Noun
/ˈʌnˈwɔːtər haɪˈdrɔʊlɪk tɜrˈbaɪn/
An unwater hydraulic turbine refers to a hydraulic turbine that is designed to operate without being submerged in water. These turbines are typically used in hydropower systems where there must be precise control over the flow of water. They can be crucial for power generation where water levels are variable or managed precisely.
Frequency of Use: The term is used more frequently in technical and engineering contexts, particularly within renewable energy discussions. It is less common in everyday conversation.
Инженеры решили внедрить водяную турбину для повышения энергетической эффективности.
The unwater hydraulic turbine can effectively harness water energy, even under fluctuating water levels.
Водяная турбина может эффективно использовать водную энергию, даже при колеблющихся уровнях воды.
Research on the design of an unwater hydraulic turbine has increased in the last decade.
While "unwater hydraulic turbine" itself may not appear commonly in idiomatic expressions, understanding terms related to hydraulic systems can present various phraseological constructions. Here are some idiomatic expressions using the more general term "hydraulic":
"Бросить гаечный ключ в гидравлическую систему" – значит нарушить или помешать плану или процессу.
"Going hydraulic" – refers to a system that operates or is controlled through mechanical means involving fluids, often implying unpredictability.
"Стать гидравлическим" – относится к системе, которая работает или контролируется механическими средствами, подразумевая непредсказуемость.
"Hydraulic pressure" – can describe a situation applying significant force or stress.
The word "unwater" is a combination of "un" (a prefix meaning "not" or "to reverse") and "water," referring to the absence or removal of water. The term "hydraulic" comes from the Greek word "hudraulikos," which means "water pipe," from "hudra" (water). "Turbine" derives from the Latin "turbinem," meaning "a spinning top."
The phrase "unwater hydraulic turbine" is a specialized term primarily used in engineering and renewable energy discussions, which might not frequently appear in common idioms or everyday conversation. However, it encapsulates essential concepts within hydroelectric power generation and water management.