superheating Antonyms
Meaning of superheating
superheating
to heat (a liquid) above the boiling point without converting into vapor, the corresponding rise of temperature, to heat a liquid above the boiling point without converting into vapor, to heat very much or excessively, to heat (steam) to a higher temperature than the normal boiling point of water, to heat (a vapor not in contact with its own liquid) so as to cause to remain free from suspended liquid droplets, the extra heat imparted to a vapor in superheating it from a dry and saturated condition
superheating Sentence Examples
- The engineer carefully adjusted the boiler settings to prevent the water from superheating.
- Liquid nitrogen is used as a coolant to superheat metals for industrial processes.
- The friction created in the engine caused the piston to superheat, leading to engine failure.
- The refrigerants used in air conditioners undergo a superheating process to remove moisture from the air.
- Nuclear reactors utilize superheated steam to generate electricity.
- Superheating steam can increase its energy content, making it more efficient for power generation.
- The superheating of plasmas is essential for achieving fusion reactions in fusion reactors.
- Superheated water poses a safety hazard in power plants due to its extremely high temperature and pressure.
- Steam locomotives relied on superheated steam to improve their efficiency and reduce fuel consumption.
- The process of superheating involves raising the temperature of a liquid above its normal boiling point without it boiling.
FAQs About the word superheating
to heat (a liquid) above the boiling point without converting into vapor, the corresponding rise of temperature, to heat a liquid above the boiling point withou
overheating, warming,heating, reheating, rewarming, baking,toasting, roasting, hotting (up), thawing
cooling, refrigerating, freezing,chilling, icing,frosting, supercooling
The engineer carefully adjusted the boiler settings to prevent the water from superheating.
Liquid nitrogen is used as a coolant to superheat metals for industrial processes.
The friction created in the engine caused the piston to superheat, leading to engine failure.
The refrigerants used in air conditioners undergo a superheating process to remove moisture from the air.
