全部 标题 作者
关键词 摘要

OALib Journal期刊
ISSN: 2333-9721
费用：99美元
投递稿件

查看量下载量

相关文章

更多...

介孔zsm－5分子筛材料的制备及催化应用研究进展

DOI: 10.3969/j.issn.1671-7627.2010.04.021, PP. 100-104

Keywords: 沸石,分子筛,zsm5,介孔,催化

Full-Text   Cite this paper   Add to My Lib

Abstract:

介孔沸石分子筛具有沸石优良的水热稳定性、酸性和择形性，并兼具介孔的传质优势，使反应物更易接触到催化剂内表面活性中心，从而提高材料的催化活性，所以，介孔沸石分子筛近年来得到大量研究．综述了介孔zsm5沸石分子筛的制备方法，主要评述了模板法和后处理改性法；介绍了该催化材料在裂化、芳构化、异构化及烷基化过程中的应用；指出了介孔zsm5分子筛的发展方向．

 References

[1]  argauerrj,landoltgr.synthesisofzeolitezsm5：us，3702866[p].1972-07-21.
[2]  schimidti,boisena,gustavssone,etal.carbonnanotubetemplatedgrowthofmesoporouszeolitesinglecrystals[j].chemmater,2001,13（12）:4416-4418.
[3]  xiaof,wangl,yinc,etal.thegrowingimpactofasymmetriccatalysisaldrichimicaacta[j].angewcheminted,2006,45（3）:3090-3096.
[4]  万克树,张村满.热处理制备微孔介孔双孔分子筛[j].无机材料学报,2003,18（2）:9-15.
[5]  wankeshu,zhangcunman.preparationofmicroporousandmesoporousbimodelmolecularsievesbyheattreatmentofzsm5[j].journalofinorganicmaterials,2003,18（2）:9-15.
[6]  zhangc,liuq,xuz,etal.synthesisandcharacterizationofcompositemolecularsieveswithmesoporousandmicroporousstructurefromzsm5zeolitesbyheattreatment[j].micropormesopormater,2003,62（3）:157-163.
[7]  groenjc,bacht,zieseu,eta1.creationofhollowzeolitearchitecturesbycontroleddesilicationofa1zonedzsm5crystals[j].jamchemsoc,2005,127（3）:10792-10793.
[8]  groenjc,pefferlaa,moulijnja,eta1.mechanismofhierarchicalporositydevelopmentinmfizeolitesbydesilication:theroleofaluminiumasaporedirectingagent[j].chemeurj,2005,11（3）:4983-4994.
[9]  groenjc,moulijnja,perezramirezj.desilication:onthecontroledgenerationofmesoporosityinmfizeolites[j].jmaterchem,2006,16（2）:2121-2131.
[10]  groenjc,pefferlaa,moulijnf,etal.ontheintroductionofintracrystallinemesoporosityinzeolitesupondesilicationinalkalinemedium[j].micropormesopormater,2004,69（5）:29-35.
[11]  johnc,groens,jacoba,etal.alkineposttreatmentofmfizeolites.fromacceleratedscreeningtoscaleup[j].indengchemreviews,2007,46（2）:12-16.
[12]  舒玉瑛,徐奕德.甲烷无氧脱氢芳构化反应研究进展[j].石油与天然气化工,1998,27(2):80-84.
[13]  shuyuying，xuyide.therecentprogressofresearchonthedehydrogenationandaromatizationofmethaneintheabsenceofoxidant[j].chemicalengineerofoilandgas,1998,27(2):80-84.
[14]  sull,liul,zhuangjq,etal.creatingmesoporesinzsm5zeolitebyalkalitreatment:anewwaytoenhancethecatalyticperformanceofmethanedehydroaromatizationonmo/hzsm5catalysts[j].catallett,2003,91（4）:155-167.
[15]  literzg,schnabelkh,peukerc,etal.modificationonhzsm5catalysisbynaohtreatment[j].jcatal,1994,148（6）:562-568.
[16]  songyq,zhuxx,songy.etal.aneffectivemethodtoenhancethestabilityonstreamofbutenearomatization:posttreatmentofzsm5byalkalisolutionofsodiumhydroxide[j].applcatal,2006,302（1）:69-77.
[17]  martinh.hierarchicalzeolites:aprovenstrategytocombineshapeselectivitywithefficientmasstransport[j].angewcheminted,2004,43（3）:5880-5882.
[18]  christensench,johannsenk,schmidti,etal.catalyticbenzenealkylationovermesoporouszeolitesinglecrystals:improvingactivityandselectivitywithanewfamilyofporousmaterials[j].jamchemsoc,2003,125（2）:13370-13377
[19]  kokotailogt,lawtonsl,olsondh，etal.structureofsyntheticzeolitezsm5[j].nature，1978,272:437-438.
