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OALib Journal期刊
ISSN: 2333-9721
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化学法制备纳米微晶纤维素的研究进展
DOI: 10.3969/j.jssn.1000-2006.2012.05.031, PP. 161-166
Keywords: 纳米微晶纤维素,化学法制备,功能材料
Abstract:
纳米微晶纤维素是一种制备原料来源广泛、成本低、在功能材料等领域有广泛应用前景的可再生新兴纤维素功能材料。然而纳米微晶纤维素的制备存在得率低、水耗大、对设备要求严格等缺点，限制了纳米微晶纤维素的大规模生产；因此寻找纳米微晶纤维素的绿色、高效制备方法显得尤为重要。笔者从原料和化学制备方法上综述了制备纳米微晶纤维素的研究进展，并对纳米微晶纤维素制备及纳米微晶纤维素基功能材料的进一步发展应用进行了展望。
| [1] | arakij,wadam,kugas,etal.flowpropertiesofmicrocrystallinecellulosesuspensionpreparedbyacidtreatmentofnativecellulose[j].colloidsandsurfacesa:physicochemicalandengineeringaspects,1998,142(1):75-82.？
|
| [2] | siaueirag,brasj,dufresnea.cellulosewhiskersversusmicrofibrils:influenceofthenatureofthenanoparticleanditssurfacefunctionalizationonthethermalandmechanicalpropertiesofnanocomposites[j].biomacromolecules,2009,10(4):425-432.？
|
| [3] | caoxd,habibiy,magalheswle,etal.cellulosenanocrystals？basednanocomposites:fruitsofanovelbiomassresearchandteachingplatform[j].currentscience,2011,100(8):1172-1176.？
|
| [4] | czajaw,krystynowicza,bieleckis,etal.microbialcellulose？thenaturalpowertohealwounds[j].biomaterials,2006,27(2):145-151.？
|
| [5] | baldwinea,woodb.useofediblecoatingtopreservepecansatroomtemperature[j].hortscience,2006,41(1):188-192.？
|
| [6] | chengj,dufresnea,huangj,etal.anovelthermoformablebionanocompositebasedoncellulosenanocrystal？graft？poly(ecaprolactone)[j].macromolecularmaterialsandengineering,2009,294(1):59-67.？
|
| [7] | derodrigueznlg,thielemansw,dufresnea.sisalcellulosewhiskersreinforcedpolyvinylacetatenanocomposites[j].cellulose,2006,13(3):261-270.？
|
| [8] | martnez？sanzm,lopez？rubioa,lagaronjm.optimizationofthenanofabricationbyacidhydrolysisofbacterialcellulosenanowhiskers[j].carbohydratepolymers,2011,85(1):228-236.？
|
| [9] | benmabrouka,vilarmr,magnina,etal.synthesisandcharacterizationofcellulosewhiskers/polymernanocompositedispersionbymini？emulsionpolymerization[j].journalofcolloidandinterfacescience,2011,363(1):129-136.？
|
| [10] | pengbl,dharn,liuhl,etal.chemistryandapplicationsofnanocrystallinecelluloseanditsderivatives:ananotechnologyperspective[j].thecanadianjournalofchemicalengineering,2011,89(5):1191-1206.？
|
| [11] | elazzouzi？hafraouis,nishiyamay,putauxjl,etal.theshapeandsizedistributionofcrystallinenanoparticlespreparedbyacidhydrolysisofnativecellulose[j].biomacromolecules,2008,9(1):57-65.？
|
| [12] | beck？candanedos,romanm,graydg.effectofreactionconditionsonthepropertiesandbehaviorofwoodcellulosenanocrystalsuspensions[j].biomacromolecules,2005,6(2):1048-1054.？
|
| [13] | romanm,winterwt.effectofsulfategroupsfromsulfuricacidhydrolysisonthethermaldegradationbehaviorofbacterialcellulose[j].biomacromolecules,2004,5(5):1671-1677.？
|
| [14] | habibiy,goffinal,schiltzn,etal.bionanocompositesbasedonpoly(ε？caprolactone)？graftedcellulosenanocrystalsbyring？openingpolymerization[j].journalofmaterialschemistry,2008,18,5002-5010.？
|
| [15] | sugiyamaj,okanot,yamamotoh,etal.transformationofvaloniacellulosecrystalsbyanalkalinehydrothermaltreatment[j].macromolecules,1990,23,3196-3198.？
|
| [16] | siqueirag,brasj,dufresnea.cellulosicbionanocomposites:areviewofpreparation,propertiesandapplications[j].polymers,2010,2(4):728-765.？
|
| [17] | filsonpb,dawson？andohbe,schwegler？berryd.enzymatic？mediatedproductionofcellulosenanocrystalsfromrecycledpulp[j].greenchemistry,2009(11):1808-1814.？
