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高分子 POLYMERS 62巻11月号

Digest for English Readersfundamental research is necessary. One such fundamentalpoint of interest is the understanding of photoresistdissolution during the development process. This articleintroduces the application of a high speed atomic forcemicroscope optimized for the in situ characterization of theresist pattern formation process during development.Keywords: Lithography / Resist / Process / Dissolution /Atomic Force MicroscopyScanning Helium Ion Microscope as the First 681Shared Research EquipmentKeiko ONISHINano Characterization Unit, National Institute forMaterials ScienceResearcherONISHI.Keiko@nims.go.jpwww.nims.go.jp/group/g_surface-characterization/A Scanning helium ion microscope (SHIM) is a pieceof equipment, which is suited to observe the surfacemorphology and chemistry on the nanometer scale. TheSHIM has a good operability like a standard scanningelectron microscope, as well as superior spatial resolutionof several-score-times, high material contrast and depthof-focus.Since insulating materials can be observedwithout coating, the SHIM can be a powerful tool for nanocharacterisation of insulating polymeric materials. Sincethe SHIM is a shared research equipment of the NIMSmicrostructural characterization platform, it can be used ata relatively low cost with a simple application procedure.Please feel free to make contact and consult with us.Keywords: Ion Microscope / Surface Morphology / HighSpatial Resolution / Insulator Observation / SharedResearch EquipmentPolymer Science and I: A Personal Account 683By Trial and ErrorAkira MATSUODoctor of EngineeringInfomaterials & Devices R&D Group, ChemicalsResearch Laboratory, Research & DevelopmentDivision, JX Nippon Oil & Energy CorporationAssistant Managerakira.matsuo@noe.jx-group.co.jpThis personal account reviews my experiences as achemical researcher. To make a breakthrough, it isimportant to continue a process of trial and error withoutfear of mistake.Messages:“Work and Life”684Work and LifeAkihiko KIKUCHIPh. D.Department of Materials Science and Technology,Tokyo University of ScienceProfessorkikuchia@rs.noda.tus.ac.jpkikuchilab.com/homeMami KIKUCHISection Manager, Safety & PharmacovigilanceSection, Pharmaceutical Safety & QualityManagement Department, Kureha Corporationmami-k@kureha.co.jpwww.kureha.co.jpFront-Line Polymer Science 685Perspective of Bottom-up Surface-AssistedPolymerizationHiroshi SAKAGUCHIDoctor of EngineeringInstitute of Advanced Energy, Kyoto UniversityProfessorsakaguchi.hiroshi.7z@kyoto-u.ac.jpwww.iae.kyoto-u.ac.jp/molecule/index.htmlSurface-assisted polymerization is a botton-up method toproduce functional materials such as conjugated polymerson metal surface from molecular building blocks. By theuse of this method, novel conjugated polymers with oneand two dimensionally extended p-conjugation, whichare applicable to the various fields such as electronics,photonics and energy sector, could be epitaxially grownalong the lattice of metal as a template due to its stronginteraction with molecules. This review describes theintroduction of related researches reported so far and thefuture perspective of this approach from the view point ofsurface science and material science.Keywords: Bottom-up / Surface Assisted Polymerization /Conjugated PolymersMACRO Economy 689PolySCHOLA 690From My Bookshelf 694Messages from SPSJ 695660 c2013 The Society of Polymer Science, Japan高分子62巻11月号(2013年)