Sentence examples for strong broadening from inspiring English sources

The DSC curves of milled samples exhibit a strong broadening and a low-temperature shift of the Pb crystal liquid transition peak.

In contrast, the annealing of the 20-nm thick layer results in strong broadening of both lines which is due to the sample charging in the course of the XPS analysis.

Moreover, such insertion should cause strong broadening in the cross-peaks from the accessory helix, but the intensities of these cross-peaks actually increased in the spectrum of Cpx(26-83) bound to SCΔ68 with respect to the SC-bound stote, and increaSCΔ68omewith morespecthe SCΔ62-bound spectoum.

Upon binding to a minimal SNARE complex containing the SNAREs motifs of synaptobrevin, syntaxin-1 and SNAP-25 (below referred to as SNARE complex or SC), the H-N TROSY-HSQC spectrum of CpxI(26-83) reveals strevealsoadening and a dramatic increastrongdispersion for cross-peaks from the central helix due to stabroadeningg of this helix andinst the synaptobrevin andramaticincreaseRE motins.

The strong broadening Bragg peaks spectrum will mask the target spectrum, which makes it difficult to detect targets.

The turbulent flame speed reported here is in agreement with observations by others, while a stronger broadening of the flame front curvature distributions is found.

In fact, with a wide light source spectrum, dispersion can often cause a significantly stronger broadening and distortion of the PSF peak than absorption does (Fig. 2(b)).

Retention of these proteins was accompanied by strong band broadening originated from slow rates of mass transfer and/or of adsorption desorption process involving the protein conformational changes.

This is particularly true for signals characterised by strong inhomogeneous broadening, such as those in porous materials, e.g. cements, soils and rocks, those measured by portable NMR-apparatus, or EPR-signals.

However, at small cantilever-surface gaps the resonance peaks in the amplitude spectrum become indistinguishable due to the strong peak broadening, i.e., low quality factors (see Figure 2).

In multiply spin-labeled membranous Na,K-ATPase, this heterogeneous population of conformations is manifest by strong inhomogeneous broadening of the electron paramagnetic resonance (EPR) line shapes and nonexponential spin-echo decays, which undergo a transition to homogeneous broadening and exponential relaxation at higher temperatures (previous study).