|
| [18] | filsonpb,dawson？andohbe.sono？chemicalpreparationofcellulosenanocrystalsfromlignocellulosederivedmaterials[j].bioresourcetechnology,2009,100(7):2259-2264.？
|
| [19] | oksmank,etangja,mathewap,etal.cellulosenanowhiskersseparatedfromabio？residuefromwoodbioethanolproduction[j].biomassandbioenergy,2011,35(1):146-152.？
|
| [20] | braunb,dorganjr,chandlerjp.cellulosicnanowhiskers.theoryandapplicationoflightscatteringfrompolydispersespheroidsintherayleigh？gans？debyeregime[j].biomacromolecules,2008,9（5）:1255-1263.？
|
| [21] | saitot,kimuras,nishiyamay,etal.cellulosenanofiberspreparedbytempo？mediatedoxidationofnativecellulose[j].biomacromolecules,2007,8(8):2485-2491.？
|
| [22] | saitot,hirotam,tamuran,etal.individualizationofnano？sizedplantcellulosefibrilsbydirectsurfacecarboxylationusingtempocatalystunderneutralconditions[j].biomacromolecules,2009,10(7):1992-1996.？
|
| [23] | isogaia,saitot,fukuzumih.tempo？oxidizedcellulosenanofibers[j].nanoscale,2011,3(1):71-85.？
|
| [24] | hirotam,tamuran,saitot,etal.oxidationofregeneratedcellulosewithnaclo？2catalyzedbytempoandnaclounderacid？neutralconditions[j].carbohydratepolymers,2009,78(2):330-335.？
|
| [25] | hirotam,tamuran,saitot,etal.waterdispersionofcelluloseiinanocrystalspreparedbytempo？mediatedoxidationofmercerizedcelluloseatph4.8[j].cellulose,2010,17(2):279-288.？
|
| [26] | qinzy,tonggl,frankchinyc,etal.preparationofultrasonic？assistedhighcarboxylatecontentcellulosenanocrystalsbytempooxidation[j].bioresources,2011,6(2):1136-1146.？
|
| [27] | 蔡千华.纤维素的改性及其在造纸工业中的应用[j].国际造纸,2007,26(4):18-22.？
|
| [28] | 谭义秋.淀粉氧化反应机理的探究[j].农产品加工〖dk〗？学刊,2007(4):46-48,51.？
|
| [29] | 桂红星.纳米纤维素微晶制备新方法及其应用研究[d].广州：中山大学,2006.？
|
| [30] | 唐丽荣,黄彪,戴达松,等.纳米纤维素碱法制备及光谱性质[j].光谱学与光谱分析,2010,30(7):1876-1879.？
|
| [31] | 陈孝云,陈星,洪时伟.碱法纳米纤维素模板剂合成介孔tio？2及其性能[j].催化学报,2011,32(11):1762-1767.？
|
| [32] | tanglr,huangb,ouw,etal.manufactureofcellulosenanocrystalsbycationexchangeresin？catalyzedhydrolysisofcellulose[j]bioresourcetechnology,2011,102(23):10973-10977.？
|
| [33] | 李金玲.硫酸铜助催化制备纳米纤维素晶须及其增强水性聚氨酯[d].广州：华南理工大学,2010.？
|
| [34] | habibiy,dufresnea.highlyfilledbionanocompositesfromfunctionalizedpolysaccharidesnanocrystals[j].biomacromolecules，2008,9(7):1974-1980.？
|
| [35] | dongh,strawheckerke,snyderjf,etal.cellulosenanocrystalsasareinforcingmaterialforelectrospunpoly(methylmethacrylate)fibers:formation,propertiesandnanomechanicalcharacterization[j].carbohydratepolymers,2012,87(4):2488-2495.？
|
| [36] | angle？smn,dufresnea.plasticizedstarch/tunicinwhiskersnanocomposites.2.mechanicalbehavior[j].macromolecules2001,34(9):2921-2931.？
|
| [37] | sadeghifarh,filpponeni,clarkesp,etal.productionofcellulosenanocrystalsusinghydrobromicacidandclickreactionsontheirsurface[j].journalofmaterialsscience,2011,46(22):7344-7355.？
|
| [38] | 王能,丁恩勇.酸碱处理后纳米微晶纤维素的热行为分析[j].高分子学报,2004,12(6):925-928.？
|
| [39] | wndoodh.onthedevelopmentandapplicationsofcellulosicnanofibrillarandnanocrystslllinematerials[j].canadianjournalofchemicalengineering,2006,84(5):513-519.？
|
| [40] | peiah,zhouq,berglundla.functionalizedcellulosenanocrystalsasbiobasednucleationagentsinpoly(l？lactide)(plla)crystallizationandmechanicalpropertyeffects[j].compositesscienceandtechnology,2010,70(5):815-821.？
|
| [41] | filpponeni,sadeghifarh,argyropoulosds.photoresponsivecellulosenanocrystals[j].nanomaterialsandnanotechnology,2011,1(1):34-43.？
