Sentence examples for the above assignment from inspiring English sources

The above assignment is of practical and fundamental interest to monitor folding, binding, and molecular dynamics down to microdomain resolution.

The HRESIMS result of the mixture also gave a molecular formula of C16H24O5 (m/z 319.1529 [M+Na]+, calcd for C16H24O5Na, 319.1516) which further reinforced the above assignment.

Associated with the above assignment of emissions, it is suggested that the ZnO prepared at 1 4 of Zn2+/OH- tends to have more surface defects.

In the above assignment of Raman bands 1325 cm−1 to sp3- and 1600 cm−1 to sp2-bonded carbon, there is a self-contradiction related to a resonant Raman scattering effect.

The above assignment was further supported by the HMBC correlations from δH 1.08 (Me-14, s) and 1.02 (Me-15, s) to δC 215.1 (s, C-3) (Fig. 2), as well as IR absorption band at 1701 cm−1 and mass data analysis.

The above assignment of DNA strength parameter values is also found to be consistent with the observations on relative stabilities of dinucleotides [25], the molecular interpretation of the conjugate rule [45] and some recent molecular dynamics simulations [40].

The Auger parameters, near to 1851, as derived from the peak maxima of both signals reported in Table 1, confirm the above assignments.

When changing NMR solvents from acetone-d 6 to DMSO-d 6, the resultant 2′-OH proton signal at δ H 4.66 (t, J = 5.6 Hz) and less overlapped signals reinforced the above assignments.

The above assignments were consistent with the HRESIMS data, which gave a sodium adduct ion peak at m/z 289.1416 [M +Na]+, suggesting a molecular formula of C15H22O4 (calcd for C15H22O4Na, 289.1410).

The above assignments were corresponded with the HMBC correlations from Me-13 to C-3, from 5-OH to C-4, C-5 and C-6, from Me-14 to C-5, C-6 and C-7 as shown in Fig. 2.

The above assignments are corroborated by the fact that the cellulose samples presented crystallinities of about 70% [ 41], a percentage that can be obtained directly from the ratio of the signal observed for Pake and Gaussian spectral components for MC >10%.