Sentence examples for skeletal modes from inspiring English sources

The skeletal vibrational heat capacity contribution was estimated by a general Tarasov equation with thirty skeletal modes (Nsk = 30).

The skeletal vibration heat capacity contribution was estimated by a general Tarasov equation with three Debye characteristic temperatures Θ1 = 549.1 K and Θ2 = Θ3 = 71.8 K, and ten skeletal modes, Nskeletal = 10.

The skeletal heat capacity was fitted to a general Tarasov equation using sixteen skeletal modes to obtain three Debye characteristic temperatures Θ1== 650 K and Θ2 = Θ3 = 68.5 K.

Based on the relative intensities of Raman-active skeletal modes, a quantitative method has been developed that can be used to elucidate structural changes in a variety of deformed polymer samples.

In general, no protein conformational changes can be inferred from Raman spectral variations observed for amide I (1650 1670 cm−1) and amide III (1230 1280 cm−1) vibrations, and skeletal modes in the 900 960 cm−1 spectral region [70].

These 5cHS porphyrin skeletal modes are also different from the 5cHS signals observed in the 6 ms RFQ sample of wt HasAp.

The most common Raman shift features of P3HT were identified to be active at 1445.36, 1378.22, and 726.55 cm−1, which were assigned to Cα=Cβ symmetric stretching mode, Cβ Cβ skeletal stretching mode, and to antisymmetric Cα S Cα ring skeleton in-plane distortion in the thiophene ring of P3HT, respectively [71, 72].

The results showed that all bands of sugar skeletal vibration modes and all C-O-H and C-O vibration modes of glucose were shifted in metal ion/D-glucose complexes [ 2].

Comparison with other clades of mammals reveals that changes in size and life history in evolution have occurred in parallel, with various modes of skeletal tissue modification.

These observations are partially consistent with, and extend the knowledge gained from, a previous FTIR study in which bands of sugar skeletal C-O vibration modes of glucose were affected by metal ion/D-glucose complexes [ 2].

Comparisons of microarray samples for diabetes against samples for healthy tissue yielded nearly 200 genes with expression changes from "low" to "high" and "high" to "low" expression modes in skeletal muscle (Table 5).