繊維学部研究紹介_2020_英語版
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Using light to measure parameters ranging fromthe condition of the body to quality withoutmaking contact with the object under measurementWithmedicaltreatmentsofthefuture,willitreallybepossibletomeasurebloodsugarwithoutdrawingabloodsample?Toachievethatgoal,Iamworkingtodevelopanon‐invasiveopticalblood‐testingsystem.Thetechnologyalsopromisestohavenumerousapplicationsoutsidethedomainofmedicine,including100%inspectionsofimportedproducts.Ialsocarryoutavarietyofresearchinadditiontothenon‐invasiveopticalblood‐testingsystem.Itispossible,forexample,touselighttoinstantaneouslyquantifythesurfaceroughnessofiron(anecessarytaskinfactoriesthathandleironmaterials)andtomeasuremixtureratiosinclothingwithoutusingchemicals.Graduatsareemployednotonlybymanufacturersofmeasurementdevices,medicalequipment,andprecisiondevices,butalsobyelectronicsmanufacturers.ProfessorHiroakiIshizawaProfessorIshizawabecameanassociateprofessorin2002afterworkingatShimadzuCorporationandtookhiscurrentpositionin2014.Hisareasofresearchincludemeasurementengineeringandappliedoptics.Outlook for researchOutlook for students after graduationIt is a simple matter to quantify normal health conditions with optical fiber. Sharing t his data with doctors is extremely beneficial for our rapidly aging society.The optical fiber used to measure vital signs is so fine that it’s easy to forget that it is in contact with your skin. This approach entails none of the pain normally associated with drawing blood.Department of Advanced Textile and KanseiEngineeringAdvanced Textile EngineeringMyprimarygoalistocreatehigh‐performance,high‐functioncompositesyntheticfibersbyirradiatingfiberswithacarbondioxidelasertoheatthem.Iexpecttheresultingfiberstobeusedinapplicationssuchasmedicineandopticalmaterials,forexampleintheformoffiberthatis1/2,000thofthethicknessofahumanhairorfiberwhoseshapeandcompositioncanbepreciselycontrolled.High‐performance,high‐functionsyntheticfiberisusedinaircraftandautomobilebodies,artificialorgans,opticalequipment,andinsports,whereithelpsreduceenvironmentalimpactwhileimprovingthecomfortofdailylife.Graduatesworkatmaterialmanufacturerssuchassyntheticfibercompanies,tiremanufacturers,electricmachinerymanufacturers,andpublictestingfacilitiesinvolvedinproductandmaterialevaluation.ProfessorYutakaOkoshiProfessorOkoshijoinedtheFacultyofTextileScienceandTechnologyatShinshuUniversityin1986andtookhiscurrentpositionin2006.Heisinvolvedinnumerousareasofresearch,includingtheformationandprocessingofhigh‐polymermaterialssuchasfibersandfilmsandtheexaminationoftheopticalandmechanicalpropertiesoffiber.先進繊維・感性工学科Fabricating high‐performance synthetic fibers with laser irradiation8Department of Advanced Textile and KanseiEngineeringAdvanced Textile EngineeringOutlook for researchOutlook for students after graduation写真サイズ高さ9.8cm×幅7.5cm配置位置横11.4cm、縦2.85cmStructure developmentReal‐time Control of fiber diameter profilesDegradationHigh‐strength FiberPET NanofiberLaser‐Heated Drawing

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