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- W2122180812 abstract "This paper reports on the directed self-assembly of nanoparticles onto charged surface areas with a resolution of 200 nm from the liquid phase and 100 nm from the gas phase. The charged areas required for this type of nanoxerographic printing were fabricated using a parallel method that employs a flexible, electrically conductive, electrode to charge a thin-film electret. As electrodes, we used metal-coated polymeric stamps and 10 µm thick doped silicon wafers carrying a pattern in topography. Each electrode was brought in contact with a thin-film electret on an n-doped silicon substrate. The charge pattern was transferred into the thin-film electret by applying a voltage pulse between the conductive electrode and the silicon substrate. Areas as large as 1 cm2 were patterned with charge with 100 nm scale resolution in 10 s. These charge patterns attract nanoparticles. A liquid-phase assembly process where electrostatic forces compete with disordering forces due to ultrasonication has been developed to assemble nanoparticles onto charged based receptors in 10 s from a liquid suspension. A gas-phase assembly process was developed that uses a transparent particle assembly module to direct particles towards the charged surface while monitoring the total charge of assembled particles. Nanoparticles were generated using a tube furnace by evaporation and condensation at the outlet. The electrostatically directed assembly of 10–100 nm sized metal (gold, silver) and 30 nm sized carbon particles was accomplished with a resolution 500–1000 times greater than the resolution of existing xerographic printers." @default.
- W2122180812 created "2016-06-24" @default.
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- W2122180812 date "2003-08-27" @default.
- W2122180812 modified "2023-09-27" @default.
- W2122180812 title "Printing nanoparticles from the liquid and gas phases using nanoxerography" @default.
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- W2122180812 doi "https://doi.org/10.1088/0957-4484/14/10/301" @default.
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