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The axial resolution predicted by the bandwidth of the SLD laser source is 6.9 µm.
The axial resolution predicted by the bandwidth of the superluminescent diode laser source (centered at 840 nm; Superlum, Ireland) is 6.9 μm.
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Concentrations of micropollutants(1) such as pesticides and biocides in freshwater streams may strongly fluctuate over time, as demonstrated by an increasing number of chemical monitoring studies with high temporal resolution or predicted by pollutant fate models.
The images are obtained using compressed sensing (CS) and by exploiting the Hermitian symmetry of k-space, to increase the resolution beyond that predicted by the Nyquist theorem.
The brown curve represents the Multiresolution Deltacom using the resolution value t̃ predicted by the regression line for each AS, and then computing (R_{1}(AS)) in ({mathscr{C}}_{tilde{t}}). Finally, if we use 15% of the AS routers when matching the partition at ({mathscr{C}}_{tilde{t}}) for each AS, then we get the light blue curve.
Since edge diffraction patterns can be calculated by finite difference time domain (FDTD) analysis, the size of light source providing optimum resolution can be predicted by calculating and comparing pattern images corresponding to the size of the light source using this analysis.
This result is predicted by breed history.
The optimal operating condition was validated using experimental runs and was found to give the same resolution as what was predicted by the simulation.
Performance characteristics of importance for particular beamlines, such as radiation spot size and flux at sample vs size of secondary source aperture for high-resolution microscopy beamlines, are predicted by the simulations.
The atomic configuration of the clusters was determined by comparing displacement maps from high-resolution TEM images to those predicted by atomistic models.
For θ 2 < 0.5, the hexagonal population has 3/2 times the resolution of the square population, as predicted by the packing ratios.
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