■工学部_研究紹介_2017_英語版ファイル161220

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Research of Compound SemiconductorThin-film Solar Cells and EnvironmentallyFriendly MaterialsIamnowexploringanalternativematerialwithlowpollutionthatcanbeappliedtothethin-filmsolarcells.Andalsofocusingontheresearchofnewenergydeviceandfabricationprocess.Tocontributetotheglobalsocietybymeansofinnovatingrenewableenergydevices(RED)andenvironment-friendlymaterials(EFM).TopromotetheapplicationsofREDandEFMinvariousindustrialfieldsinordertoreducetheenvironmentalpollution.ToestablishgreenelectronicproductionprocessbasedonlowpollutiontechnologiesGraduatestudentswillgetchangestobecomeactivescientistsorengineersofthefuturebyexperiencingadvancedresearchesinthefieldofenvironmental-friendlyelectronicatourLab.Dr. Yoshio Hashimoto ProfessorPhD (Engineering) Univ. of TokyoSpecial Research Fellow of the Japan Society for the Promotion of ScienceHead of the Research Center of Carbon ScienceResearch fields：・material research for photovoltaicapplications・applications of oxide thin film・semiconductor hetero junction・applications of carbon materialsFundamentalstructureofathin-filmsolarcell.Thetotalthicknessofthecellisjustafewmicrometer.Right photo: Wearedevelopingasolarcellbyutilizingenvironmentallyharmonicmaterialsandprocesses.Bottom electrodeTransparent conductive layerAbsorberBuffer layerTop electrodeSubstrateMicroscopic image of thin-film solar cell developed by our lab members. HashimotoLabIn the FutureAfter GraduationResearch of Solar Energy Utilization and Related MaterialsDr. Myo Than HtayAssistant ProfessorB.E, EcE, Yangon Technological Univ.PhD (Engineering) Shinshu Univ.Research fields:・synthesis and application of ZnO nanostructures・transparent conductive oxides・solar energy excavationWe are exploring a new material that can be utilized in renewable energy devices.We are pursuing for developing a low pollution reaction process. Ultrasonic spray pyrolysis system developed in our Lab.Various structures of ZnO crystals prepared from our Lab.Iamnowexploringanewdevicethatcanbeexcavatedrenewablesolarenergyefficiently.Andalsofocusingontheresearchofutilizingconcentratedsolarenergyformaterialsynthesisprocesses.Tocontributetotheglobalsocietybymeansofinnovatingrenewableenergydevices(RED)andenvironment-friendlymaterials(EFM).TopromotetheapplicationsofREDandEFMinvariousindustrialfieldsinordertoreducetheenvironmentalpollution.ToestablishgreenelectronicproductionprocessbasedonlowpollutiontechnologiesGraduatestudentswillgetchangestobecomeactivescientistsorengineersofthefuturebyexperiencingadvancedresearchesinthefieldofenvironmental-friendlyelectronicatourLab.MyoLabIn the FutureAfter GraduationElectrical& Computer EngineeringElectrical& Computer Engineering21

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