Novel Ionic Liquids Electrolyte for Li Metal Anode[PDF:532KB]

- Ionic Liquids Based on Aliphatic Quaternary Ammonium -

New Li-Mn-O Cathode Materials with High Voltage and Capacity[PDF:532KB]

Ceramic Reactor to Purge NOx by Using Power Derived from Exhaust Heat[PDF:444KB]

- Utilization of Electrochemical Device for Purging Vehicle Exhaust Gas -

Development of High Performance Magnetic Tunnel Junction (MTJ) Devices[PDF:444KB]

High Accuracy Automatic Fitting for Next Generation Transistor Model HiSIM[PDF:265KB]

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

Elucidation of proton diffusion mechanisms by solid-state NMR[PDF:265KB]

- Proton diffusion measurements in inorganic solid acid salts (potential solid electrolytes in fuel cells) containing no water -

Development of a new goniophotometer for accurate absolute calibration of total luminous flux[PDF:590KB]

Production of Hydrogen Out of Woodchip[PDF:590KB]

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

Decomposition of environmentally persistent perfluorocarboxylic acids by a heteropolyacid photocatalyst[PDF:342KB]

Novel Fe-Mn oxide positive electrode for rechargeable lithium battery[PDF:342KB]

Technology developed by AIST used to neutralize bombs containing poisonous chemicals found in Kanda Port, Fukuoka[PDF:399KB]

4H-SiC Lateral RESURF MOSFETs[PDF:399KB]

A new growth technique for high-quality III-nitride semiconductors[PDF:356KB]

Electrically conductive DLC coatings by plasma based ion implantation[PDF:356KB]

Nano-Sized Calcium Phosphate Crystals Obtained by Bio-Inspired Methods[PDF:518KB]

n-Type Organic Thin Film Transistor Prepared by Solution Process[PDF:518KB]

Supersensitive two-photon absorption material[PDF:393KB]

- Seeking for materials efficiently absorbing two photons simultaneously -

Development of fiber-optic structural health monitoring system[PDF:393KB]

Detoxification of Dioxins under Mild Conditions[PDF:473KB]

Super CO tolerant anode catalysts for fuel cells - A new generation electro-catalysts based on organic metal complexes[PDF:473KB]