The phrase "a time segment" is correct and usable in written English.
It can be used when referring to a specific duration or portion of time within a larger timeframe.
Example: "The project will be divided into several phases, each lasting a time segment of two weeks."
Alternatives: "a time interval" or "a time period".
For each storm, we select a time segment of 10 days, covering build-up phase, main phase and recovery phase.
The duration of a time segment was selected to capture wave propagation inside the basin originating from many sources.
A solution for the evolutionary spectral density of the shear beam response to a time segment of band-limited white noise is given in a closed form.
The mean recognition rate of the classification of five different types of SSVEP response is 95.61% on a time segment length of 1 s.
In sequential experiments, a charged vial containing about 1 gm sample was heated for a time segment, usually 1 hour at constant temperature (± 5°C), then cooled.
It should be noted that all the processing done in the HF Generation module is done frame-based on a time segment indicated by the outer borders of the SBR frame.
The star of "Man v. Food," goes to various restaurants in the country to take on the challenge of consuming a huge amount of a menu offering within a timed segment.
With this purpose, a new pulse schedule editor, based on a time-segment approach for the preparation of experimental scenarios, is being conceived on Tore Supra, together with a new plasma control system.
Based on the solution of linearized Cauchy Poisson problem, we derive three pressure expressions, which lead to a δ-function method, a time-segment method, and a gradual method.
Fixed-time synchronization not only claims that the considered master slave system realizes synchronization within a finite time segment, but also requires a uniform upper bound for such time intervals for all initial synchronization errors.
A small alteration in length (dL) within a small time segment (dt) is related to the velocities of the endpoints of the object: d L = v 1 − v 2 L. Using this technique in the ultrasound loops, the image lines are divided in small distances (offset) in this study by 8 mm and regional velocities within each offset is calculated several times.
