Noun
/pʌmp ˈpaʊər/
The term "pump power" refers to the amount of energy or capacity required to operate a pump effectively. This can apply to various fields, including engineering, fluid dynamics, and mechanical systems. "Pump power" can denote both the mechanical power supplied to the pump and the hydraulic power that the pump delivers in a system.
This phrase is mainly used in technical and engineering contexts, making it more common in written form than in oral speech. You would typically encounter it in academic articles, manuals, or engineering discussions.
Инженеры рассчитали мощность насоса, необходимую для обеспечения эффективной циркуляции воды в системе охлаждения.
High pump power is essential for transporting oil through long pipelines.
Высокая мощность насоса необходима для транспортировки нефти по долгим трубопроводам.
The project was delayed due to insufficient pump power specifications provided by the contractor.
While "pump power" itself doesn't commonly appear in idiomatic expressions, pumps and power are widely referenced in various phrases related to energy, efficiency, and motion.
Как только мы установим новую систему мощности насоса, мы сразу же начнем.
Throw it into high gear
Фабрика увеличит производство, как только новая мощность насоса будет активирована.
Put the pedal to the metal
Нам нужно вдавить педаль в пол, чтобы максимизировать мощность насоса в часы пик.
Rev up
The word "pump" originates from the late Middle English "pompe," which comes from the Latin "pompa" meaning procession or pomp, and the Greek "pompe" meaning a sending, a discharge. The term "power" originates from the Old French "poer," which stems from the Latin "pote," as in "to be able." The combination of both terms reflects the function of a pump used to exert energy or force to move liquids.
Synonyms: - Pump capacity - Pump efficiency - Pump output
Antonyms: - Pump inefficiency - Pump underperformance - Pump failure
In summary, "pump power" is a technical term primarily used in engineering contexts to describe the energy or capacity involved in pump operations, supported by relevant examples and idiomatic phrases that highlight its application.