日本語

 

Research Results Archive

 ~    

Research Results Archive

621-640(Total 1895 Count)

A Regenerative Therapy Method for Diabetes Using Adult Neural Stem Cells

- Towards regenerative medicine transplanting patient’s own stem cells to diseased parts -

Update:12/15/2011

  • Research Center for Stem Cell Engineering

Soft Thermoelectric Conversion Devices Fabricated by Printing

- Conversion of slight differences in temperature in the environment into electric power -

Update:12/05/2011

  • Flexible Electronics Research Center

Realization of Low-resistance Ultra-fine Copper Wires Using an Inkjet Technology

- Evolution toward next-generation IC boards and micro printed circuit boards for cell phones and IC tags -

Update:11/24/2011

  • Flexible Electronics Research Center

Construction of a Power Visualization System at Low Cost

-Evaluation of the accuracy of power measuring units using a calibration system based on the national standards –

Update:11/18/2011

  • Metrology Institute of Japan

Ceramic Electrolyte Sheet for Next-Generation Rechargeable Batteries

- Flexible thin large-area sheet with high lithium ion conductivity -

Update:11/07/2011

  • Advanced Manufacturing Research Institute

Update:10/24/2011

  • Flexible Electronics Research Center

A compact system generating high-precision electric field[PDF:255KB]

- Electric field standards using a waveguide -

Update:10/03/2011

  • Metrology Institute of Japan

Aiming at an ultimate clock[PDF:255KB]

- Development of a Sr/Yb optical lattice clock -

Update:10/03/2011

  • Metrology Institute of Japan

Development of AC Josephson voltage standards[PDF:342KB]

- Approaches for realization of the next-generation quantum AC voltage standards -

Update:10/03/2011

  • Metrology Institute of Japan

An ultrasonic flowmeter for accurate measurement of micro-flow rates[PDF:342KB]

- Improving the performance of semiconductor manufacturing equipment and reducing running costs -

Update:10/03/2011

  • Advanced Manufacturing Research Institute

Development of a silicon nitride ceramic material which maintains strength even under large thermal changes[PDF:337KB]

- Dispersion of boron nitride fine particles results in dramatic improvement in resistance to thermal shocks -

Update:10/03/2011

  • Advanced Manufacturing Research Institute

Update:10/03/2011

  • Diamond Research Laboratory

Fabrication method for submicrometer spherical particles[PDF:306KB]

- Utilizing instantaneous high temperature generated by laser irradiation -

Update:10/03/2011

  • Nanosystem Research Institute

Development of a new oxide material for the negative electrode of lithium-ion batteries[PDF:306KB]

- High capacity hydrogen titanium oxide prepared by soft chemical synthesis -

Update:10/03/2011

  • Advanced Manufacturing Research Institute

Organic materials that liquefy upon irradiation by light[PDF:334KB]

- Novel reusable photoresponsive materials -

Update:10/03/2011

  • Electronics and Photonics Research Institute

Novel concept of organic photovoltaic cell[PDF:334KB]

- Demonstration of photoelectric conversion at near-infrared region (wavelength > 1 µm) -

Update:10/03/2011

  • Flexible Electronics Research Center

Update:10/03/2011

  • Bioproduction Research Institute

The membrane separation technology for refining biobutanol[PDF:685KB]

- High concentration butanol recovered from 1 wt% butanol solution -

Update:10/03/2011

  • Research Institute for Innovation in Sustainable Chemistry

A Factor Regulating the Aging and Rejuvenation of the Brain

- Discovery of an environmental factor for the activation of aged neural stem cells -

Update:09/15/2011

  • Research Center for Stem Cell Engineering

An Instrument for Simple and Easy Measurement of Refractive Index of High-temperature Molten Materials

- Expectations for use in optical information and metal refining industries -

Update:09/12/2011

  • Electronics and Photonics Research Institute

The first page31323334353637383940The last page

▲ ページトップへ

Copyright © National Institute of Advanced Industrial Science and Technology (AIST)
(Japan Corporate Number 7010005005425). All rights reserved.