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1641-1660(Total 1848 Count)
Mortalin in Cellular Senescence and Immortalization[PDF:48KB]
Update:10/11/2002
Systematic Clustering of a Large Superfamily Based on Sequence, Structure and Function[PDF:197KB]
- Application to the TIM Barrel Glycosidase Superfamily -
Carbon Nanotube For Optical Communications "Opening Up New Possibilities for the Optical Switch"
Update:10/03/2002
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
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
Mechanism of Catalytic Reactions of Ribozymes Revealed by Computer Simulation
- A Contribution to Gene Therapy for Cancer and Other Diseases -
Update:08/08/2002
Discovery of Friction-Generated Micro-Plasma
- With a Comet-like Propagation Pattern Around the Contact Point -
Update:07/30/2002
Electromagnetic Exploration to Detect Fluids in Seismogenic Regions[PDF:153KB]
Update:07/17/2002
100,000-Year Periodicity in Earth's Magnetic Field Variations[PDF:153KB]
Monitoring System of Coastal Environment using Blimp and Underwater Robot[PDF:315KB]
A 3-D Imaging of the Seismogenic Zone, Off Tokai[PDF:315KB]
Fluorescent Quenching-Based Quantitative Detection of Specific DNA/RNA[PDF:50KB]
Realization of Iodine-Stabilized Nd:YAG Lasers[PDF:50KB]
Observation of the Protonic Diffusion in Ice[PDF:67KB]
- Breakthrough for the Research on Protonics -
Fabrication of Transparent Titanium Oxide Thin Film using Organic Solution[PDF:67KB]
New Polishing Method for CVD Diamond Film[PDF:43KB]
Precision Machining of Brittle Materials[PDF:43KB]
Ceramic Matrix Composites by Two-Step Reaction Bonding[PDF:93KB]
CdSe Nanoparticles Prepared in a Microspace[PDF:93KB]
- A Controlled and Continuous Preparation of Monodispersed CdSe Nanoparticles -
A Novel Low-k Material for an Interlayer Insulator Film[PDF:83KB]
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