Release of enhanced Atmospheric Dispersion Model for Exposure and Risk Assessment (ADMER Ver. 2.5) ""[PDF:484KB]

- Creation of a map of the atmospheric concentration of chemical substances on Google EarthTM -

Real-space observation of Li extraction/insertion in positive electrode material for Li-ion batteries[PDF:537KB]

- Toward developing the advanced positive electrode materials for Li ion batteries -

Fabrication of robust superhydrophobic surfaces[PDF:537KB]

- Superhydrophobic surfaces of polytetrafluoroethylene by a simple process -

Development of a visible light responsive photocatalyst using tungsten oxide[PDF:499KB]

- Complete oxidative decomposition of various volatile organic compounds under visible light -

A flexible CIGS solar cell with energy conversion efficiency of 17.7 %[PDF:499KB]

- Enabling development of a sticker-type high-performance solar cell -

New magnesium alloy sheet with high formability at room temperature[PDF:504KB]

- High stretch formability comparable to aluminum alloy sheets -

Development of tungsten oxide nanotubes[PDF:504KB]

- Visible-light-driven photocatalyst for indoor application -

An efficient browsing system for multi-media meeting recordings[PDF:441KB]

- A simple and efficient way of searching topics in meeting recordings -

Connection of micro-pad array by nano-plating technique[PDF:441KB]

- Application of the failure in electroless plating process to nano-fabrication technique -

Enhanced fluorescence biochips with sub-wavelength periodic structure[PDF:491KB]

- Application for a sensitive fluorescence microscope and biosensor -

New, Simple Method for Separation of Metallic and Semiconducting Carbon Nanotubes

- Freeze, thaw and squeeze method paves the way for mass production -

Bench Plant for Manufacturing Bio-ethanol without Sulfuric Acid

- Environment-friendly ethanol manufactured from various biomass resources not competing with food -

Preparation of Semiconductor Nanocrystals with High Photoluminescence Efficiency for Labeling in Biology

- Cadmium-free and enables dynamic observation of a wide range of biological substances -

A Method of Extracting Light from Semiconductors with High Efficiencies Discovered

- A step toward ideally efficient semiconductor optical devices such as light-emitting diodes -

Development of a High-efficiency Micro Fuel Cell Module

- A great step toward realizing high-power small-size solid oxide fuel cell systems -

Diamond Biosensor for Specific Sequence of DNA with Ultra-high Sensitivity

- Showing the potential application in detecting a variety of diseases and microorganisms -

Ultra-lightweight Hollow Carbon Fine Particles Produced from Biomass

- Elastic hollow fine particles resembling paper balloons -

Development of high-performance organic-dye-sensitized solar cell

Diamond Power Diode for High Temperature Operation

- Ruthenium and diamond will make the system free from cooling unit -

New mechanism of electron conduction in genomic DNA[PDF:449KB]

- Development of observation technique for a conduction electron with attoseconds delocalization time -