Sentence examples for resonance variation from inspiring English sources

The HATS alignment methodology presented here compensates for the effects of resonance variation, thereby increasing the accuracy and interpretability of comparative 2D NMR analyses.

Despite the high reproducibility of NMR spectra, resonance variation, sometimes referred to as positional noise, resulting from slight differences in sample conditions hinder comparative studies and complicate the interpretation of statistical analyses such as univariate regression and significance testing, principal component analysis (PCA), and partial least-squares (PLS).

Therein, resonance frequency variation, Δ f, and energy dissipation variation, Δ D, data were fitted at the third, fifth, and seventh overtones to calculate the wet mass of adsorbed proteins and viscoelastic properties.

Resonance frequency variation versus pressure increase of Nitrogen, Argon, Helium and Air buffer gases was studied.

The non-linear fits to the plasma resonance frequency variation with B concentration indicate the existence of a unique minimum.

To do the study, we first fabricated single non-uniform diverging and converging beams and characterize them to find their resonance frequency variation with respect to uniform beams under ambient and vacuum conditions.

This is due partly to the smoothing operation, for example band averaging, inherent in spectral analysis and also partly to the fact that the ground velocity never keeps an exact resonance-frequency variation for a sufficiently long time so that the steady resonance state, as presumed in theoretical treatment, is never realized.

This validates the pulse robustness against resonance offset variations.

In addition, we show that receptor binding stabilizes the Trp346 resonance to variations in pH and temperature along with other tryptophan residues that are more distant from the binding interface.

Finally, Cul-de-sac resonance is a variation of hyponasality associated with tight anterior nasal constriction producing a muffled quality to sounds [ 10].

In addition, a main effect of 'task load' was computed using a linear contrast to identify brain regions that showed magnetic resonance signal intensity variation correlated with task difficulty (van den Heuvel et al., 2005).