Update
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Titles
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Research Units
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01/11/2012
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 The World¡Çs First Realization of High-quality Germanium Platform Substrates
- Technology for transferring single-crystal germanium layers to various substrates -
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Nanoelectronics Research Institute
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11/07/2011
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 Ceramic Electrolyte Sheet for Next-Generation Rechargeable Batteries
- Flexible thin large-area sheet with high lithium ion conductivity -
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Advanced Manufacturing Research Institute
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09/08/2011
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 New Technology to Control the Dispersion of Single-Wall Carbon Nanotubes with Light
- Development of a dispersing agent to allow easy control of the dispersion and aggregation states of carbon nanotubes -
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Nanosystem Research Institute
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08/22/2011
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 Simulation of phenomena from optical excitation to charge splitting in organic materials for solar cells
- Analyzing the microscopic photovoltaic phenomenon in a charge-transfer complex -
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Nanosystem Research Institute
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06/08/2011
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 Low-cost Chirality Separation of Single-wall Carbon Nanotubes (SWCNTs)
- High-purity separation of SWCNTs with different carbon atom arrangements by simply pouring a dispersion solution onto a commercially available gel -
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Nanosystem Research Institute
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05/24/2011
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 A Carbon Nanotube Strain Sensor That Detects Human Motion
- Detects 50 times as much strain as metal strain sensors -
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Nanotube Research Center
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04/20/2011
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 Discovery of New Ordered Structures of a Liquid Crystal
- Skyrmion lattices in a system different from solids -
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Nanosystem Research Institute
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03/09/2011
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 Micro Solid Oxide Fuel Cell Capable of Generating Electricity at a Low Temperature of 450 ℃
- Power generation with low-temperature direct reforming of methane fuel has been demonstrated for the first time in the world -
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Advanced Manufacturing Research Institute
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02/28/2011
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 Carbon Nanotubes with Rubber-like Viscoelasticity in a Temperature Range of -196 to 1000 ℃
- A lightweight, sturdy viscoelastic material for use in a wide range of temperatures -
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Nanotube Research Center
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01/27/2011
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 An Alternative to Platinum Counter Electrode for Dye-sensitized Solar Cells
- Development of a ternary material with a core-shell structure -
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Nanosystem Research Institute
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01/26/2011
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 Development of Organic Materials That Melt by Light Irradiation
- New reusable photo-responsive materials -
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Photonics Research Institute
Nanosystem Research Institute
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01/06/2011
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 An Ultrasonic Flowmeter for Accurate Measurement of Micro-flow Rates Has Been Developed
- The performance of semiconductor manufacturing equipment will be improved and environmental loads and running costs will be reduced -
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Advanced Manufacturing Research Institute
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12/24/2010
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 Fabrication of an All-solid-state Thin-film Lithium-ion Battery Prototype Using a Room Temperature Process
- Towards the full-scale development of a novel technique for producing secondary batteries using aerosol deposition -
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Advanced Manufacturing Research Institute
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12/17/2010
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 Development of a Silicon Nitride Ceramic Material which Maintains Strength even under Large Thermal Changes
- Dispersion of boron nitride fine particles results in dramatic improvement in resistance to thermal shocks -
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Advanced Manufacturing Research Institute
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11/25/2010
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 Development of a New Material for the Negative Electrode of Lithium Ion Secondary Batteries
- Realization of high capacity through use of new titanium oxide -
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Advanced Manufacturing Research Institute
Research Institute of Instrumentation Frontier
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11/12/2010
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 Development of an Apparatus for Evaluating the Mechanical Properties of Materials in Micro-regions by Using a Novel Principle
- In situ quantitative analysis of indentation through a diamond indenter using an optical microscope -
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Materials Research Institute for Sustainable Development
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11/11/2010
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 Hydrogen Peroxide Synthesis Using a Microreactor
- A safe and secure production process has been achieved using MEMS technology -
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Research Center for Ubiquitous MEMS and Micro Engineering
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10/04/2010
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 Proving High-Speed, High-Temperature Operation of Diamond Power Device
- Superiority of diamond as a next-generation semiconductor material has been confirmed -
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Diamond Research Laboratory
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05/21/2010
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 Theoretical Discovery of a Method of Using Magnetic Materials to Control Macroscopic States of Superconducting Devices
- Macroscopic properties of superconducting Josephson junctions change drastically with tiny differences in thickness of ferromagnetic insulators -
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Nanotechnology Research Institute
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05/20/2010
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 Light-control Glass Using Nanoparticles with a Gel Electrolyte
- Potential applications of the glass include energy-saving display units such as electronic paper -
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Nanotechnology Research Institute
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