The phrase "a frequency of one cycle" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or any discussion involving waves or periodic phenomena.
Example: "The system operates at a frequency of one cycle per second, which is optimal for our needs."
Alternatives: "one cycle frequency" or "frequency of 1 Hz".
For the ratio of energy coefficient and the product of water frequency, f and coefficient of heat conductivity, k for water equal one taken the coefficient of heat conductivity for water to be 0.58 at a frequency of one cycle per second, the model for the quantity discharged can further be modified as follows: Q c = 0.098 h o 0.27 g 2.66 γ f k sin θ n + n - 1 α 1 / 2 (19).
To commemorate the German pioneer Heinrich Hertz, who carried out some of the early radio experiments, the cycle per second is now called a hertz so that a frequency of one cycle per second is written as one hertz (abbreviated Hz).
The lateral speed oscillates at a frequency of one per cycle, alternating to the left and the right.
Heart rate alternations of depth of 30 beats/min at a frequency of one cycle/min (similar to that found physiologically in periodic breathing and other apneic disorders) caused consistent oscillations in ETCO2, ETO2, and ventilation of reproducible magnitude and phase within individuals.
Within a cycle, a phasor is estimated by applying the DFT on N samples over a running window of one cycle of the fundamental frequency (as shown in eq. 1).
Eighteen patients (67%) had at least one cycle delayed, with a median of one cycle delayed per patient (range: 1 9).
Subjects were instructed to perform this motion at a frequency of 0.25 Hz, so that one complete motion cycle took four seconds.
This method can be applied to any dataset which has sufficiently high resolution and length to measure frequencies of at least one cycle per day, and which uses a treatment which is applied at a frequency significantly different than the clock frequency.
Table 2 summarises AEs occurring with a frequency of >20% or grade ⩾3 in cycle 1 and in all cycles.
One of the advantage of this method over [17] is that, instead of passing a large number of samples through the proposed time-frequency transform, only one cycle data, i.e., half cycle data for before CDP and half cycle data after CDP is passed, which considerable reduces the computational burden as well as improves the fault detection timing.
All beams for fatigue tests were subjected to four-point bending for one million cycles with a frequency of 5 Hz.
