A CMOS electronic microarray device was used to carry out assisted self-assembly of quantum dots into multilayer structures. CMOS electronic microarrays produce reconfigurable DC electric fields that allow DNA, proteins and other charged molecules to be rapidly transported from the bulk solution and addressed to any activated site on the array surface. Such a device was now used to carry out ra...

Abstract In this paper, silicone rubber materials with foam/solid alternating multilayered structures were successfully constructed by combining the two methods of hot-pressing and supercritical carbon dioxide (SCCO 2 ) foaming. The cellular morphology mechanical properties systematically studied. results show that growth cell was restrained solid layer, resulting in a decrease size. addition, ...

Plasmonic structures based on stacked layers of metal and dielectric materials excel as broadband absorbers because the nonlinear relationship between compound materials’ dispersion characteristics multilayered structure’s actual performance. In this work, radiation absorption along plasmonic absorber is studied. Broadband absorptance spectra play an important role in applications such photovol...

Electrostatic assembly of multilayered thin films through sequential adsorption of polyions in layer-by-layer fashion utilizes the strong electrostatic attraction between oppositely charged molecules. We perform molecular dynamics simulations of multilayers of flexible polyelectrolytes around a charged spherical particle. Our simulations establish that the charge reversal after each deposition ...

Changing the carbon feedstock from pure ethanol to a 5 vol % mixture of acetonitrile in ethanol during the growth of vertically aligned single-walled carbon nanotubes (SWNTs) reduces the mean diameter of the emerging SWNTs from approximately 2 to 1 nm. We show this feedstock-dependent change is reversible and repeatable, as demonstrated by multilayered vertically aligned SWNT structures. The re...