| 1 | Design criteria of FCC alloys realizing ten times longer low-cycle |
Takahiro SAWAGUCHI
Research Center for Structural Materials, Vibration Control Materials Group
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| 2 | Predictions for gigacycle fatigue strength of high-strength steel |
Yoshiyuki FURUYA
Research Center for Structural Materials, Fatigue Property Group
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| 3 | High-strength TiAl based alloys with excellent workability |
Toshimitsu TETSUI
Research Center for Structural Materials, Superalloy Research Group
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| 4 | ZnO Coated Ball Bearing for Application to Mini Jet Engine Generator |
Masahiro TOSA
Research Center for Structural Materials, Tribology Group
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| 5 | High Performance Ni-Fe-Based Alloys for A-USC Applications |
Yuefeng GU
Research Center for Structural Materials, Superalloy Research Group
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| 6 | Design of High temperature shape memory alloys |
Yoko MITARAI
Research Center for Structural Materials, High Temperature Materials Design Group
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| 7 | Design and development of heat-resistant high-strength Ti alloys for jet engines |
Tomonori KITASHIMA, Yoko MITARAI
Research Center for Structural Materials, High Temperature Materials Design Group
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| 8 | Development of processing using forging simulator |
Syuji KURODA, Yoko MITARAI
Research Center for Structural Materials, High Temperature Materials Design Group
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| 9 | PtIr novel oxidation resistant coating |
Hideyuki MURAKAMI
Research Center for Structural Materials, Surface and Interface Kinetics Group
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| 10 | Improvement of Mechanical Property in Ti Alloys Using Heterogeneous Distribution of Alloying Elements |
Satoshi EMURA
Research Center for Structural Materials, Corrosion Resistant Alloy Group
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| 11 | Fine Structured Ceramic Coatings by Suspension Plasma Spraying |
Seiji KURODA
Research Center for Structural Materials, Integrated Smart Materials Group
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| 12 | Aerogel based materials for Thermal Management Applications |
Rudder Wu
International Center for Materials Nanoarchitectonics, Thermal Energy Materials Group
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| 13 | Superconducting x-ray detector for precise compositional analysis in STEM |
Toru HARA
Research Center for Structural Materials, Microstructure Analysis Technology Group
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| 14 | Microstructural Fatigue Resistance Evaluation -Improvement of Small Fatigue Crack Analysis Technique- |
Hideaki NISHIKAWA
Research Center for Structural Materials, Fatigue Property Group
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| 15 | Non-Destructive Evaluation for FRP with Newly Developed Mid-IR laser |
Masahiro KUSANO, Hideki HATANO
Research Center for Structural Materials, Integrated Smart Materials Group
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| 16 | Steel Rebar Evaluation Using Electromagnetic Method |
Dongfeng HE
Research Center for Structural Materials, Integrated Smart Materials Group
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| 17 | Gigahertz time-domain spectroscopy and imaging for non-destructive materials testing |
Dmitry BULGAREVICH
Research Center for Structural Materials, Integrated Smart Materials Group
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| 18 | Evaluation of bulk properties using computational simulations of microstructure |
Ikumu WATANABE
Research Center for Structural Materials, High Strength Materials Group
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| 19 | New High Pressure Cell using Metallic Diamond Electrode |
Yoshihiko TAKANO
International Center for Materials Nanoarchitectonics (MANA)
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| 20 | The concept of the downsized high-resolution X-ray spectrometer for chamical state analysis |
Sei FUKUSHIMA
Research Center for Advanced Measurement and Characterization, Surface Chemical Analysis Group
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| 21 | Characterization of Actual Devices using Cross-sectional Scanning Probe Microscopy |
Nobuyuki ISHIDA
Research Center for Advanced Measurement and Characterization, Surface Characterization Group
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| 22 | In-situ observation of electrochemical processes at solid/liquid interfaces in PEMFCs |
Takuya MASUDA
Research Center for Advanced Measurement and Characterization, Surface Characterization Group
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| 23 | Quantitative visualization of lithium distribution |
Jun KIKKAWA
Research Center for Advanced Measurement and Characterization, Electron Microscopy Group
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| 24 | TEM specimen holders for in-situ observation |
Ayako HASHIMOTO
Research Center for Advanced Measurement and Characterization, In-situ Characterization Technique Development Group
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| 25 | Atomic resolution EDS map using Cs-corrected STEM with dual EDS |
Fumehiko UESUGI
Research Network and Facility Services Division, Transmission Electron Microscopy Station
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| 26 | Solid-state NMR instrumental development and application for materials research |
Tadashi SHIMIZU
Research Network and Facility Services Division, High Magnetic Field Station
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| 27 | Visible frequency metamaterial by nanoimprint lithography - towards novel optical devices - |
Shoichi KUBO
Research Center for Functional Materials, Colloidal Crystal Materials Group
