- [nanoPost] Nanotubes for the semiconductor industry
The company is devoted to develop, validate and utilize state of the
art nanoscale technologies for the semiconductor industry by enhancing performance and enabling new functionalities.
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- [nanoPost] Radical cooling technology
The company's products are based on nano/microfabrication techniques.
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- [nanoPost] Printable antennas, physical, chemical and biological sensors, and RFID tags
The company develop contact T sensing elements in tailored size from inches to nanometers, and electrical response signal.
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- [nanoPost] Quantum Dot display and lighting solutions
A nanotechnology product company delivering a new generation of display and lighting solutions to major industries where color, power and design matter.
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- [nanoPost] Cerium Oxide (CeO2) Nanoparticles
Ceria (cerium oxide, CeO2) nano abrasive powder finds applications in the precision polishing of most semiconductor substrate materials including silicon, sapphire, GaAs, etc.
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- [nanoPost] NEWS ITEM: Upgrading Li-battery performance via nanotechnology
Lithium batteries, as a main power source or back-up power source for mobile communication devices, portable electronic devices and the like, have attracted much attention from the scientific and industrial fields due to their high electromotive force and high energy density.
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- [nanoPost] NEWS ITEM: Nanotechnology for cheap plastic memory
A very cheap plastic nanotech memory has been developed by combining the favorable properties of ferroelectrics and semiconductors. From the University of Groningen.
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- [nanoPost] NEWS ITEM: Affordable technique for creating nano patterns
Princeton engineers have invented an affordable technique that uses lasers and plastic beads to create the ultrasmall features that are needed for new generations of microchips.
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- [nanoPost] Nanosilicone elastomer for industrial molding compounds
By adding the product to a system already filled with fumed silica, the mechanical properties can be substantially improved with only a slight increase in viscosity.
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- [nanoPost] Selective growth of CNT
Carbon nanotubes are grown in large scale by CVD methods but the control ot their position and size is not easy. Applications such as electronic components, display, emission electron require however that the position oh the CNT is optimised
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