For periodically distributed fiber composites with square in-plane periodicity, we observe the transition of the instability induced patterns from small wavelength wavy pattern to long wave mode with an increase in fiber volume fraction.
An interesting feature of the plot is that values of the RER for all wavelengths form a pattern - they start rising as the target moves away from the detector, reach the maximum close to a midpoint (17 mm) and then start decreasing pass that point.
Room temperature charge localization induced by a large wavelength moiré pattern is also observed by scanning tunneling spectroscopy.
A new family of two-dimensional optical hybrid code, which employs optical complementary codes and zero cross correlation codes, constructed by the balanced incomplete block design, as time spreading and wavelength hopping patterns, respectively, is proposed in this paper.
Double wavelength lattice patterns used here are produced by two techniques, one is by double wavelength laser, and the other is by liquid crystal display (LCD).
Here we present a novel photolithography technique, Nanosphere Photolithography (NSP), utilizing the self-assembled planar ordered single layer transparent spheres to generate sub-wavelength regular patterns over a large area on common photoresist.
We have developed a novel photolithography technique, the Nanosphere Photolithography (NSP) technique [4, 5], which utilizes a self-assembled ordered monolayer of hexagonally close packed (HCP) micro-spheres as nano-jets [6] to generate sub-wavelength regular patterns over a large area on standard photoresist.
But as a wave, the particles can go through both slits at the same time, and when the slits are about as small as the particles' wavelength an interference pattern emerges on the other side.
Linear and non-linear stability analyses of the evolution equation give estimates of the emerging pattern wavelength and spatial symmetry.
