Research Results Archive

Development of an Inexpensive Method for Mass Synthesis of Single-Walled Carbon Nanotubes

- Accelerating the mass production of highly-pure single-walled carbon nanotubes -

Shape-Engineerable and Highly Densely Packed Carbon Nanotubes

- Accelerating the development of next-generation capacitors -

Development of a New Method for a Quantitative Analysis of DNA

- A simple, accurate, and inexpensive method -

Development of a Semiconductor for Highly Efficient Emission of Ultraviolet Light

- Promising applications in high-density optical recording technology and as a high-performance white light source -

Symbiotic Bacterium Can Make Its Host Insect Pest

- Food plant of a pest insect is determined not by its own genome but by its gut symbiont -

Development of optical f iber power standard[PDF:240KB]

- High-accuracy measurements of optical fiber power and its international comparison -

A new ion beam source using a metal cluster complex[PDF:240KB]

Precise mass measurement of mass standards under vacuum condition[PDF:270KB]

Crystal structure determination of solid oxygen ε phase[PDF:270KB]

- Discovery of an O8 cluster in a red solid state -

Development of a precise method for the quantitative analysis of volatile organic compounds[PDF:270KB]

A highly-collimated solar simulator for photovoltaics calibration[PDF:270KB]

Simple fabrication of hollow microspheres using microbubbles as templates[PDF:240KB]

Fabrication of stable ceramic slurries to produce green high-density bodies[PDF:240KB]

Development of an intelligent electric wheelchair equipped with an omni-directional stereo camera system[PDF:280KB]

Microbial resolution of DL-homoserine for the production of D-homoserine[PDF:280KB]

A micro immuno-sensing chip for cardiac marker detection[PDF:250KB]

Successful Development of a Binder Free Ceramics Forming Technology Using Microwave Radiation

- Environmentally friendly without emissions of gases from decomposition of organic binders in the calcination process -

Successful Development of a High-Power Silicon Carbide Semiconductor Device with the Lowest Specific On-Resistance

- Successful creation of a 10A trial device for energy-saving domestic electrical appliances -

Discovery of a Nanocarbon Material with the World's Highest Capacity to Remove Active Oxygen

- a highly promising material for applications such as photodeterioration inhibition -

The Development of Production Technology for Large-Area Single Crystalline Diamond Wafers

- Towards the application of diamonds in electronics -