Sentence examples for employed for sampling the from inspiring English sources

The PIR sensors D 205b commercially available are employed for sampling the thermal radiation changes [37].

A manual process was employed for sampling the surface as follows.

When the bivariate joint degree distribution of neighboring nodes are Pareto distributed as given by Eq. 7 and random walk with jumps is employed for sampling, the EI is given by theta = 1 - frac{E[!D]}{E[!D]+alpha} 2^{-gamma}, (15).

As shown with the measurements above, the simultaneous acquisition of the two can be employed for samples where the imaging speed of the Raman channel may not be fast enough to follow dynamic changes which can occur during the acquisition.

Thus, the principle design decisions are with regard to the definitions employed for sampling and archiving policies.

Considering the hierarchical structure of Chinese administrative districts and the imbalanced population distributions among the different provinces, a stratified 3-stage probability-proportion-to-size sampling method was employed for sampling in this study.

A 20-nm Al0.3Ga0.7N interlayer was inserted between the AlGaN/GaN MQW layer and the GaN template in sample A, whereas four periods of GaN/AlN superlattice (SL) layers (AlN barriers, 3.6 nm; GaN wells, 1.4 nm) were employed for sample B as the interlayer.

The nanoparticles appeared to be freely aggregated in the cytoplasm, although the conditions employed for sample fixation were not optimized for membrane preservation and contrasting, and the possibility that they were in a subcellular compartment cannot be excluded.

The procedure employed for sample preparation is based on preincubation of cells with the probes, thereby proving that 1) the new compounds do not need a permeabilisation step, which is necessary for penetration of phalloidin, and 2) cell spreading is not influenced by preincubation with the new systems.

The peak area from the analysis of a specific DNA adduct also may be reduced by ion suppression that is caused by competing ionization of constituents of DNA or of the solvents employed for sample workup.

A minority of studies have not demonstrated an association and this may be attributed to significant differences in the methodologies employed for sample selection, immunostaining techniques, vessel counting and statistical analysis, although a number of biological differences may account for the discrepancy.