Development of a Fluorescent Organic Nanotube

- Useful for analysis of in vivo behavior of organic nanotubes -

Ultra-low-energy ion implantation to decrease the resistance of silicon[PDF:380KB]

Ultraprecision ruler in nanometer world[PDF:380KB]

Development of a pulse-driven Josephson voltage standard[PDF:350KB]

Introduction of distributed energy networks to residential homes[PDF:350KB]

Functional enhancement of ADMER[PDF:360KB]

Development of a new gasket substituting for asbestos products[PDF:360KB]

Micro SOFC with high output performance[PDF:290KB]

Development of production technology for large-area single crystalline diamond wafers[PDF:290KB]

Development of a thin film for a mirror switchable between reflective and transparent states[PDF:438KB]

Intrusion protection system for large-scale networks[PDF:438KB]

Device for highly-efficient generation of hyperpolarized xenon gas to improve MRI sensitivity[PDF:443KB]

Development of "AIST-SOA Virtual Cluster Management System"[PDF:443KB]

Elucidation of mechanism of bone-conducted ultrasonic perception and development of a novel hearing aid[PDF:292KB]

Development of a High-Sensitivity Rapid-Response NOx Sensor

- Application as sensor of vehicle emissions is expected -

Development of a Total Fluorine Analyzer that is several hundred times as sensitive as a conventional analyzer

- Makes possible the easy and prompt analysis of environmental samples and industrial products -

Development of a Nanopipette with an Inner Diameter of 50 nm Using an Organic Nanotube

- Micromanipulation technology made the nanopipette possible -

Auto-illuminating Fluorescent Protein for Greater Sophistication in Cell Imaging

- Protein fluoresces without exposure to light -

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 -