北京：科学出版社，2009.20~50[2]毛宗强.氢能--21世纪的绿色能源.北京：化学工业出版社，2005.1~30[3]WangHZ,LeungDYC,LeungMKH,etal.Areviewonhydrogenproductionusingaluminumandaluminumalloys.RenewableandSustainableEnergyReviews,2009.13(4):845-853[4]欧训民.氢能制取和储存技术研究发展综述.能源研究与信息，2009.25（1）：1~4[5]SimPsonAP,LutzAE.ExergyanalysisofhydrogenProductionviasteammethanereforming.InternationalJoumalofHydrogenEnergy,2007.32(18):4811~4820[6]NiM,LeungMKH,LeungDYC,etal.Areviewandrecentdevelopmentsinphotocatalyticwater-splittingusingTiO2forhydrogenproduction.RenewableSustainableEnergyReviews,2007.11(3):401~425[7]RamB.GuPta.HydrogenFuel:Produetion,TransportandStorage.BocaRaton:CRCPress,Taylor&FrancisGroup,2009.3~32[8]吴涛，张会生.重整制氢技术及其研究进展.能源技术，2006.27(4):161~164[9]Evangelostzimsa,StathisD.Peteves.Theimpactofcarbonsequestrationontheproductioncostofelectricityandhydrogenfromcoalandnatural-gastechnologiesinEuropeinthemediumterm[J].Energy,2005.30(14):2672~2689.[10]孙艳，苏伟，周理.氢燃料.北京：化学工业出版社，2005.2~20[11]M.Momirlan,T.veziroslu.Recentdirectionsofworldhydrogenproduction[J].RenewableandSustainableEnergyReviews,1999,3:219~231[12]周洁，郑颖平，谢吉虹.制氢技术研究进展及在燃料电池中的应用前景.化工时刊，2007,21(5):71~75[13]Abdel-aalHk,Kyu-SungSim.JournalofHydrogenEnergy1992,18:359~367[14]TzimasE,FiliouC,PetevesSD,VeyretJB.Hydrogenstorage:Stateoftheartandfutureperspective.EuropeanCommission,DirectorateGeneralJointResearchCentre,InstituteforEnergy,Petten,theNetherlands.Availableat<http://ie.jrc.ec.europa.eu/publications/scientific_publications/2003/P2003-181=EUR20995EN.pdf>;2003[15]尚福亮，杨海涛.氢能的制备、存储与应用.广东化工，2006,33(2):7~9[16]尚福亮，杨海涛，韩海涛.多孔吸附储氢材料研究进展[J].化工时刊，2006，20(3)：58—61．[17]白朔，侯鹏翔，范月英等.材料研究学报，2001,30:77[18]FanYY.LiaoB.LiuMHydrogenuptakeinvapor-growncarbonnanofibers1999[19]ToribioJ,KharinV.Effectofresidualstress-strainprofilesonhydrogen-inducedfractureofpretressingsteelwires[J].MaterSci,2006,42(2):263[20]MaximilianFichtner,JensEngel,OlafFuhr,etal.Nanocrystallinealuminiumhydridesforhydrogenstorage[J].MaterSciEng,2004,B108:42[21]DedrickDE,KanouffMP,ReplogleBC,etal.Thermalpropertiescharacterizationofsodiumalanates[J].JAlloysComp,2005,389:299[22]OzolinsV,MajzoubEH,UdovicTJ.ElectronicstructureandrietveldrefinementparametersofTi-dopedsodiumalanates[J].JAlloysComp,2004,375:1[23]李伊.铝的亲氧性及酸碱两性解析.四川文理学院学报，2008,15:157~15938(1928):179~186[24]WangHZetal.Areviewonhydrogenproductionusingaluminumandaluminumalloys[J].RenewableandSustainableEnergyReview,2009,13:845~853[25]SHKOLNIKOVEetal.2Wpowersourcebasedonair-hydrogenpolymerelectrolytemembrancefuelcellsandwater-aluminumhydrogenmocro-generator[J].JPowerSources,2008,185:967~972[26]UEHARAK,TAKESHITAH,KOTAKAH.Hydrogengasgenerationinthewetcuttingofaluminumanditsalloys[J].JMaterialsProcessingTechnology,2002,127:174~177[27]KANAMESetal.Amethodofgeneratinghydrogengasbyaluminumdissolutioninwater[J].TechnologyReportsoftheOsakaUniverisity,1989[28]HirakiT,TakeuchiM,HisaM,etal.HydrogenProduetionfromwastealuminumatdifferenttemperatures,withLCA.Materialstransactions,2005,46(5):1052~1057[29]LawsonRT.Aluminumcorrosionstudies.I.Potential-PHtemperaturediagramsforaluminum.AustralianJournalofChemistry,1974,27(1):105~127[30]AleksandrovYA,TSyganovaEI,PisarevAL.ReactionofaluminumwithdiluteAqueousNaOHsolutions.RussianJournalofGeneralChemistry,2003,73(5):689~694[31]ChakladerACD.Hydrogengenerationfromwatersplitreaction.USPatent,6582676,2003-06-24[32]Parmuzina,O.Kravchenko.Activationofaluminiummetaltoevolvehydrogenfromwater[J].InternationalJournalofHydrogenEnergy,2008,33(12):3073~3076[33]Kravchenko,K.Semenenko,B.Bulychev,andK.Kalmykov.Activationofaluminummetalanditsreactionwithwater[J],JournalofAlloysandCompounds,2005,397(1):58~62[34]M.Q.Fan,F.Xu,andL.X.Sun.StudiesonhydrogengenerationcharacteristicsofhydrolysisoftheballmillingAl-basedmaterialsinpurewater[J],InternationalJournalofHydrogenEnergy,2007,32(14):2809~2815[35]M.V.Trenikhin,A.V.Bubnov,A.I.Nizovskii,andV.K.Duplyakin,ChemicalinteractionoftheIn-GaeutecticwithAlandAl-basealloys[J],InorganicMaterials,2006,42(3):256~260[36]N.A.Plakhotnikova,V.G.Gopienko,A.A.Kolpachev,andG.A.Reznikova.Chemicalreactionofaluminumalloypowderswithwater[J],PowderMetallurgyandMetalCeramics,1988,27(8):605~608.[37]REBOULMC,GIMENEZH,RAMEAUIJ.AproposedactivationmechanismforAlanodes[J].Corrosion,1984,40:366~371[38]NagiraK,ShimizuT.MethodofProducingHydrogenandMaterialUsedTherefore.USPatent,4752463,1988-06-21[39]VillarsP,PrinceA,OkamotoH.Ga-In-SnPhaseDiagram.HandbookofTernaryAlloyPhaseDiagrams,ASMInternational,Vol.3,P.11045,SecondPrinting,January1997[40]Kravchenko,K.Semenenko,B.Bulychev,andK.Kalmykov.Activationofaluminummetalanditsreactionwithwater[J].JournalofAlloysandCompounds,2005,397(1):58~62[41]P.BrauerandG.M¨uller-Vogt.Measurementsofaluminumdiffusioninmoltengalliumandindium[J].Jour