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AIST:Research Results Archive

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Research Results Archive

1621-1640(Total 1843 Count)

Material Design of Half-Metallic Ferromagnet and the Synthesis[PDF:43KB]

Update:10/11/2002

  • Nanoelectronics Research Institute

Preparation of Long Silver Nanowires with a High Aspect Ratio[PDF:43KB]

Update:10/11/2002

  • Institute for Marine Resources and Environment

Direct Observation of Nanomolecular Motion by STM[PDF:53KB]

Update:10/11/2002

  • Institute of Mechanical Systems Engineering

Continuous Particle Self-Arrangement in a Long Micro-Capillary[PDF:53KB]

Update:10/11/2002

  • Micro-Space Chemistry Laboratory

A Composite Particle Named "Magneto-Liposome" as a Drug Capsule[PDF:43KB]

Update:10/11/2002

  • Photonics Research Institute

Development of High Performance Tunneling Magneto-resistive Devices[PDF:43KB]

- Toward over G-bit M-RAMs -

Update:10/11/2002

  • Nanoelectronics Research Institute

Development of Ultrafine Ink-Jet Technology[PDF:50KB]

Update:10/11/2002

  • Nanotechnology Research Institute

Development of a Space Maintenance Robot[PDF:41KB]

Update:10/11/2002

  • Energy Electronics Institute

Protein Classification with Hidden Variables[PDF:41KB]

Update:10/11/2002

  • Computational Biology Research Center

A Tele-operated Humanoid Robot Drives a Lift Truck![PDF:59KB]

Update:10/11/2002

  • Intelligent Systems Research Institute

Active Enzymes at Around 100℃[PDF:77KB]

Update:10/11/2002

  • Biological Information Research Center

Mortalin in Cellular Senescence and Immortalization[PDF:48KB]

Update:10/11/2002

  • Research Center for Glycoscience

Systematic Clustering of a Large Superfamily Based on Sequence, Structure and Function[PDF:197KB]

- Application to the TIM Barrel Glycosidase Superfamily -

Update:10/11/2002

  • Computational Biology Research Center

AIST successfully develops a laboring humanoid robot that can lie down and get up:

- A First Step to Realize a Humanoid Robot that is Safe against its Falling -

Update:09/19/2002

  • Intelligent Systems Research Institute

AIST develops method to produce uniform thin film of three-dimensional silver nanoparticle clusters 20 nm in diameter on an optical disk:

Nanoparticles produce optical field enhancement and could be applied in next-generation ultra-high density optical data storage

Update:09/09/2002

  • Laboratory for Advanced Optical Technology

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