Sentence examples for transition of samples from inspiring English sources

Microscopy and differential scanning calorimeter (DSC) were used to study the phase transition of samples collected from the mixer at different times and temperatures during processing.

However, the transition of sample 2 is between 3° and 10°.

The transition of sample 2 is broader than sample 1, which is relative to the Fig. 4 results.

Figure 5 shows, for example, the GaAsBi PL transition of sample 1, which is strongly asymmetric, together with the Gaussian fitting of the two exciton recombination-related peaks.

The type-I transition of sample #8 displayed an average shift of Δλ = 1.2 ± 2.0 nm and up to Δλ = 6.5 nm for outliers.

However, sample #7 and the type-II transition of sample #8 displayed roughly linear Δλ– F due to symmetry breaking (i.e., the relative orientation of the applied field with respect to the type-II asymmetry of the structure).

Even larger shifts (as large as Δλ = 13.1 nm, Figure 3 ) were observed for the type-II transition of sample #8 (this sample has ∼730 nm type-I transition and ∼630 nm type-II transition due to an asymmetric type-II interface), with an average shift of Δλ = 3.5 ± 3.1 nm.

The transition of sample from the acidic gastric (pH 2) to the mild alkaline intestinal environment (pH 7.4) caused a significant decrease in the amount of anthocyanins as compared with the initial samples, wherein the higher anthocyanins stability was observed for red cabbage (67.7% recovery versus 13.2% for anthocyanin-rich extract)— Table 1.

The transition of the samples is defined through the construction of a sequence of intermediate distributions, which are sampled through application of a resample-move scheme.

For the model of area percolated, the transition of two samples is 1°~4° and 1°~8°, respectively.

This may contribute to the diffuse phase transition of the samples.