Press Release Update
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2021.07.29Simple Thermoset Plastic Recycling Using a Peptide Solution
—New Strategy for Promoting the Reuse of Carbon Fiber Reinforced Plastics (CFRP)— -
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2021.06.21Digitalization and Visualization of Odors Using an Odor Sensor and Machine Learning
—Technique Is Capable of Selecting “Quasi-Primary Odors” Out of a Dozen Odors— -
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2021.06.03Tarsal Adhesion Mechanisms of Ladybird Beetles Ascertained
—40-Year-Old Debate Ended— -
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2021.05.27Fabrication of Printed High-Performance Thin-Film Transistors Operable at One Volt
—Development of LCSS-enabled Multilayer Circuit Printing— -
2021.05.24Exoskeletal Microstructure of Extremely Hard Coconut Crab Claws
—3D Imaging of Internal Pincer Structures May Provide Insights into the Development of Tough, Lightweight Materials— -
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2021.05.14NIMS and the Indian Institute of Technology Hyderabad (IITH) launched IITH-NIMS Joint Research Center for Materials Research
- Aiming to strengthen the research exchange after COVID-19 pandemic end - -
2021.04.27Development of a Portable and Disposable Nitric Oxide (NO) Generator
—Device May Be Used in the First-Aid Treatment of Acute Respiratory Failure Caused by Pulmonary Hypertension, Infection and Wounds— -
2021.04.17Development of a Novel Thermoelectric Material with Conversion Efficiency as High as Bi2Te3
—High-Performance Module Containing Only Small Amounts of Scarce Elements Can Be Useful in Converting Waste Heat into Electricity— -
2021.04.13Conventional Idea of Electronic State in High-Temperature Superconductors Is Overturned
—Superposition of One-Dimensional Electronic Motion Revealed by Compton Scattering— -
2021.04.01
New NIMS Structural Materials Data Sheets Released
—Five Publications Include a Fatigue Data Sheet Covering the Results of Stainless Steel and Aluminum Alloy Fatigue Tests— -
2021.03.10Highly Fatigue-Resistant FMS Alloy with Enhanced Weldability
—Welded Beams with X-Shaped Cross-Sections May Be Used to Increase the Ability of Seismic Dampers to Withstand Heavy Loads and Absorb Long-Period Ground Motion— -
2021.03.05Discovery of a Mechanism for Making Superconductors More Resistant to Magnetic Fields
—Rotation of Electron Spins in Superconductors of Atomic-Scale Thickness May Be Used to Make Qubits for Quantum Computing— -
2021.02.19High Efficiency Magnetic Cooling by Using Small Magnetic Field Changes
—Phenomenon May Be Applicable to the Development of Compact, Permanent Magnet-Based Systems Enabling Energy-Efficient Liquid Hydrogen Storage and Transportation— -
2021.01.19Demonstration of Unconventional Transverse Thermoelectric Generation
—Composite of Thermoelectric and Magnetic Materials with High Thermopower May Open up a New Way to Wide-Ranging Energy Applications—