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OALib Journal期刊
ISSN: 2333-9721
费用：99美元
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压电材料对含铂活性炭氢气吸附性能的影响
Keywords: 无机非金属材料,？活性炭,？氢气吸附,？氢溢流作用,压电材料
Abstract:
？用机械混合法制备含有不同质量分数铂的活性炭,研究了压电材料pmn--pt产生的电荷对含铂活性炭氢气吸附性能的影响。结果表明,在高压氢气条件下pmn--pt产生的电荷能增强铂和活性炭颗粒对氢气分子的吸附,并加速氢气分子的解离和氢原子的扩散,使含铂活性炭的储氢量明显提高。铂产生的氢溢流作用有效地提高了活性炭的氢气吸附量。在室温和8mpa氢气压力条件下pmn--pt使活性炭(nac)氢气吸附量产生的增长幅度为15%,使含有质量分数0.83%、1%和1.25%铂的活性炭氢气吸附量增长的幅度分别为36.5%、39.3%和43.9%。
| [1] | 29p.r.kemper,j.bushnell,g.vonhelden,m.t.bowers,cobalt--hydrogen(co+.cntdot.(h2)n)clusters:bindingenergiesandmolecularparameters,j.phys.chem.,97,52(1993)
|
| [2] | 30l.andrews,x.wang,infraredspectraandstructuresofthestablecuh-2,agh-2,auh-2,andauh-4anionsandtheauh-2molecule,j.am.chem.soc.,125,11751(2003)
|
| [3] | 7r.dash,j.chmiola,g.yushin,y.gogotsi,g.landisio,j.singer,j.fischer,s.kucheyev,titaniumcarbidederivednanoporouscarbonforenergy--relatedapplications,carbon,44,2489(2006)
|
| [4] | 8m.shiraishi,t.takenobu,h.kataura,m.ata,hydrogenadsorptionanddesorptionincarbonnanotubesystemsanditsmechanisms,appl.phys.a,78,947(2004)
|
| [5] | 9e.poirier,r.chahine,p.be'nard,d.cossement,l.lafi,e.me'lancon,t.k.bose,s.de'silets,storageofhydrogenonsingle--walledcarbonnanotubesandothercarbonstructures,appl.phys.a,78,961(2004)
|
| [6] | 10b.panella,m.hirscher,b.ludescher,low--temperaturethermal--desorptionmassspectroscopyappliedtoinvestigatethehydrogenadsorptiononporousmaterials,microporousmesoporousmater.,103,230(2007)
|
| [7] | 11a.d.lueking,r.t.yang,hydrogenspilloverfromametaloxidecatalystontocarbonnanotubes--implicationsforhydrogenstorage,j.catal.,206,165(2002)
|
| [8] | 14a.j.robell,e.v.ballou,m.boudart,surfacediffusionofhydrogenoncarbon,j.phys.chem.,68,2748(1964)
|
| [9] | 15s.t.srinivas,p.k.rao,directobservationofhydrogenspilloveroncarbon--supportedplatinumanditsinfluenceonthehydrogenationofbenzene,j.catal.,148,470(1994)
|
| [10] | 16a.d.rud,a.m.lakhnik,v.g.ivanchenko,v.n.uvarov,a.a.shkola,v.a.dekhtyarenko,l.i.ivaschuk,n.i.kuskova,hydrogenstorageofthemg--ccomposites,int.j.hydrogenenergy,33,1310(2008)
|
| [11] | 17m.boudart,m.a.vannice,j.e.benson,adlineation,portholesandspillover,z.phys.chem.neuefolge,64,171(1969)
|
| [12] | 1k.markthomas,hydrogenadsorptionandstorageonporousmaterials,catal.today,120,389(2007)
|
| [13] | 2h.jin,y.s.lee,i.hong,hydrogenadsorptioncharacteristicsofactivatedcarbon,catal.today,120,399(2007)
|
| [14] | 3m.g.nijkamp,jemj.raaymakers,a.j.vandillen,k.p.dejong,hydrogenstorageusingphysisorption--materialsdemands,appl.phys.a,72,619(2001)
|
| [15] | 4x.b.zhao,b.xiao,a.j.fletcher,k.m.thomas,hydrogenadsorptiononfunctionalizednanoporousactivatedcarbons,j.phys.chem.b,109,8880(2005)
|
| [16] | 5z.yang,y.xia,r.mokaya,enhancedhydrogenstoragecapacityofhighsurfaceareazeolite--likecarbonmaterials,j.am.chem.soc.,129,1673(2007)
|
| [17] | 6b.panella,m.hirscher,s.roth,hydrogenadsorptionindifferentcarbonnanostructures,carbon,43,2209(2005)
|
| [18] | 12f.h.yang,r.t.yang,abinitiomolecularorbitalstudyofadsorptionofatomichydrogenongraphite:insightintohydrogenstorageincarbonnanotubes,carbon,40,437(2002)
|
| [19] | 13r.t.yang,y.wang,catalyzedhydrogenspilloverforhydrogenstorage,j.am.chem.soc.,131,4224(2009)
|
| [20] | 18r.b.levy,m.boudart,thekineticsandmechanismofspillover,j.catal.,32,304(1974)
|
| [21] | 19w.c.neikam,m.a.vannice,hydrogenspilloverintheptblack/ce--yzeolite/perylenesystem,j.catal.,27,207(1972)
|
| [22] | 20j.y.hwang,s.z.shi,b.w.li,x.sun,storinghydrogenwithperhydrides,advancedmaterialsforenergyconversioniii.tms(theminerals,metals\&materialssociety,2006)p.101
|
| [23] | 21w.liu,y.h.zhao,j.nguyen,y.li,q.jiang,e.j.lavernia,electricfieldinducedreversibleswitchinhydrogenstoragebasedonsingle--layerandbilayergraphenes,carbon,47,3452(2009)
|
| [24] | 22s.z.shi,j.y.hwang,x.li,x.sun,enhancedhydrogensorptiononcarbonandniointhepresenceofapiezoelectricelement,energyfuels,23,6085(2009)
|
| [25] | 23t.p.blacha,e.m.a.gray,sievertsapparatusandmethodologyforaccuratedeterminationofhydrogenuptakebylight--atomhosts,j.alloyscompd.,446--447,692(2007)
|
| [26] | 24l.f.wang,f.h.yang,r.t.yang,effectofsurfaceoxygengroupsincarbonsonhydrogenstoragebyspillover,ind.eng.chem.res.,48,2920(2009)
|
| [27] | 25x.w.sha,m.t.knippenberg,a.c.cooper,g.p.pez,h.s.cheng,dynamicsofhydrogenspilloveroncarbon--basedmaterials,j.phys.chem.c,112,17465(2008)
|
| [28] | 26n.park,s.hong,g.kim,s.h.jhi,computationalstudyofhydrogenstoragecharacteristicsofcovalent--bondedgraphenes,j.am.chem.soc.,129,8999(2007)
|
| [29] | 27p.r.kemper,p.weis,m.t.bowers,p.maitre,originofbondinginteractionsincu+(h2)nclusters:anexperimentalandtheoreticalinvestigation,j.am.chem.soc.,120,13494(1998)
|
| [30] | 28j.e.bushnell,p.maitre,p.r.kemper,m.t.bowers,bindingenergiesofti+(h2)1-6clusters:theoryandexperiment,j.chem.phys.,106,10153(1997)
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