kritik ısı

listen to the pronunciation of kritik ısı
التركية - الإنجليزية
(Fizik,Teknik) critical temperature
The temperature above which a gas cannot be liquefied by pressure alone
temperature above which a gas cannot be liquefied by exclusively by pressure (Physics)
The highest temperature at which well defined liquid and vapor states exist It may be defined as the highest temperature at which it is possible to liquefy a gas by pressure alone
the temperature above which vapor cannot be liquefied no matter what pressure is applied
Tcr is the temperature of a substance at the critical point Tcr is the temperature of a substance at the critical point
Tc
The highest temperature at which distinct vapor and liquid phases can coexist for a species
The temperature below in which certain elements become superconductive
The temperature at which high carbon steel will harden when quenched in a suitable medium
the temperature above which a gas cannot be liquefied, no matter how much pressure is applied
The highest temperature at which a fluid can exist as a liquid or vapor Above this temperature the fluid is a gas and, regardless of the amount of pressure applied, cannot be liquefied
Temperature at which vapor and liquid have the same properties
The transition temperature of a substance from one crystalline form to another
The highest temperature at which well defined liquid and vapor states exist It is sometimes defined as the highest temperature at which it is possible to liquify a gas by pressure alone
The highest temperature at which well-defined liquid and vapor states exist
The temperature to which a gas must be cooled before it can be liquefied by pressure
The temperature at the critical point A gas above the critical temperature will never condense into a liquid, no matter how much pressure is applied Most substances have a critical temperature that is about 1 5 to 1 7 times the standard boiling point, in kelvin
the temperature above which vapor cannot be liquefied, no matter what pressure is applied (16 11)
the maximum temperature to which a liquid can be heated and still remain a liquid   Additional heating will cause the liquid to vaporize irrespective of pressure
The transition temperature of a substance fromm one crystalline form to another
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