Sentence examples for of high sample from inspiring English sources
The transect survey results demonstrate the necessity of high sample density in this region of the continental shelf where fish aggregate patchily over scales of a few kilometers.
The developed sorbent material has shown, excellent chemical and mechanical resistance, fast adsorption kinetics permitting the use of high sample flow rates without significant loss of retention efficiency.
The goal is to optimize ion transmission and transport efficiency, provide optimal and adjustable resolution, and produce stable operation under conditions of high sample contamination.
Mean (± 1 standard error of the mean, as black arrows) are shown, but standard error of the mean are narrower than symbol widths because of high sample size.
In a real-time system, which may consist of other tasks beyond simple filtering, high sample rates will require more processing resources; therefore, the use of high sample rates may be insufficient to execute tasks and may also degrade the expected system performance.
The use of high sample numbers, one of the main advantages of array technology, resulted in reaching statistically meaningful conclusions.
The computational efficiency of the proposed numerical improvements is highlighted by comparisons of the execution times in cases of high sampling rates.
The final cost-effective system is characterized by long recording periods of high sampling accuracy, multiple digital camera acquisitions with high image quality, and state-of-the-art consistency.
The diagram of the cognitive receiver is sketched in Figure 2. First, taking advantage of the sparsity of the received signal spectrum, a multi-coset sampling is used to overcome the problem of high sampling rate.
The use of high sampling rate time-depth-recorders (TDRs), which trace individual dives and record time spent at various depths, have been used on only one Balearic shearwater (P. mauretanicus) sampling depth every 4 seconds [13].
The measurement of sperm count or concentration has long been the most feasible approach for human semen evaluation, but may be an insensitive indicator of reproductive function because of high sample-to-sample variability.