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| 28 | Compact solid state THz sources made of high temperature superconductors |
Huabing WANG
Research Center for Functional Materials, Superconductor Quantum Phase Engineering Group
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| 29 | SiAlON-glass composites |
Hiroyo SEGAWA
Research Center for Functional Materials, Electroceramics Group
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| 30 | Scalable CVD Technique for Growing Transition Metal Dichalcogenide Monolayers |
Yoshiki SAKUMA
Research Center for Functional Materials, Epitaxial Nanostructures Group
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| 31 | Dy-free Permanent magnets |
Satoshi HIROSAWA, Chiharu MITSUMATA
Elements Strategy Initiative Center for Magnetic Materials (ESICMM)
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| 32 | Epitaxial GaN templete film on Si substrate with new buffer layer |
Toyohiro CHIKYO
International Center for Materials Nanoarchitectonics, Semiconductor Device Materials Group
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| 33 | Ultra-thin superconducting nanowires based on suspended carbon nanotubes |
Satoshi MORIYAMA
International Center for Materials Nanoarchitectonics, Quantum Device Engineering Group
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| 34 | Printing of electronic circuit with 1-micron resolution |
Takeo MINARI
International Center for Materials Nanoarchitectonics (MANA)
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| 35 | A high-efficiency of 18.2% in perovskite solar cells |
Ashraful ISLAM
Center for Green Research on Energy and Environmental Materials, Photovoltaic Materials Group
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| 36 | Semiconductor Nanostructured Solar cells |
Naoki FUKATA
International Center for Materials Nanoarchitectonics, Nanostructured Semiconducting Materials Group
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| 37 | Thermoelectric conversion materials by a high-throughput sputter material synthesis |
Masahiro GOTO
Center for Green Research on Energy and Environmental Materials, Thermoelectric Materials Group
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| 38 | Fabrication of novel high efficiency p, n pair thermoelectric material and module evaluation |
Takao MORI
International Center for Materials Nanoarchitectonics, Thermal Energy Materials Unit
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| 39 | Pulverization for production and recycling of ceramics via a chemo-thermally process mimicking weathering |
Naoki OHASHI
Research Center for Functional Materials
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| 40 | Control of crystalline orientation in ceramics by a strong magnetic field |
Tohru SUZUKI
Research Center for Functional Materials, Ceramics Processing Group
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| 41 | 3-D Laser Printing of Structures for Improved Functionality and Safety |
Christopher MERCER
Research Center for Structural Materials, Surface and Adhesion Science Group
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| 42 | Hybrid Integration of CFRP and Structural Metals via Low Temperature Bonding |
Akitsu SHIGETOU
Research Center for Structural Materials, Surface and Adhesion Science Group
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| 43 | Development of high-toughness and ductility magnesium alloys by grain boundary control |
Hidetoshi SOMEKAWA
Research Center for Structural Materials, Plasticity Processing Group
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| 44 | Research for design of high quality fuel cell materials（Polymer membrane fuel cell and solid oxide fuel cell) |
Toshiyuki MORI
Global Research Center for Environment and Energy Based on Nanomaterials Science
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| 45 | Molecular Conversions by Nanophase-separated Catalysts |
Hideki ABE
Center for Green Research on Energy and Environmental Materials, Hydrogen Production Materials Group
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| 46 | Novel Electrocatalysts for Electrochemical Energy Conversion Reaction |
Hidenori NOGUCHI, Ken SAKAUSHI
Center for Green Research on Energy and Environmental Materials, Interfacial Energy Conversion Group
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| 47 | High-Capacity Silicon-Based Anodes for All Solid State Lithium Batteries |
Narumi OHTA
Center for Green Research on Energy and Environmental Materials, Rechargeable Battery Materials Group
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| 48 | Lithium-Air Rechargeable Battery |
Kimihiko ITO
Center for Green Research on Energy and Environmental Materials, Air Battery Group
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| 49 | High Performance Graphene Supercapacitors |
Jie TANG
Center for Green Research on Energy and Environmental Materials, Advanced Low-Dimensional Nanomaterials Group
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| 50 | High-performance energy storage capacitors fabricated from oxide nanosheets |
Minoru OSADA
International Center for Materials Nanoarchitectonics (MANA)
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| 51 | High functional software for analysis on electrochemical impedance |
Kiyoshi KOBAYASHI
Research Center for Functional Materials, Ceramics Processing Group
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| 52 | Simple and low cost nano-carbon coating method |
Hiroaki KUMAKURA
Research Center for Functional Materials, High-temperature Superconducting Wire Group
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| 53 | Computer-aided mechanism elucidation and material design for batteries |
Yoshitaka TATEYAMA
Center for Green Research on Energy and Environmental Materials, Interface Computational Science Group
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| 54 | Discovery Automation for Battery Materials From Structure Database |
Masanobu NAKAYAMA
Center for Materials Research by Information Integration
