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--> OutlineMessageMissions & History3GeV SR FacilityOrganizationPartnersAccess & Contact ResearchersReseachers Cross Fertilization Division Next-generation detection system Smart Lab Big data Smart Lab Data visualization Smart lab International collaboration Smart lab SR Core Research Division Functional measurement Smart lab Multimodal measurement Smart lab Multiscalel measurement Smart lab Interface measurement Smart lab Spin measurement Smart lab Bio-spectroscopic measurement Smart lab Innovation and Technology Transfer Division Materials Science / Energy / Environment Smart Lab Electronics Smart Lab Future Medical / Drug Discovery Smart Lab Agriculture / Food Smart Lab Joint Research Division Synchrotron Next Generation Measurement Science Collaboration Research Division Co-creation Research Center ActivitiesCooperationAllianceOutreachPublic RelationsPhoSIC JP Close Activities Cooperation Seven coalition beamlines to meet diverse measurement and analysis needs　 With an extensive lineup of measurement methods, synchrotron radiation facilities meet the need for observation and verification which are the fundamentals of science. Compared to existing synchrotron radiation facilities for soft X-rays in Japan, the next-generation synchrotron radiation facility is designed to achieve much higher brilliance. This excellent light-source performance enables the observation of an object’s configuration and state of reaction on a nanoscale. The first ten beamlines are to be installed at the next-generation synchrotron radiation facility. Seven of them are coalition beamlines, and coalition members have priority access to them. There are two types of laboratories called endstations. The first type is for “highly automated measurements” where routine measurements are conducted efficiently and flexibly. The second one is for “advanced measurements” that can be used to conduct measurements in the development process, such as operando spectroscopic analysis and multidimensional coherent imaging, and install innovation benches for challenging measurements. Coalition members can participate in discussions about the coalition beamlines, and their operating systems from the design phase. Feature of beamline design Beam splitting technique for multi-user simultaneous use of the beamline BL-I(09U) Concept of the X-ray operand spectroscopy beamline BL-V (14U) Soft X-ray Magnetic Imaging Beamline Configuration --> BL-III (09W) Concept of the X-ray Hierarchical structural analysis beamline ActivitiesCooperationAllianceOutreachPublic Relations Top of Page Policy Sitemap Archive © Tohoku University --> International Center for Synchrotron Radiation Innovation Smart, Tohoku University © Tohoku University @ This site uses COOKIEs to offer you a better browsing experience and to record access logs. Read more about COOKIEs. Accept all COOKIEs no cache