The phrase "a modification in the frequency" is correct and usable in written English.
It can be used in contexts discussing changes or adjustments to the frequency of an event, signal, or occurrence.
Example: "The study revealed a modification in the frequency of the observed phenomena over the course of the experiment."
Alternatives: "a change in the frequency" or "an adjustment to the frequency".
For example, in miR-199a-3p miR-199a-3p miR-199a-3p a significanthe higher freqUency than the A modification in SRX018960, ~61, ~62, ~63, ~64 and ~65, most of whash are HBV asignificantlyraries.
Sufficient modification in the frequency of vibration imparts to the whole molecule a special motion, or chemical resonance, that absorbs entering light rays of matching frequency with the evolution of heat; the residual, unabsorbed light is transmitted to the eye.
The sub-regional bidirectional modification in the frequency of synaptic activity, decreased in MSNs from the shell but increased in MSNs from the core compartment, was also observed.
Variations in muscle force cause a modification of the frequency content of the signal.
Considering the four problem cases and correlation results, we propose tieness by combining a modification in neighborhood overlap and the absolute frequency of interaction.
In the context of academic social networks, we identified problems with using solely a modification in neighborhood overlap and absolute frequency of interaction to measure the strength of co-authorship ties.
We propose a new metric called tieness that is a combination between a modification in neighborhood overlap and absolute frequency of interaction.
It was observed that there was little modification in the resonance frequency and Q-factor at 430 °C, while an obvious red-shift in the resonance frequency occurred at 500 °C.
Meanwhile, with the increase of sintering temperature, continuous modification in the resonance frequency of the samples in the range of 1.45 to 2.54 GHz has been achieved, which is much higher than previously reported [31].
In this work a strong modification of the frequency dependence of the ferroelectric properties is achieved via a controlled diffusion of the metal electrode (Pt) into the ferroelectric layer ((Ba,Sr TiO3).