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| 55 | Machine-learning regression of magnetic properties: Computer predicts Curie temperature |
Tamio OGUCHI
Center for Materials Research by Information Integration
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| 56 | New Python package for materials development |
Koji TSUDA
Center for Materials Research by Information Integration
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| 57 | Machine Learning for Accelerated Design of New Materials: R Package iqspr |
Ryo YOSHIDA
Center for Materials Research by Information Integration
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| 58 | Sparce medelling supports in-house MI innovation hub |
Masato OKADA
Center for Materials Research by Information Integration
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| 59 | Materials Integration for Development of Innovative Structural Materials |
Makoto WATANABE
Center for Materials Research by Information Integration
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| 60 | A Basis of Materials Research by Information Intetration Overview of NIMS Data Platform |
Yibin XU
Center for Materials Research by Information Integration
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| 61 | Integration of Heat Transportation Related Properties & Materials Design for Industry |
Yibin XU
Center for Materials Research by Information Integration
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| 62 | Piezoelectric Ca3TaGa3-xAlxSi2O14 (CTGAS) Single Crystals for High Temperature Sensors |
Kiyoshi SHIMAMURA
Research Center for Functional Materials, Optical Single Crystals Group
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| 63 | Miniature Wavelength-selective Infrared Sensors |
Tadaaki NAGAO, Takahiro YOKOYAMA, Satoshi ISHII, D.D. Thang
International Center for Materials Nanoarchitectonics, Photonics Nano-Engineering Group
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| 64 | Moisture detection/distinction sensor |
Jin KAWAKITA
International Center for Materials Nanoarchitectonics, Semiconductor Device Materials Group
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| 65 | Growth Factor-free and Porous Adhesive Membrane with Angiogenic Property |
Tetsushi TAGUCHI
Research Center for Functional Materials, Polymeric Biomaterials Group
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| 66 | Materials for cell migration assay |
Jun NAKANISHI
International Center for Materials Nanoarchitectonics (MANA)
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| 67 | Development of Nanostructured Scaffolds |
Guoping CHEN
International Center for Materials Nanoarchitectonics, Tissue Regeneration Materials Group
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| 68 | Mesoporous Particles Composed Solely of Phospholipids for Drug Delivery |
Kohsaku KAWAKAMI
International Center for Materials Nanoarchitectonics, Medical Soft Matter Group
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| 69 | Organic molecules for tunneling devices |
Yutaka WAKAYAMA
International Center for Materials Nanoarchitectonics, Quantum Device Engineering Group
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| 70 | Doping-free highly-conducting organic materials |
Yuka KOBAYASHI
Research Center for Functional Materials, Organic Molecules and Polymers Field
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| 71 | Cuttable display as you like |
Masayoshi HIGUCHI
Research Center for Functional Materials, Electronic Functional Macromolecules Group
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| 72 | Functional "Liquid" Materials |
Takashi NAKANISHI
International Center for Materials Nanoarchitectonics, Frontier Molecules Group
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| 73 | Aromatic Biomass-based Functional Resin |
Masanobu NAITO
Research Center for Functional Materials, Adhesive Materials Group
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| 1 | Research Center for Functional Materials |
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| 2 | Center for Green Research on Energy and Environmental Materials |
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| 3 | GREEN (Global Research Center for Environment and Energy based on Nanomaterials Science) |
Yoshimi KUBO
GREEN
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| 4 | Battery Research Platform for Next Generation Batteries |
Atsuko NAGATAKI
Battery Research Platform
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| 5 | Research Center for Magnetic and Spintronic Materials |
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| 6 | Research Center for Structural Materials |
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| 7 | International Center for Materials Nanoarchitectonics (MANA) |
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| 8 | Research Center for Advanced Measurement and Characterization |
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| 9 | Fostering of science and technology personnel in Nanotech Career-up Alliance |
Hiroaki MAMIYA
Research Center for Advanced Measurement and Characterization, Neutron Scattering Group
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| 10 | Research Network and Facility Services Division |
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| 11 | Outline of NIMS Nanotechnology User Facilities Platform (I) |
Tetsuji NODA
Center for Nanotechnology Platform
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| 12 | Outline of NIMS Nanotechnology Platform User Facilities (II) |
Tetsuji NODA
Center for Nanotechnology Platform
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| 13 | MI2I External Collaboration and Latest results |
Kiyoyuki TERAKURA
Center for Materials Research by Information Integration
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| 14 | Consortium activities at MI2I |
Chihiro UCHIBORI
Center for Materials Research by Information Integration
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