|
| [42] | padalkars,capadonajr,rowansj,etal.self？assemblyandalignmentofsemiconductornanoparticlesoncellulosenanocrystals[j].journalofmaterialsscience,2011,46(17):5672-5679.？
|
| [43] | saxenaa,eldertj,ragauskasaj.moisturebarrierpropertiesofxylancompositefilms[j].carbohydratepolymers,2011,84(4):1371-1377.？
|
| [44] | wangb,sainm.isolationofnanofibersfromsoybeansourceandtheirreinforcingcapabilityonsyntheticpolymers[j].compositesscienceandtechnology,2007,67(11-12):2521-2527.？
|
| [45] | alemdara,sainm.biocompositesfromwheatstrawnanofibers:morphology,thermalandmechanicalproperties[j].compositesscienceandtechnology,2008,68(2):557-565.？
|
| [46] | caox,cheny,changpr,etal.starch？basednanocompositesreinforcedwithflaxcellulosenanocrystals[j].expresspolymerletters,2008,2(7):502-510.？
|
| [47] | liuhz,laboriempg.bio？basednanocompositesbyinsitucureofphenolicprepolymerswithcellulosewhiskers[j].cellulose,2011,18(3):619-630.？
|
| [48] | demenezesaj,siqueirag,curveloaas,etal.extrusionandcharacterisationoffunctionalisedcellulosewhiskersreinforcedpolyethylenenanocomposites[j].polymer,2009,50(19):4552-4563.？
|
| [49] | klemmd,kramerf,moritzs,etal.nanocelluloses:anewfamilyofnature？basedmaterials[j].angewandtechemieinternationaledition,2011,50(24):5438-5466.？
|
| [50] | habibiy,luciala,rojasoj.cellulosenanocrystals:chemistry,self？assemblyandapplications[j].chemicalreviews,2010,110(6):3479-3500.？
|
| [51] | 郭瑞,丁恩勇.纳米微晶纤维素胶体的流变性研究[j].高分子材料科学与工程,2006,22(5):125-127.？
|
| [52] | 李小芳,丁恩勇,黎国康，等.一种棒状纳米徽晶纤维索的物性研究[j].纤维索科学与技术,2001,9(2):29-36.？
|
| [53] | wangn,dingey,chengrs.preparationandliquidcrystallinepropertiesofsphericalcellulosenanocrystals[j].langmuir,2008,24(1):5-8.？
|
| [54] | guoj,catchmarkjm.surfaceareaandporositycharacterizationofnano？scaledcellulosefromdifferentacidtreatments[r].louisvillekentucky，2011.？
|
| [55] | bondesond,mathewa,oksmank.optimizationoftheisolationofnanocrystalsfrommicrocrystallinecellulosebyacidhydrolysis[j].cellulose,2006,13(2):171-180.？
|
| [56] | martinsma,teixeiraem,corraac,etal.extractionandcharacterizationofcellulosewhiskersfromcommercialcottonfibers[j].journalofmaterialsscience,2011,46:7858-7864.？
|
| [57] | rosamf,medeiroses,malmongeja,etal.cellulosenanowhiskersfromcoconuthuskfibers:effectofpreparationconditionsontheirthermalandmorphologicalbehavior[j].carbohydratepolymers,2010,81(1):83-92.？
|
| [58] | saitot,nishiyamay,putauxjl,etal.homogeneoussuspensionsofindividualizedmicrofibrilsfromtempo？catalyzedoxidationofnativecellulose[j].biomacromolecules,2006,7(6):1687-1691.？
|
| [59] | ishiid,saitot,isogaia.viscoelasticevaluationofaveragelengthofcellulosenanofiberspreparedbytempo？mediatedoxidation[j].biomacromolecules,2011,12(3):548-550.？
|
| [60] | 李琳,赵帅,胡红旗.纤维素氧化体系的研究进展[j].纤维素科学与技术,2009,17(3):59-64.？
|
| [61] | 唐丽荣.纳米纤维素晶体的制备、表征及应用研究[d].福州：福建农林大学,2010.？
|
| [62] | montibone,jrnstrml,lesteliusm.characterizationofpoly(3,4？ethylenedioxythiophene)/poly(styrenesulfonate)(pedot:pss)adsorptiononcellulosicmaterials[j].cellulose,2009,16:807-815.？
|
| [63] | lup,hsiehyl.preparationandcharacterizationofcellulosenanocrystalsfromricestraw[j].carbohydratepolymers,2012,87(1):564-573.？
|
| [64] | liw,yuejq,liusx.preparationofnanocrystallinecelluloseviaultrasoundanditsreinforcementcapabilityforpoly(vinylalcohol)composites[j].uitrasonicssonochemistry,2012,19(3):479-485.
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