Sentence examples for samples and consequently from inspiring English sources

Furthermore, DRL centers are extremely resistant to heat treatment of samples, and consequently, based thereon devices are not practically subject of degradation [3].

Experimental evidences from metabolomics analyses are often informing us that with currently known metabolites one cannot cover the ranges of masses found in actual samples, and consequently there is a need of completing the metabolomes of interest.

Test results showed that oxidative aging and emission behavior of volatile organic compounds from asphalt might be the causes for stiffness effect of lab-molded samples, and consequently leads to test results change.

It was observed that the average metallic particle size in the case of the 2 wt% Pt/350USY was unchanged by the deactivation reaction, which may indicate that no metal sintering occurred; however, this conclusion cannot be assured, as TEM was able to study only limited regions of the samples and consequently the results should be interpreted as mainly local [43].

Localized absorption of a tightly focused beam propagating through an absorbing dye medium in PMMA produces different spatial distribution of temperature in the pristine and plasma-treated samples, and consequently, difference of spatial variation of refractive index acts as a thermal lens, resulting in severe phase distortion of the propagating beam.

Proteins that differ most between treatments will make a greater contribution to the accurate classification of samples and consequently have higher variable importance scores.

However, spatial and temporal intra-tumoral heterogeneity pose fundamental challenges to representative sampling and consequently the feasibility of a personalized medicine approach.

In this case, the dynamic range of the input of the level-crossing sampler and, consequently, the number of reference levels is decreased.

By using these methods it is possible to specify the amount of water contained in the sample and, consequently, determine the different levels of saturation and porosity.

The novelty resides in the use of adaptive Importance Sampling and consequently the ability to estimate very rare event probabilities (lower than 10−3) that have not been considered in previous work on similar subjects.

This could be seen in the samples prepared using pH 4, 5, 7, and 8, where the crystallinity was reduced for the samples, thus displaying lower values of Ms. Furthermore, the presence of 28.2% α-Fe2O3 impurity as a secondary phase was detected in sample prepared using pH 8, reducing the crystallinity of the sample and consequently reducing the M s value.