元素戦略プロジェクト<研究拠点形成型>研究ダイジェスト Poster Presentation
At this year’s symposium, poster presentations were not classified under research areas, but rather were divided among the different phases from basic research to applied research.
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Challenges for industry
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Research and Development of advanced Li-ion batteries for Electric Vehicles accelerated by utilization of large experimental facilities
Hideto Imai(NISSAN ARC LTD.) - In operando measurement of Li reaction distribution on large scale battery using high energy X-rays Hisao Yamashige(TOYOTA Motor Corporation)
Research on real-world applications
- An operando study on automobile catalytic converter Hiroyuki Asakura(Kyoto University)
- Improvement of Catalytic Properties by Combination of Trace Amount of Platinum and Investigation of Its Mechanism with Using XAFS K. Sato (Kyoto Univ., Oita Univ.)
- Anchoring bond of catalysis particles found in highly active NH3 synthesis catalysts Hitoshi Abe (KEK-IMSS)
- Synthetic Study on Perfluorinated Rylenes for Optoelectronics Norie Momiyama (IMS, SOKENDAI)
- Current situation concerning the element strategy for diffraction experiments at the SPring-8 NIMS beam line Osami Sakata (NIMS)
- Development of superconducting devices based on light elements Hiroshi Yamamoto (Institute for Molecular Science)
- Development of Highly Durable Perovskite Solar Cells Yasuhiro Shirai(NIMS)
- High-Energy Electrode Materials with Oxide Ion Redox for Charge Compensation Naoaki Yabuuchi(Tokyo Denki Univ.)
- Investigation of deformation mechanism in ultra-fine grained metals by In-situ XRD Hiroki Adachi(Univ. of Hyogo)
- “Complex hydrides” as a new class of solid electrolytes – Fast cationic conduction studies and next-generation battery device applications S. Orimo(Tohoku Univ.)
Advanced analysis for understanding material functions
- Ambient pressure photoelectron spectroscopy and practical operand measurement Yasumasa Takagi(JASRI/SPring-8)
- Precisely Determination of Surface Structure by using Positron Diffraction – Total-Reflection High-Energy Positron Diffraction, TRHEPD – Izumi Mochizuki(KEK-IMSS)
- Magnetic imaging by nano-focused synchrotron light and a perspective of its application to analysis of the local magnetism Kentaro Toyoki(JASRI)
- Analysis of synchrotron X-ray diffraction on Ga-containing Nd-Fe-B sintered magnets H. Okazaki(JASRI)
- Synchrotron Radiation X-Ray CT Technique for Non-Destructive and High-Resolution Investigation of Internal Structures of Materials Akihisa Takeuchi(JASRI/SPring-8)
- Ultrafast studies of photoreaction dynamics by complementary usage between SACLA and SR, and their use in artificial photosynthesis systems Shunsuke Nozawa(KEK-IMSS)
- Integration of quantum beam measurements, modelling, and mathematics to unravel disordered matter: towards a collaboration with microgravity in space Shinji Kohara(NIMS)
Exploring new materials in extreme environments
- High-Pressure Neutron Diffractometer, PLANET, for Observing Hydrogen in Materials under High-Pressure and High-Temperature Conditions Takanori Hattori(J-PARC Center)
- Search for Novel Metal Hydrides utilizing High Pressure Technique– Structural Studies Using Synchrotron Radiation X-rays and Neutrons – Akihiko Machida(QST)
Investigating theories (materials)
- Observation of Magnetic Skyrmions under External Field using Quantum Beams Yuichi Yamasaki(NIMS-MaDIS)
- Multi-Probe Observation of Graphene-Metal Junction Devices: Structure and Magnetism at Interface Kenta Amemiya(IMSS)
- Ultrafast Magnetic Dynamics of Mott insulator Sr2IrO4 Yoshikazu Tanaka(RIKEN)
- Weyl Magnets: Novel Functional Magnets based on Topology of Electronic Structure Satoru Nakatsuji(The Univ. of Tokyo)
- Relation of structure and superconductivity in iron-based superconductor: New findings on pressure response J. Yamaura(MCES Titech)
- Electronic Structures and Magnetic Properties of the Two-Dimensional Electride Y2C Koji Horiba(KEK-IMSS)
- Synthesis and neutron diffraction of iron-based high-Tc superconductor 154SmFeAsO1-xDx Soshi Iimura(Tokyo Tech)
- XAFS-based Structural Study of Homogeneous Catalytic Species Hikaru Takaya(Kyoto Univ.)
- Analysis of function induced on anatase TiO2 surface which has photocatalytic activity: electronic states and surface structure Ryu Yukawa(KEK, IMSS)
- Water Oxidation Catalyzed by Metal Complexes Composed of Ubiquitous Elements Shigeyuki Masaoka(Institute for Molecular Science)
- Toward Discovery for Novel Solid Electrolytes for Li Ion Battery Masanobu Nakayama(NITech/NIMS-cMi2)
- An inelastic x-ray scattering study for the origin of the strengthening mechanism on a Mg-based alloy with a long-period stacking ordered phase Shinya Hosokawa(Kumamoto University)
- Structure and magnetic properties of Sm(FeCo)12 thin films D. Ogawa(ESCIMM-NIMS)
Investigating theories (computations/data)
- Theoretical Design of Materials with Innovative Functions Based on Element Strategy and Relativistic Electronic Theory Hiromi Nakai(Waseda Univ.)
- Exploration of Novel Nitride Semiconductors by In Silico Screening and Experimental Verification Fumiyasu Oba(Tokyo Tech)
- First-principles Simulation for Attosecond Optical Response of Solids Kazuhiro Yabana(University of Tsukuba)
- First-principles study of Nd-magnet microstructure interfaces with the K computer Yoshihiro Gohda(Tokyo Tech)
- Absolute Binding Energies of Core Levels in Solids from First Principles Taisuke Ozaki(The Univ. of Tokyo)