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1121-1140(Total 1858 Count)
Development of an environmentally conscious hard metal FeAl-WC[PDF:434KB]
Update:10/11/2005
Thin Films of Single-wall Carbon Nanotubes that Emit Polarized Light[PDF:286KB]
Development of am energy-saving sintering process using microwave technology[PDF:286KB]
Toward the realization of ultimate continuous-wave light sources[PDF:618KB]
- Generation of arbitrary wavelength light with a continuous-wave optical parametric oscillator -
Development of Organic Ferroelectrics Using Low-Molecular-Weight Materials[PDF:618KB]
Nanoporues Materials for Lithium Storage Device with High Power and High Energy Densities[PDF:168KB]
Multifunctional films with low-emittance and photocatalytic properties to energy-efficient-windows[PDF:168KB]
High-performance organic thin-film photovoltaic cell with molecular p-n junctions[PDF:595KB]
Integrated Information Service System for EXPO 2005 AICHI based on CONSORTS Architecture[PDF:595KB]
Structural basis of HutP-mediated regulation mechanism of antitermination of transcription[PDF:597KB]
Dew Point Measurement of Gases with Optical Waveguide Technique[PDF:597KB]
Energy-saving Effect by Applying Solar Refl ective Paint to Automobiles[PDF:605KB]
English Version and Revised Edition of the ADMER[PDF:605KB]
Self-Aligned-Gate Ferroelectric FET with Long Memory Retention[PDF:346KB]
Velocity modulation nano-FETs based on a inter-subband transition[PDF:346KB]
Ultra-Slim Network Node Development[PDF:464KB]
- Aiming to the ubiquitous and the ubiquitous-robot society -
Thermophilic bacterial laccase[PDF:464KB]
Microfluidic flow control based on photo-induced reversible wettability conversion.[PDF:456KB]
A novel fabrication technique for surface microstructures on silica glass plates
- Flexible micro-fabrication on silica glass through progressive photochemical processing induced by UV laser irradiation on centimeter-sized area: etching a micro-trench with a maximum aspect ratio of 60 -
Update:08/24/2005
A Novel Technique for Separating Cells through Optical Means
- Handling Aimed Cells Freely on A Substrate without Hurting Them -
Update:07/14/2005
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