Sentence examples for resolve techniques from inspiring English sources

While the depth resolve techniques can determine the birefringence magnitude and the orientations projected in the imaging plane within their axial resolution limit, the Mueller matrix itself obtained from the polarimetric depth-averaged measurements contains a lot of information, including potentially an answer to the above homogenous versus heterogeneous question.

The main advantage of this new formulation is the disposal of exact results for describing the dynamic behaviour, as extracted by time-resolved techniques.

These two regimes will give rise to small and large diffusion constants respectively, which will be discussed in connection with time-resolved techniques.

Instead of assuming that a universal model exists for all flow scales such as in a classically applied Reynolds-Averaged Navier Stokes (RANS) approach, in this work the use of eddy-resolving techniques has been investigated.

The additional level of accuracy provided by eddy-resolving techniques clearly offers substantial advantages for use as a design and optimization tool, and can even provide validation and closure to existing RANS models in cases where experimental data is unavailable.

Spatially resolved techniques, such as photoemission electron microscopy (PEEM) and ellipsomicroscopy for surface imaging (EMSI), have been particularly useful in the investigation of pattern formation during CO oxidation on platinum catalysts.

Finally, ASD can be used to better interpret the results of depth resolved techniques which use Mueller matrix imaging.

Many single cell studies are hitherto carried out on microscopes where they are studied by optical techniques such as optical spectroscopy, patch-clamp-, and time resolved techniques.

In time resolved techniques a short pulse of light (<100 ps) is launched to the medium at a selected point and time.

The intermediates were studied with spatially resolved techniques such as crystallography with kinetic resolutions down to the sub-nanosecond time range [ 2, 3, 11].

Polarization resolved techniques are indeed highly sensitive to the sub-micrometer distribution of anisotropic elementary components within a sample, much below the optical resolution, as routinely exploited in ellipsometry measurements.