Many of these endeavours have been driven by advances in the field of nanotechnology and the need to investigate the morphological features of sub-micron size materials.
Antireflective structures with features of sub-wavelength size are appropriate as an alternative to interference coatings for obtaining antireflective properties on optical surfaces.
Statistical evidence for different mechanisms are present in the biophysical features of sub-tropical patterned peatlands, such as the ridge and slough landscape (RSL) within the greater Everglades wetland system.
However, the absence of effective microscopic OPT implementations precluded the use of OPT in vivo, for imaging anatomical features of sub-millimeter-sized model organisms with adequate resolution.
Deciphering the origin of uniquely eukaryotic features of sub-cellular systems, such as the translation apparatus, is critical in reconstructing eukaryogenesis.
Linkages of this information to unique features of sub-populations including social behaviour and integration patterns will facilitate the identification of chains of transmission and, ultimately, the design and implementation of appropriate control strategies.
One feature of sub-Saharan Africa, as The World in 2013 points out, is that its population is becoming increasingly urbanised.
Stability of revenues is an important feature of sub-national revenue systems.
Among many new exploratory proposals, steep switching device (i.e., transistor/device which has the feature of sub-60-mV/decade SS) is one of the promising suggestions.
During the article, we will examine emerging challenges such as the need to develop systems that can reach feature sizes of sub 10 nm, techniques such as solvent-annealing that can be used to generate patterns in short times and polymers that can be designed or modified to give high etch contrast during pattern transfer.
Initially, the probe input image is split into various sub-regions, and the features of each sub-region are then extracted using Gabor and PC methods.
