繊維学部研究紹介_2020_英語版
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サイズW7.5cm×H4.35cm配置位置横11cm、縦2.5cmAtransmissionelectronmicrographoftitanatenanowiresサイズW3.6cm×H4.35cm配置位置横11cm、縦22.2cmA high‐resolution transmission electron micrograph of cerium‐oxide nanorods.サイズW3.6cm×H4.35cm配置位置横14.9cm、縦22.2cmOutlook for researchOutlook for students after graduationDepartment of Chemistry and MaterialsMetal and metal oxidenanomaterialsfor our daily lifeManygraduatesgoontograduateschoolandgetpositionsinabroadrangeofresearchareasinchemicalcompanies.ProfessorNaokiAsaoProfessorAsaojoinedtheFacultyofTextileScienceandTechnologyatShinshuUniversityin2016afterworkingatTohokuUniversity.Hisprincipalareaofresearchismaterialsscience,basedonorganicchemistry,catalyticscience,andmetallurgy.science,basedonorganicchemistry,catalyticscience,andmetallurgy.Recently,wehavedevelopedanewmethodtofabricateultrafinemetaloxidenanomaterialsthatisbasedonadealloyingmethod.Thenanomaterialsexhibitremarkablechemicalpropertiesthatcanbeusedinavarietyofresearchfields.20 nmNanoporousgold as a heterogeneous catalyst formolecular transformationsDepartment of Chemistry and Materials29Outlook for researchOutlook for students after graduationTapping organic EL to bring us future productssuch as televisions that can be rolled up andcarried and ceilings with built‐in lightingIamcarryingoutresearchintoorganicEL(organicLED),anareathatisthefocusofincreasingexpectationsconcerningpotentialapplicationsinnext‐generationdisplaysandlighting.MultinationalcorporationsfromoutsideJapanarealsoshowinginterest,andmylabiscooperatingwiththem.Ifsuccessful,itwillbecomepossibletomakeentireceilingsandwallsintolightingandtomaketelevisionsandcomputermonitorsthatcanberolledupandcarriedaround.Currently,ourmajorchallengeistoreducepowerconsumption.InadditiontoresearchintoorganicEL,researchisalsobeingactivelyconductedintoorganicsemiconductorsandorganicsolarcells,andtheseproductsareexpectedtocontributetotherealizationofanabundantandsustainablesociety.Graduatesareemployedbymaterial,chemical,andelectricalequipmentmanufacturers,whilesomestudentsareemployedbymajorprintingcompaniesthatareinvolvedinorganicELdevelopment.AnorganicEL.UnlikeLEDs,theprincipalcharacteristicofanorganicEL,aconductivepolymeristhatitemitslightfromaformlikeathinmembrane.Anorganicsemiconductormaterialdevelopedintheresearchlabismeltedandappliedtoacircuitboardtocreateatransistor.Wearecarryingoutresearchtocreateexampleusesthatleverageitsproperties.ProfessorMusubuIchikawaProfessorIchikawatookhiscurrentpositionin2013afterworkingattheUbeIndustriesPolymerResearchCenterandasanassistantprofessorandassociateprofessorintheFacultyofTextileScienceandTechnologyatShinshuUniversity.Hisareasofresearcharefunctionalmaterialsanddevicesandphysicalchemistry,includingorganicsemiconductordevicesandorganicphotoelectricmaterials.Inourlaboratory,wearestudyingmaterialssciencethatcontributestoenergyandenvironmentalmatters.Oneofthecentralissuesinnanotechnologyresearchisthefabricationofmetaloxidenanomaterialswhoseshapeandsizeiscontrolled.Thisisimportantasthechemicalandphysicalpropertiesofthenanomaterialsarehighlydependentontheirstructures.Furthermore,wearepreparingmanytypesofnanoporousmetalstobeusedasefficientheterogeneouscatalystsforvariouskindsofmaterialtransformations.

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