Sentence examples for band behavior from inspiring English sources

Dispersion band behavior is related to agitating intensity, and its occurrence does not affect the extraction fraction of target compounds.

It is shown that the proposed approach for modeling slip bands qualitatively captures experimentally observed slip band behavior.

In Zr Cu Ni Al metallic glasses, the addition of Ta can influence the structure of the material and hence the shear band behavior in two ways.

Our predictions for the 2D band behavior of strained graphene can be used for monitoring the strain in graphene-based applications by Raman spectroscopy.

This class of metamaterial structures has been shown to exhibit a unique stop band behavior extending to very low frequency ranges.

The goal of the present study was to explore the dynamics of the gamma band using the coherence of the quantitative electroencephalography (qEEG) in a sensorimotor integration task and the influence of the neuromodulator bromazepam on the band behavior.

The results show an interesting dual-polarized, dual-band behavior of the filter response.

It is observed that the physical origin of the dual-band behavior is based on the dipolar plasmonic resonance of the horizontal nanorods and the plasmonic coupling mechanism of the structure.

As for the OFDM sub-bands, let us assume that if the direct or complementary filter on one of the N sub-bands is a band-pass filter, this is associated to a logical 1, and if it has a stop-band behavior on a sub-band, this is associated to a logical 0. Then for one equipment, the associated identifier will have the same code as the direct path filter.

Shear banding behavior was studied using the depth-sensing nanoindentation test at room temperature.

A mechanism based on the notion of a critical temperature is proposed to explain the unsteady, banded behavior.