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We describe microfluidic channel assisted carbon nanotube (CNT) alignment followed by microfabrication and characterization of a suspended CNT thin film. The alignment of CNT is enhanced by heating the CNT dispersion, which is characterized with Raman spectroscopy yielding a high G- to D-band intensity ratio of 22 along the microfluidic flow direction. The sidewall of CNT film pattern, left in a lift-off...
An all single-walled carbon nanotube film was deposited through layer-by-layer self-assembly without use of a copolymer, resulting in 75% reduction of resistivity compared to previous composite films made with copolymer. The deposited film thickness could be well controlled by changing the number of dipping cycles. Moreover, a 3-terminal electromechanical switch built with this thin film behaved like...
We investigated the effect of the electrode material on the electrical-switching characteristics (i.e., electrical-switching behavior, switching voltage, and on/off current ratio) of a nonvolatile resistive-memory device based on an active poly(o-anthranilic acid) thin film. The switching characteristics of the active polymer layer were found to depend strongly on the bottom-electrode (BE) material...
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