ProfessorKIMURAMutsumiProfessorgraduatedfromTsukubaUniversityin1990andfromthatuniversity’smaster'sprograminenvironmentalsciencein1992.HecompletedtheShinshuSchoolofUniversityGraduateEngineering’sresearchProgramin1995.Hisareaofspecializationisfunctionalmaterialchemistry.ProfessorGOTOHYasuoProfessorGotohtookhiscurrentpositionin2016afterservingintheFacultyofTextileScienceandTechnologyatShinshuUniversityasanassistantprofessorandthenanassociateprofessor.HisareaofResearchisfiberandpolymermaterialscience,andhecurrentlyfocusesonresearchintothepropertiesofcompoundmaterialsandthatcombineorganicandinorganicmaterials.Kimuradoctoralhigh-polymersolidskind28Polymer solution is spun through a spinneret viadry-jet wet spinning process.Here, fiber is being stretched on a heating plate. This process increases the strength of the fiber by a factor of 10.This green solar cell imitates photosynthesis.A plant is a small chemical plant.By using m aterialsat the nano-scale, it becomes possible to detect extremely low concentrations of gas (as part of the effort to develop artificial olfactorysensors).Running fiberOutlook for researchIcarryoutresearchintoenvironmentalpurificationcatalystsonthenano-scale,highlysensitivesensorsthatchemicalsubstances,andfunctionalmaterialsthatallowtheproductionofcolorfulsolarpanels.Thesematerialsarethekeystodevelopingasocietycapableofsustainablegrowth.candetecttraceamountsofOutlook for students after graduationGraduatesgoontoworkprimarilyatchemicalandmaterialmanufacturers,butsomealsoworkatelectricalandmachinerymanufacturersOutlook for researchWhenusedinthebodiesofmovingvehiclessuchasaircraftandcars,thesefiberscanreduceweight,improvingfuelefficiencyandleadingtoenergysavings.Improvingtheperformanceandfunctionalityoffiberisanareaofresearchthatcontributestothefutureofhumanity.Outlook for students after graduationlabcanlearnpolymerStudentsinourprocessingoffundamentalexperiments.Mostofgraduatesareemployedbychemicalandmaterialcompaniesbyutilizingtheirexperiencesaboutphysicalpropertiesofpolymers.throughmanyIampursuingresearchintohigh-efficiencyconversionoftheenergyandchemicalsfoundwithinlivingthingsbyartificiallyimitatingthedetailedstructuresfoundinthem.Specifically,myresearchincludesthebreakingdownofhazardoussubstancesfoundintheenvironment,chemicalsensorsthatcandetecttraceamountsofsubstances,andsolarpanelsmadewithoutsilicon.Fiberisamaterialthatisessentialinourdailylives,andWearepursuingresearchtomakemanykindsoffibersevenmoreuseful.Currently,ourlabisfocusingonresearchofdevelopingverystrongandeco-friendlyfibersbysometypesofsolutionspinning.OurresearchcancontributeSDGstruly.Chemistry and MaterialsChemistry and MaterialsDepartment ofDepartment ofFabrication of high-function fibers to facilitate safer and more comfortable lifestylesDiscovering new functional materials through nanotech and realizing new functionality by imitating the structure of living things
元のページ ../index.html#29