9F8O7N6CONNRRRRC6H5COCl, i -Pr2EtN182He1415161710Ne14Si15P16S17Cl18Ar33As34Se35Br36Kr33サイズW7.5cm×H4.35cm配置位置横11cm、縦2.5cmCatalystOHOHInmylaboratory,weusecolloidandinterfacialsciencetostudynano-technologicalandbiologicalsystems.Nano-technologicalapplications:Weareusinginterfacialforcestoproduceamonolayerofnanoparticlesatanair-waterinterfacewithacontrolledpacking.Suchamonolayercanbeusedtoproducemagneticorsemiconductormaterials.Ourgoalistodeterminehowtocreatehigh-qualitydevicesatlowcostbydetermining(1)theeffectsoftheparticlematerial,size,andshapeonthephysicalpropertiesofthemonolayerand(2)theforcesandfactorscontrollingthestructuringandinteractionsoftheparticlesattheinterface.Biologicalapplications:Weareresearching(1)thephysicalpropertiesofpolysaccharidesinordertoproducematerialsthatcanactaslubricantfilmsinjointsand(2)howtocontroltheinteractionsoflipidsincellmembraneswithothermoleculessoastoinhibittheiraggregation,whichcancausehealthproblemssuchasmetabolicsyndrome.ProfessorFUJIMOTOTetsuyaFujimotoAssociateProfessorfirstShinshuaUniversityGraduateSchoolofEngineeringcoursespecializinginthestudyoffunctionalpolymers.Hisareaofresearchisorganicsyntheticchemistry,andhisworkfocusesonnewmethodsfororganicsynthesisandthedevelopmentofnewcatalysts.ProfessorCathy McNameeEducation:B.Sc.Queensland,AustraliaD.Sc.:KyotoUniversity,JapanInternationalcollaborations:MaxPlanckInstituteforPolymerScience,GermanyResearchField:ColloidandInterfaceScienceOrganicmoleculessometimescomeinachiralformwithanenantiotopicrelationship.researchfocusedprimarilyonthedevelopmentofanasymmetricalcatalysttoselectivelysynthesizeonesideofachiralmolecule.Mygoalindoingsoistocreatenewcatalyststhatarehighlyselectiveandhighlyactivated,thatdonotuseraremetals,andthatcanbesynthesizedsimply.completedresearch(hons),B.A.:UniversityofExpectedapplicationsincludethefunctionalizationofglycerin,atypeofbiomass,usingtheasymmetricesterificationreactionandtheeasysupplyofopticallyactivealcoholandamine,inadditiontothecarbon-carbonbond-formingreactionthatisimportantfororganicsynthesis.IamcarryingoutproductsAviewofthelab.Numerousreagents,solvents,andglasscontainersareusedtosynthesizethetargetorganiccompounds,yieldingsubstanceswhosestructurecanbeconfirmedusingNMR.Anasymmetricesterificationsolutiondesignedbasedonatomicprinciples,andassociatedreactions.Esterificationproceedsbydifferentiatingbetweenthetwosymmetricalhydroxylsinthediol.A particulate monolayer that has been transferred to a solid substrateTheinteractionofglucoseorinsulinwithamodelbiologicalmembraneisdeterminedbyusingaLangmuirtroughandfluorescenceimagingtechniques.Department ofDepartment ofOutlook for researchOutlook for students after graduationGraduateshavegonetoworkformanufacturesofandpharmaceuticals.high-polymerlow-andOutlook for researchIamstudyingnano-technologicalandbiologicalsystemsbyusingcolloidandinterfacialphysicalchemicaltechniques.Myfocusisondeterminingthefundamentalpropertiesofthesesystemsandhowtheycanbecontrolled.Outlook for students after graduationInoursociety,peoplehavetothinkandmakedecisionsonnewandunknowntopicseveryday.Inmylab,wearelearninghowtothinkandmakedecisionsresearchonnewandunknownscience.thoughourParticleSolidPh2PCatalystOCOC6H5OHUp to 94 % eeChemistry and MaterialsChemistry and MaterialsDeveloping novel organocatalystsfor highly stereoselective synthesis of organic moleculesApplying colloid and interface chemistry to nano-technological and biological systems
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