Molecularly Imprinted Polymer Membranes with Photoregulated Template Binding[PDF:189KB]

Exhibition Visitor Support System Based on Active Wireless Tag and Multi-Agent Technology (Aichi Expo 2005 Global House)

- Support Marketing Efforts While Respecting User's Privacy -

World First Discovery of Ice Nanotube at "Room Temperature"

- Opening The Way to New Generation (Nano-Size) Ink Jet -

Ultra-Slim Network Node Development for Ubiquitous Community

- General Purpose Network Node for Sensor Network or IC Tag -

Development of High Accuracy Automatic Fitting Technology for Next Generation Transistor Model HiSIM

- Cost Reduction for Development of Semiconductor Manufacturing Process through Application of Genetic Algorithm -

In-Ambulance Remote Image Acquisition System Based on New Data-Compression Technology

- High Operability for Quick Acquisition of Urgent Medical Image -

New Ionic Liquid Electrolyte Developed for High Charge-Discharge Efficiency of Lithium Electrode

- A Breakthrough toward Practical Use of Lithium Metal Battery -

Ceramic Reactor to Purge NOx by Using Power Derived from Exhaust Heat

- Utilization of Electrochemical Device for Purging Vehicle Exhaust Gas -

Seal-Type Robot "PARO" to Be Marketed with Best Healing Effect in the World

- New Version of "PARO" to Be Leased from AIST Venture -

Optical Hall Effect Fully Clarified

- Opening The Way to Innovative Technologies for Optical Communications and Quantum Computer -

Cost Reduction for Secondary Lithium-Ion Battery

- New Lithium Manganese Oxide Cathode Materials with High Voltage and Capacity Developed -

n-Type Organic Thin Film Transistor Prepared by Printing Method

- Highest Electron Mobility Achieved in n-Type Organic Semiconductor by Coating with Fullerene Derivative -

Ultra-Fast Semiconductor Optical Switch Using II-VI Semiconductor Materials

- To Accelerate Research and Development of Ultra-Fast Optical Communications -

Environmentally Persistent Fluorinated Organic Compounds Successfully Decomposed

- Perfluorooctanoic Acid (PFOA) Fully Decomposed by Heteropolyacid Photocatalyst -

A novel multifunctional energy efficient window capable of automatic solar irradiation control in response to environment temperature

- Original structure leading to the highest performance towards commercial applications -

New High Capacity Li-Fe-Mn Positive electrode Materials Developed

- Opening The Way to Low Cost Lithium Ion Battery -

Production of Hydrogen Out of Woodchip

- Demonstration of Continued Bench Scale Production with Carbon Dioxide Absorbed by Calcium -

Photonic Film with Enormous Electro-Optical Conversion Capability Prepared through Aerosol Deposition (AD) Process

- Optical Linkage between Electronic Circuits Implemented at Low Cost and Low Voltage -

An Innovative Display System to Present Multiple Images of Different Formalities

- You Can View TV, Digital Photo, and/or PC at Once -

Development of Single-CD Linux "KNOPPIX / IPv6" with International Accreditation IPv6 Ready Logo Acquired

- Providing Easy Environment of Internet Infrastructure for Next Generation -