Research Results Archive

Successful 65% Reduction in the Energy Consumption of a Circulating Pump by Using a Surfactant

- Verification of the energy-saving effect by using a hot-water circulating pump in the Sapporo City Hall -

Development of Large-Scale Production Technology of Anti-Reflective Lens using Nanoparticles

- Lowering the production cost of high-performance lenses by dies with nanostructure -

Successful Development of a Small, High-Performance Micro Fuel Cell Bundle

- Realizes more than two watts of output power in a unit size of a sugar cube (one cubic centimeter) below 600 ℃ -

Development of a Resource-Saving Manufacturing Method for Non-Silicon-Based Solar Cells

- Expecting Mass Production of Large Area High Performance Solar Cells -

Novel effect of a hypolipidemic drug on circadian rhythm sleep disorders

- Regulation of the circadian clock by fibrate -

Development of Cryocooler without Liquid Helium Cryogen[PDF:163KB]

Observation Technique of Low-temperature Object by Phase-contrast X-ray Imaging[PDF:453KB]

- Nondestructive imaging of air clathrate hydrates -

Monitoring of Pyrolytic Gas Evolution[PDF:453KB]

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 -