o10電極・配線用WWaatteerrStarchPlasticwith waterKneaderKneaderD-FFRingHeaterRotationAmorphousStarchDevelopedMillingMachine(lab.scale））HighviscosityWearable SensorAmorphous starch can be obtained by “only” milling!!Amorphous StarchOur technique can be applied to all grains!!Novel Method for Making Amorphous Starch ThermoCoupleStarch／／Plastic compositeNew MethodGeneral MethodPlasticBottomMortarThermalControllerLowviscosityUpperMortar120OCApplication for other grainsProfessor Shizuo TokitoSpecialityPrinted Organic Electronics E-mail ・ tokito@yz.yamagata-u.ac.jpTel ・ +81-238-26-3725Fax ・ +81-238-26-3788HP・https://tokitolabo.yz.yamagata-u.ac.jp/Yamagata University Graduate School of Organic Materials ScienceE-mail nishioka@yz.yamagata-u.ac.jpResearch InterestTel&Fax: +81-238-26-3207Polymer materials Polymer processing Food rheologyHP：http://nishioka-lab.yz.yamagata-u.ac.jp/E-mail ・ nishioka@yz.yamagata-u.ac.jpTel & Fax ・ +81-238-26-3207HP・http://nishioka-lab.yz.yamagata-u.ac.jp/Organic Device EngineeringContent Manufacturing process technologies using conventional printing methods are expected to be employed for next-Content：generation electronic devices. We are furthering the Manufacturingprocesstechnologiesusingconventionalresearch and development of printed organic transistor printingmethodsareexpectedtobeemployedfornext-technology with activities that include: i) molecular design generationelectronicdevices.Wearefurtheringtheresearchanddevelopmentofprintedorganictransistorand synthesis, ii) device fabrication, iii) device operating technologywithactivitiesthatinclude:i)molecularmechanisms, and iv) electronic applications. Representative designandsynthesis,ii)devicefabrication,iii)deviceelectronic applications under development are physical operatingmechanisms,andiv)electronicapplications.Representativeundersensors, bio-sensors, integrated circuits, memory, RFID tags developmentbio-sensors,and flexible displays. These devices can be fabricated on integratedcircuits,memory,RFIDtagsandflexiblethin plastic film substrates at low temperatures using printing displays.Thesedevicescanbefabricatedonthinplasticfilmsubstratesatlowtemperaturesusingtechnologies. We are also pursuing the development of printingtechnologies.Wearealsopursuingtheadvanced printing methods for very fine patterning on three-developmentofadvancedprintingmethodsforverydimensional surfaces. finepatterningonthree-dimensionalsurfaces.Appealingpoint：Throughcollaborationwithindustriesweaimtorealizethesaferandsecuresocietybyapplyingthesenewly Through collaboration with industries we aim to realize the developedelectronicsinthelivesofpeople.safer and secure society by applying these newly developed Yamagata UniversityGraduate School of Science and electronics in the lives of people.Engineering Research Field:Organic Device EngineeringSpecialty:Printed Organic Electronicse-mail：tokito@yz.yamagata-u.ac.jpYamagata University Graduate School of Science and Engineering TEL：+81-238-26-3725Research FieldFAX:+81-238-26-3788HP：https://tokitolabo.yz.yamagata-u.ac.jp/Special objectivesContentContent： We have focused on “starch”, which is one of the natural Wehavefocusedon“starch”,whichisoneofthenaturalpolymers.polymers. In our research, novel technique for making Inourresearch,noveltechniqueformakingamorphousstarchbyamorphous starch by only milling without adding water was onlymillingwithoutaddingwaterwasinvestigated.Byusingourinvestigated. By using our developed amorphous starch, gluten developedamorphousstarch,glutenfreefoodsuchaspurericebread,ricecreampuffcanbeeasilyobtained.Furthermore,ourfree food such as pure rice bread, rice cream puff can be amorphousstarchcanbeappliedtothefieldofplastic/starcheasily obtained. Furthermore, our amorphous starch can be composite.Wehavebeenestimatingpossibilitiesandapplicationsofapplied to the field of plastic/starch composite. We have been ouramorphousstarchinvariousengineeringfield.estimating possibilities and applications of our amorphous starch in various engineering field.Appealingpoint:Oneofthemy“Appealingpoint”istobeabletodevelopnewproductsbyusingournovelresearchresultsanditsknowledges.Special objectives One of the my “Appealing point” is to be able to develop new products by using our novel research results and its knowledges.Yamagata University Graduate School of Organic Materials ScienceResearch Interest ：Polymer materialsPolymer processingFood rheologyAAmmoorrpphhoouuss SSttaarrcchhGluten free breadGluten free cream puffwithout waterSoy beanRicebarleypotatbuck wheatStrain SensorRobot Handelectronicphysicalareapplicationssensors,Keywords [ Organic Transistors, Sensors, Robots, RFID Tangs, Printing ]Flexible and Printed Organic ElectronicsKeywords: Organic Transistors, Sensors, Robots, RFID Tangs, PrintingSilver NP InkPrinted Organic CircuitCrystalline StarchFlexible and Printed Organic ElectronicsNovel Method for Making Amorphous Starch by Milling without Adding WaterProfessor Akihiro NishiokaNovel Method for Making Amorphous Starch by Milling without Adding WaterProfessor Akihiro NISHIOKAProfessor Shizuo Tokito
元のページ ../index.html#12