工学部 研究紹介_2018_英語版

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ZettsuLabTheZettsugroup,incollaborationwithProf.Teshimagroup,focusesonthechemistryandphysicsofmaterialsforenergystorage,primarilyintheareaofall-solid-stateLithium-ionrechargeablebatteries.Ourgoalsaretoimprovetheenergydensity,increasethesafety,decreasethecostandimprovethecycleandcalendarlifetimeofthebatteriesthroughthedevelopmentofnewmaterialsandtherealizationofphase-interfacephenomenaforhighlyefficientenergyutilization.Spreadingthenextgenerationsmarttechnologiessuchaselectricvehicles,smarthouse,andsmartgridwillpromote“electriclife”whichconnectpeopleandthings,peopletopeople,andfinallyuptothingsandthingsthroughthevariousmediasociety.Webelievethatwecancontributetoimprovetheinfrastructureandthevalueoflifethroughtheinnovationofbatterytechnology.NobuyukiZettsuAssociate ProfessorHe completed doctoral degree in Tokyo Institute of Technology, and started to work as an associate professor in Shinshu Univ. in 2013. Hyperspace Control Crystalline Materials for the Innovative Energy Storage DevicesOurgroupmemberswillhaveexcellentopportunitiesformasteringnewexperimentalskillsandresearchstrategywithbroadviewswhatareneedsforbuildingacomprehensivetheory.Graduateswillplayanactiveroleasresearchers/engineersinvariousfieldsrelevanttoenergyconversionandmanagements.In the FutureAfter GraduationSchematicillustration of all-solid state Lithium ion rechargeable batteries. Directly connected cells enable smaller cell-package and 7 times increase in the energy density. Wearedoingthesynthesis,structuralanalysis,andphysicalpropertycharacterizationofthebatterymaterialsusingvariousstate-of-theartequipment.Tanaka LabFromtheenvironmentalpointofviewstronglylinkedwiththedepletionoftheozonelayer,thephotochemistryofhalogenatedspeciesandtheirgas-phasereactionwithOHradicalhaveattractedmuchattentionbothexperimentallyandtheoretically.Researchinourgroupfocusesonthephotoinducedreactionofhalogenatedspeciesinlowtemperatureraregasmatricesandthecomputationalelucidationoftheiroxidationmechanism.Itishopedthatthestudywillgiveagoodsightforthetreatmentofwastehalogenatedspeciesandcomputationalstudywillbeusedforevaluatingthepossiblemechanismoftheoxidation.NobuakiTanakaAssociateProfessorPhotochemistryComputationalChemistrySetup for the matrix isolation study.Photochemistry and Dynamics of Small MoleculesComputational study on the reaction of chloroacetonewith OH.GraduateschoolChemicalindustryAutomotiveindustryMunicipalofficeetc.hh’In the FutureAfter GraduationMaterialsChemistryMaterialsChemistry14