Update
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Titles
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Research Units
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05/18/2012
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 Development of a Highly Energy Efficient Catalyst for Interconversion of Carbon Dioxide and Formic Acid
- Hydrogen storage technology using carbon dioxide -
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Energy Technology Research Institute
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05/11/2012
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 Achievement of the World′s Highest Efficiency in Hydrogen Production by Water Electrolysis using an Oxide Photoelectrode
- Towards a new low-cost hydrogen-production system using solar light -
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Energy Technology Research Institute
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01/13/2012
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 Development of Positive Electrode Materials for Low-cost and High-performance Lithium-ion Secondary Batteries
- Cobalt- and nickel-free positive electrode materials for lithium-ion secondary batteries -
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Research Institute for Ubiquitous Energy Devices
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10/24/2011
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 Roll to Roll Production of a Heat-resistant Film with Very High Thermal Dimensional Stability
- Shrinkage of only 0.04% even after heating at 350 °C -
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Research Center for Compact Chemical System
Flexible Electronics Research Center
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12/22/2010
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 Development of Energy-saving Membrane Separation Technology for Biobutanol Purification
- Butanol of 80 wt% or higher concentration can be recovered from 1 wt% aqueous solution -
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Research Institute for Innovation in Sustainable Chemistry
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11/04/2010
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 Revolutionary products using clay films have been developed
- The clay film technology of AIST was transferred to private companies and the components were realized -
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Research Center for Compact Chemical System
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09/30/2010
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 Visualization of Oxygen Ion Concentration Distribution in a Fuel Cell
- Development of a new tool for the understanding of the reaction and degradation mechanisms of solid oxide fuel cells(SOFCs) and improvement in their performance -
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Energy Technology Research Institute
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08/06/2010
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 A Thermoelectric Power Generation Module has been Developed Using New Materials
– The module can be used at high temperatures of over 300 ºC and is expected to promote the thermoelectric waste heat recovery in a moderate temperature range –
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Energy Technology Research Institute
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07/07/2010
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 Producing Clean Hydrogen by Controlling Lithium-Water Reaction
- Investigation of the concept of supplying both electricity and hydrogen by electrochemical control -
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Energy Technology Research Institute
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05/17/2010
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 Development of a High-performance Photocatalyst that is Surface-treated with Cesium
- A step toward the realization of a new hydrogen production system using solar light -
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Energy Technology Research Institute
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04/09/2010
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Development of a Low-cost Metal Substrate for CIGS Solar Cells
- 16 % conversion efficiency is achieved in CIGS solar cells using a low-cost low-carbon steel based substrate -
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Research Center for Photovoltaics
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04/08/2010
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 Development of Continuous Synthesis Equipment for Metal Nanoparticles
- Optimizing microwave irradiation and realizing a continuous synthesis process -
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Research Center for Compact Chemical Process
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04/05/2010
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 Achievement of the World's Highest Photovoltaic Energy Conversion Efficiency as a Flexible CIGS Solar Cell Submodule
- Slim and highly efficient integrated-type solar cell module is realized without grid electrodes on the surface -
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Research Center for Photovoltaics
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03/05/2010
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 Sterilization by a Diamond LED
- Output power of deep ultraviolet light was enhanced -
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Energy Technology Research Institute
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02/26/2010
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 High-concentration Events of Fine Aerosols (PM2.5) Observed in Northern Kyushu
- The high-concentration PM2.5 in spring is due to the influx of PM2.5 from other areas -
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Research Institute for Environmental Management Technology
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12/16/2009
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 Microwave-assisted Polymer Synthesis
- First commercial plant for mass production of lactic acid polymer using a microwave heating -
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Research Institute for Innovation in Sustainable Chemistry
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11/11/2009
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 High-speed Switching of High-voltage, High-power Converter Achieved by Using SiC Diodes
- It will make large-scale power converter systems in social infrastructure very compact -
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Energy Semiconductor Electronics Research Laboratory
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10/07/2009
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 Development of an Easily Recyclable “Lithium-Copper Rechargeable Battery”
- An innovative high-capacity, low-cost storage battery using metals as positive and negative electrodes -
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Energy Technology Research Institute
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09/07/2009
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 Development of Cobalt-free Cathode Materials for Lithium Ion Secondary Batteries
- Use of oxide containing 20% iron to obtain discharge voltage comparable to that of conventional cathode materials -
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Research Institute for Ubiquitous Energy Devices
Advanced Manufacturing Research Institute
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07/27/2009
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 Development of a New-type Lithium-Air Battery with Large Capacity
- A step toward lithium fuel cell which uses recyclable lithium -
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Energy Technology Research Institute
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