Microwave-assisted Polyester Synthesis[PDF:291KB]

Micro-thermoelectric Hydrogen Sensor[PDF:291KB]

High-efficiency Ultraviolet Light Emission from a Diamond Semiconductor[PDF:394KB]

A High-performance Catalyst for Purification of Exhaust Gases[PDF:394KB]

Development of a Nano-scale Dispersion Technique for Immiscible Polymer Blends[PDF:395KB]

Development of a Pipe-type Module for a Power Generating Heat Exchanger[PDF:395KB]

Development of a Liquid Crystalline Organic Semiconductor Forming a Helical Structure[PDF:430KB]

Establishment of a Technique for Production of High-performance Thin Films with Laser Irradiation[PDF:430KB]

Massive Synthesis of Organic Nanotubes[PDF:391KB]

A Portable High-speed DNA Analysis Device[PDF:391KB]

Inter-domain Advance Reservation of Coordinated Network and Computing Resources over the Pacific[PDF:1.1MB]

Discovering the Principles of Molecule-Selective Nanovalves in Carbon Nanotubes

- With promising applications to molecule-selective filters and gas sensors -

Successful Development of a System for Instantaneous Distribution of Large-Volume Data at Hospitals and Broadcast Stations

- User-friendliness allowing users to operate the central data server as a terminal PC -

The Successful Development of a Gasket Substitute for Asbestos

- Easy to handle and extensively applicable -

The Successful Development of the Upgraded Atmospheric Dispersion Model for Exposure and Risk Management (ADMER: Version 2.0)

- Increasing accuracy in estimating concentrations in a small area -

Successful Development of a Thin Film for a Switchable Mirror That Can Be Switched Between Reflective and Transparent States

- Development of a switchable mirror that turns into a color-neutral transparent state -

Calibration Facility for Feed Water Flowmeters in Nuclear Power Plants[PDF:350KB]

Subsecond Multi-Property Measurement for Thermal Design[PDF:350KB]

Time-of-Flight Mass Spectrometry with an Ion Attachment Ionization Technique[PDF:471KB]

Development of Frequency Transfer and Dissemination Methods Using Optical Fibers[PDF:471KB]