The phrase "and corresponding frequency of" is correct and usable in written English.
It can be used when discussing relationships between variables, particularly in contexts involving data analysis, statistics, or scientific research.
Example: "The study examined the number of occurrences of each event and corresponding frequency of their impact on the overall results."
Alternatives: "and related frequency of" or "and associated frequency of".
Values of prestressing forces and corresponding frequencies of vibration are shown in Table 2. Also, in this case it can be noticed that the natural frequency of vibration increases for higher values of prestressing force.
Finally, the methylation frequency and methylation levels were analysed in normal tissue and methylation frequencies were 11% for APAF-1 and 8% for DAPK-1 in bladder tissue and corresponding frequencies of 9 and 5%, respectively in kidney tissue.
Figure 11 shows the received RF signal and corresponding frequency response of the system with the effect of the electromagnetic spark, and the demodulated base-band signal and recovered digital signal are shown in Figure 12.
SAPS, Simplified Acute Physiology Score; SOFA, Sequential Organ Failure Assessment. Figure 2 shows airway flow signals and corresponding frequency spectra during conditions of synchrony and asynchrony.
The operation of a Bus Rapid Transit System BRTSS) requires solving complex design problems including among others the selection of routes and the corresponding frequency of service.
Figure 6a d shows the relationships of an element number of the reduced frequency array and a corresponding frequency of the four operation modes of the OFA (shown in "Modes").
Statistically significant positive correlations between the CS-specific antibody level of each subject and the corresponding frequency of CS-specific circulating memory B cells were found at study month 2 (one month post dose 2) in the RTS,S/AS02D group only and at month 3 (one month post dose 3) in both study groups, but not at study month 14.
The bulk relaxation frequency, bulk capacitance and grain boundary capacitance can be extracted from the values of imaginary and real impedance parts at the minimum of Z″, and corresponding frequency.
This suggests that the biophysical oscillatory behavior of neurons and synapses leads to selecting the corresponding frequency of the inputs and performing the same computation as for the Hebbian linear case of the previous section: computing the correlation of the (filtered) inputs.
Each signal is labeled with the corresponding frequency of the sinus.
