| What's New | |
|---|---|
| 2011.12.28 | <<Research Results>>Improvement in performance of electrochromic
devices through printing of fine metal wires - A step toward larger-area light-control glass and electronic paper |
| 2011.12.28 | <<Research Results>>Technology for color imaging in darkness - Successful imaging of color animation of objects in darkness - |
| 2011.12.28 | <<Research Results>>An alternative of platinum counter electrodes
for dye-sensitized solar cells - Development of a ternary material with a core-shell structure - |
| 2011.11.07 | <<Research Results>>New Technology to Control the Dispersion
of Single-Wall Carbon Nanotubes with Light - Development of a dispersing agent to allow easy control of the dispersion and aggregation states of carbon nanotubes - |
| 2011.11.07 | <<Research Results>>Fabrication method for submicrometer spherical
particles - Utilizing instantaneous high temperature generated by laser irradiation - |
| 2011.08.23 | <<Research Results>>Simulation of phenomena from optical excitation to charge splitting in organic materials for solar cells - Analyzing the microscopic photovoltaic phenomenon in a charge-transfer complex - |
| 2011.06.16 | <<Research Results>> Low-cost Chirality Separation of Single-wall
Carbon Nanotubes (SWCNTs) - High-purity separation of SWCNTs with different carbon atom arrangements by simply pouring a dispersion solution onto a commercially available gel - |
Nanosystem Research Institute (NRI), AIST
Central5 Higashi, Tsukuba, Ibaraki 305-8565 Japan