[20]  dasj,bhardwajb,bhardwaja,etal.disproportionationoftolueneoverhzsm5zeolites[j].applcatal,1983,8（3）:359-367.
[21]  zhaody,fengj,huoqs,etal.triblockcopolymersynthesisofmesoporoussilicawithperiodic50to300angstrompores[j].science,1998,279:548-552.
[22]  sandervand,andriesh,jansseng,etal.generation,characterization,andimpactofmesoporesinzeolitecatalysts[j].catarev,2003,45（2）:297-319.
[23]  krestene,christinah,christensens,etal.templatingmesoporouszeolites[j].chemmater,2008,20（3）：946-960.
[24]  taoys,hirofumik,lloyda,etal.mesoporemodifiedzeolites:preparation,characterization,andapplications[j].chemrev,2006,106（3）：896-910.
[25]  madsenc,jacobsencjh.nanosizedzeolitecrystalsconvenientcontrolofcrystalsizedistributionbyconfinedspacesynthesis[j].chemcomm，1999，8：673-674.
[26]  jacobsencjh,madsenc.zeolitesbyconfinedspacesynthesischaracterizationoftheacidsitesinnanosizedzsm5byammoniadesorptionand27al/29simasnmrspectroscopy[j].micropormesopormater,2000,39（1）:393-396.
[27]  carlssona,madsenc,schmidti,etal.methodofpreparingzeolitesinglecrystals：eu，1106575[p].2001-08-21.
[28]  janssenah,schmidti,jacobsencjh,etal.exploratorystudyofmesoporetemplatingwithcarbonduringzeolitesynthesis[j].micropormesopormater,2003,65（1）:59-65.
[29]  kimss,shahj,pinnavaiatj.colloidimprintedcarbonsastemplatesforthenanocastingsynthesisofmesoporouszsm5zeolite[j].chemmater，2003,15（8）：1664-1669.
[30]  taoys,hirofumik,katsumik.zsm-5monolithofuniformmesoporouschannels[j].jamchemsoc,2003,125（20）:6044-6045.
[31]  cundycs,coxpa.thehydrothermalsynthesisofzeolites:precursors,intermediatesandreactionmechanism[j].micropormesopormater,2005,82（2）:1-7.
[32]  cartlidges,nissenhu,wessickenr.ternarymesoporousstructureofultrastablezeolitecsz1[j].zeolites,1989，9（4）:346-351.
[33]  oguram,shinomiyas,tatenoj,etal.formationofuniformmesoporesinzsm5zeolitethroughtreatmentinalkalinesolution[j].chemlett,2000，29（8）:882-887.
[34]  groenjc,perezrj,peferlaa.formationofuniformmesoporesinzsm5zeoliteuponalkalineposttreatment[j].chemlet,2002，3（11）:94-95.
[35]  oguram,shinomiyas,tatenoj.alkalitreatmenttechniquenewmethodformodificationofstructuralandacidcatalyticpropertiesofzsm5zeolites[j].applcatal,2001,219（2）:33-43.
[36]  christensench,christensench.improvedperformanceofmesoporouszeolitesinglecrystalsincatalyticcrackingandisomerizationofnhexadecane[j].catacommu,2004，5（9）:543-546.
[37]  jungjs,jiwp,gons.catalyticcrackingofnoctaneoveralkalitreatedmfizeolites[j].applcatal,2008，288（3）:149-157.
[38]  张春勇,刘靖,王祥生.分子筛催化剂在异构化反应中的研究进展[j].工业催化,2004,12（4）:6-12.
[39]  zhangchunyong，liujing,wangxiangsheng.latestresearchesinmolecularsievecatalystsforisomerization[j].industrialcatalysis,2004,12（4）:6-12.
[40]  王全义,李丹东.具有二次介孔分子筛材料的制备和应用[j].工业催化,2007,15（3）:7-13.
[41]  wangquanyi,lidandong.advancesinpreparationandapplicationofzeoliteswithsecondarymesopores[j].industrialcatalysis,2007,15（3）:7-13.
[42]  liyl,liusl,zhangzk.aromatizationandisomerizationof1hexeneoveralkalitreatedhzsm5zeolites:improvedreactionstability[j].applcata,2008,338（4）:100-113.
[43]  crabtreerh.aspectsofmethanechemistry[j].chemrev,1995,95（6）:987-1007.

Full-Text

Contact Us

service@oalib.com

QQ:3279437679

WhatsApp +8615387084133