Sentence examples for very large frequency from inspiring English sources

At very large frequency or when the angular rotation is very small relative to the wave frequency the waves are decoupled and propagate with distinct phase speeds.

For very large frequency differences, this new approach generally offers improved results over previously applied mixing sequences, as applied to 13C 13C experiments which are the basis of modern sidechain assignment techniques in proteins.

This configuration, despite its low cost, allows better performances than commercial equipments because deeper defects can be detected due to the higher sensitivity of the GMR sensor, which is constant in a very large frequency range (10 Hz–1 MHz), but also because a precisely located graphical representation of the defect is delivered to the user due to the incorporated positioning system.

Carrier frequency offset (CFO) compensation is combined with intercarrier interference (ICI) cancellation and performs well under very large frequency offsets.

To sense a very large frequency range, typically a corresponding large sampling rate is required, which is very challenging for practical implementation.

Our experiments comprehensively demonstrate that most probable subgraphs often have very large frequency values as well.

We know that we're going to need very sensitive, and thus very large, low frequency interferometers, which present their own set of difficulties.

Only when the OR of the rare variant was very large, its frequency higher and disease risk high, were the AUC and NRI >0.01) improved across a wider range of baseline AUC.

In both core and penumbral territories, one can find very large low frequency local field potentials recorded on subdural recordings from macroelectrodes on the surface of the brain, but of critical importance is that these recordings also allow the two territories to be distinguished by means of a pronounced phase-locked high gamma band signal visible only in the ictal core (Weiss et al., 2013).

Inland areas from Miyagi to Tochigi experienced very large high-frequency ground motions with peak accelerations of more than 1000 gals occurring at 20 stations (NIED, 2011).

For hematite, the experimental scatter is very large and anomalous large frequency factors and activation energies have been reported.