Noun
/ˌɛn.trɪnˈmeɪt rəʊˌtʃɪoʊ/
The term "entrainment ratio" refers to the measure of the amount of one substance (typically liquid or gas) that is carried along with another substance in a fluid dynamic process, often related to the field of meteorology, physical sciences, or engineering. It quantifies the effectiveness of a medium (like air or water) in moving or transporting particles or droplets.
The use of "entrainment ratio" is relatively technical, primarily found in written contexts like scientific papers, reports, or articles, and it is specialized jargon less frequently used in casual oral speech.
Льготное соотношение в экспериментальной установке позволило исследователям более эффективно анализировать частицы.
By adjusting the flow rate, the engineers were able to optimize the entrainment ratio for better performance.
Изменив скорость потока, инженеры смогли оптимизировать соотношение захвата для лучшей работы.
The study focused on how changes in temperature affect the entrainment ratio in cloud formations.
While "entrainment ratio" itself does not have commonly recognized idiomatic expressions, it can appear in various technical phrases within scientific contexts. Below are some examples of how it might be used conceptually within phrases.
Соотношение захвата определит общую эффективность системы.
A higher entrainment ratio can lead to increased turbulence in the flow.
Более высокое соотношение захвата может привести к увеличению турбулентности в потоке.
Researchers are working to refine the entrainment ratio for better predictive models of storm behaviors.
The word "entrainment" derives from the Latin word "intra," meaning "within," combined with "train," from Old French "trener," which means "to drag." This nuanced combination implies the idea of something being drawn along within a larger body. The term "ratio" originates from Latin, "ratio," meaning "reason" or "calculation," reflecting the comparative measurement aspect of the term.
This comprehensive exploration of "entrainment ratio" highlights its significance in technical discussions and underscores its relevance in specific scientific contexts.