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图书馆类论文范例,与图书情报类文发表安徽省相关毕业论文格式
本论文是一篇图书馆类毕业论文格式,关于图书情报类文发表安徽省相关本科毕业论文范文。免费优秀的关于图书馆及计算机类及数据库方面论文范文资料,适合图书馆论文写作的大学硕士及本科毕业论文开题报告范文和学术职称论文参考文献下载。
ementsforbiomedicalmaterials.Novelbiodegradablepolymerswithspecificpropertiesareingreatdemand.Biodegradablepolymerscanbeclassifiedasnaturalorsyntheticpolymersaccordingtothesource.Syntheticbiodegradablepolymershavefoundmoreversatileanddiversebiomedicalapplicationsowingtotheirtailorabledesignsormodifications.Thisreviewpresentsaprehensiveintroductiontovarioustypesofsyntheticbiodegradablepolymerswithreactivegroupsandbioactivegroups,andfurtherdescribestheirstructure,preparationproceduresandproperties.Thefocusisonadvancesinthepastdecadeinfunctionalizationandresponsivestrategiesofbiodegradablepolymersandtheirbiomedicalapplications.Thepossiblefuturedevelopmentsofthematerialsarealsodiscussed.17.题名:Polymernanoparticles:Preparationtechniquesandsize-controlparameters
题名:聚合物纳米粒子的制备技术及规模控制参数ProgressinPolymerScience,Volume36,Issue7,July2016,Pages887-913
作者:Rao,J.P.,Geckeler,K.E.
摘 要:Polymernanoparticleshaveattractedtheinterestofmanyresearchgroupsandhavebeenutilizedinanincreasingnumberoffieldsduringthelastdecades.Generally,twomainstrategiesareemployedfortheirpreparation:thedispersionofpreformedpolymersandthepolymerizationofmonomers.Varioustechniquescanbeusedtoproducepolymernanoparticles,suchassolventevaporation,salting-out,dialysis,supercriticalfluidtechnology,micro-emulsion,mini-emulsion,surfactant-freeemulsion,andinterfacialpolymerization.Thechoiceofmethoddependsonanumberoffactors,suchas,particlesize,particlesizedistribution,areaofapplication,etc.Thisreviewcoversthegeneraldescriptionofthepreparationofpolymernanoparticlesandthedetaileddescriptionofthecrucialparametersinvolvedintechniquesdesignedtoobtainthedesiredproperties.
18.题名:Nanoparticles:aboontodrugdelivery,therapeutics,diagnosticsandimaging
题名:纳米粒子:给药,治疗,诊断和影像的福音
出处:Nanomedicine:Nanotechnology,BiologyandMedicine,Volume8,Issue2,February2016,Pages147-166
作者:Parveen,S.,Misra,R.,Sahoo,S.K.
摘 要:Drugdeliveryisaninterdisciplinaryandindependentfieldofresearchandisgainingtheattentionofpharmaceuticalresearchers,medicaldoctorsandindustry.Asafeandtargeteddrugdeliverycouldimprovetheperformanceofsomeclassicmedicinesalreadyonthemarket,andmoreover,willhaveimplicationsforthedevelopmentandsuccessofnewtherapeuticstrategiessuchasanticancerdrugdelivery,peptideandproteindeliveryandgenetherapy.Inthelastdecade,severaldrug-deliverytechnologieshaveemergedandafascinatingpartofthisfieldisthedevelopmentofnanoscaledrugdeliverydevices.Nanoparticles(NPs)havebeendevelopedasanimportantstrategytodeliverconventionaldrugs,rebinantproteins,vaccinesandmorerecently,nucleotides.NPsandothercolloidaldrug-deliverysystemsmodifythekiics,bodydistributionanddrugreleaseofanassociateddrug.Thisreviewarticlefocusesonthepotentialofnanotechnologyinmedicineanddiscussesdifferentnanoparticulatedrug-deliverysystemsincludingpolymericNPs,ceramicNPs,magicNPs,polymericmicellesanddendrimersaswellastheirapplicationsintherapeutics,diagnosticsandimaging.
19.题名:Transparentconductorsassolarenergymaterials:Apanoramicreview
关 键 词:Transparentconductor,Thinfilm,Solarenergy,Energyefficiency
关 键 词:透明导体,薄膜,太阳能,能量效率
出处:SolarEnergyMaterialsandSolarCells,Volume91,Issue17,October2007,Pages1529-1598
作者:Granqvist,C.G.
摘 要:Transparentconductors(TCs)haveamultitudeofapplicationsforsolarenergyutilizationandforenergysavings,especiallyinbuildings.Thelargestoftheseapplications,intermsofarea,makeuseofthefactthattheTCshavelowinfraredemittanceandhencecanbeusedtoimprovethethermalpropertiesofmodernfenestration.DependingonwhethertheTCsarereflectingornotinthenearinfraredpertinenttosolarirradiation,theTCscanservein"solarcontrol"or"low-emittance"windows.OtherapplicationsrelyontheelectricalconductivityoftheTCs,whichmakethemusefulascurrentcollectorsinsolarcellsandforinsertingandextractingelectricalchargeinelectrochromic"smartwindows"capableofbiningenergyefficiencyandindoorfortinbuildings.ThisReviewtakesa"panoramic"viewonTCsanddiscussestheirpropertiesfromtheperspectiveoftheradiativepropertiesinourambience.Thisapproachleadsnaturallytoconsiderationsofspectralselectivity,angularselectivity,andtemporalvariabilityofTCs,ascoveredinthreesubsequentsections.Thespectrallyselectivematerialsarethinfilmsbasedonmetals(normallygoldortitaniumnitride)orwidebandgapsemiconductorswithheavydoping(normallybasedonindium,tin,orzinc).Theirapplicationstoenergy-efficientwindowsarecoveredindetail,experimentallyaswellastheoretically,andbrieferdiscussionsaregivenapplicationstosolarcellsandsolarcollectors.Photocatalyticpropertiesandsuper-hydrophilicityaretouchedupon.AngularselectiveTCs,forwhichtheangularpropertiesarecausedbyinclinedcolumnarnanostructures,arethencovered.AdiscussionofTC-likematerialswiththermochromicandelectro
图书馆类论文范例,与图书情报类文发表安徽省相关毕业论文格式参考文献资料：