The phrase "heat propagation" is grammatically correct and can be used in written English.
It refers to the process of heat transferring from one place to another. Example: "The engineer studied the heat propagation in the building and recommended installing better insulation to improve energy efficiency."
Stujenske, J. M., Spellman, T. & Gordon, J. A. Modeling the spatiotemporal dynamics of light and heat propagation for in vivo optogenetics.
Materials scientist John Fischer and physicist Alan Johnson measured the speed of sound waves traveling down the tubes as an indirect gauge of heat propagation and found it to be about 10,000 meters per second.
By applying the heat kernel to structural brain networks, we define new features which quantify change in heat propagation.
The software, which is available for download, comes preloaded with models for nine problems, including heat propagation in objects of several different shapes, fluid flow around a spherical obstacle, and the effects of forces applied to a cracked pillar.
In order to consider the finite speed of heat propagation, the non-Fourier heat transfer equation is employed.
This paper presents a numerical model used for analyzing heat propagation as a safety feature in a custom-made battery pack.
The system (1.1) models such as heat propagations in a two-components combustible mixture gases [1].
Seeds were initially soaked in water for 24 hours in 250 mL round containers and kept on heated propagation trays.
In the present work, the modeling of heat generation and propagation within three Ca/CaCrO4 thermal batteries has been carried out, using a transient model.
"This means you can pack a large number of them in a small space without excessive heat generation and achieve low propagation delays.
On GEKKO XII, the heat wave propagation velocity in the aerogel was also measured with an X-ray framing camera.
