This new technique enables the orientation of fluorescent ligands to be probed even when their electronic transitions overlap with those of the macromolecule and conversely.
Based on the chained form, we secondly derive the path-following feedback control method which enables the orientations of the two carriers relative to the tangent of the path to be controllable.
Thus it enables identifying the orientation of transcripts.
Based on the experimental and theoretical results, the present manufacturing technique enables the spatial orientation of nanotube in the final product by taking advantage of shear flow combined with dimensional constraining inside the microfluidic channels.
In contrast to the layer-by-layer approaches employed in most AM processes, CLF enables the directed orientation of the fibers in all spatial coordinates, that is in the x-, y-, and z-directions.
Integrals were calculated for the NH2 symmetric and the CO2 asymmetric stretches, to enable details of the orientation of adsorbed molecules in the functionalized framework to be measured (see the Supporting Information).
Linear dichroism measurements of the crystals coupled with a knowledge of the absorption anisotropy of the dyes obtained from semi-empirical molecular orbital theory, enabled the determination of the orientation of at least one dye molecule within each of the principal growth sectors ({010}, {021}, {110}, {001}, {111}) of K2SO4.
This enabled us to determine the orientation of the tag, which in turn relates to the posture of a bird, i.e., whether it was standing up or sitting down.
This approach yielded data that enabled us to assess the orientation of cellulose fibrils, which was different in two layers within the cell wall.
The use of multiple data sources allowed for a comparison of resource estimates, while the modeling of meteorological data enabled the investigation of panel orientation and inclination.
Alignment of a sequence to gene regions with known transcripts also enabled the inference of sequence orientation.
