The phrase "a very large frequency" is correct and usable in written English.
It can be used when discussing the occurrence or rate of an event, particularly in scientific or technical contexts.
Example: "The experiment showed a very large frequency of particle collisions, indicating a high level of activity in the reaction."
Alternatives: "a high frequency" or "a significant frequency".
To sense a very large frequency range, typically a corresponding large sampling rate is required, which is very challenging for practical implementation.
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.
Chr = chromosome A summary of the interpopulation differences using the HapMap databases shows that a total of only 30 of the interpopulation marker comparisons had very large frequency differences or 100% informative for ancestry (delta = 1) between the 2 ancestral groups (Table 2).
Carrier frequency offset (CFO) compensation is combined with intercarrier interference (ICI) cancellation and performs well under very large frequency offsets.
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.
Our experiments comprehensively demonstrate that most probable subgraphs often have very large frequency values as well.
Finally, the mean covariance for the rodent species shows a very left-skewed distribution, with a very large peak of frequency at the smallest mean size.
A cognitive radio device may need to monitor a very large contiguous or noncontiguous frequency range to find the best available band(s) for transmission.
This means that, in line with the empirical literature on social networks, nodes with very high degree and communities with a very large size occur with frequency much larger than in a Gaussian scenario.
To the best of our knowledge the proposed methodology is one of the first attempts to provide a solution for On-Line Testing of mixed signal VLSI circuits using a formal theory, which is applicable to a very large class of low frequency analog circuits.
