The temperature and pressure at which part of a liquid begins to convert to gas.
The differential gas pressure at which, under specified test conditions, the first steady stream of gas bubbles is emitted from a horizontal disc of wetted filter medium or a filter cartridge when immersed in a liquid.
The differential gas pressure that when applied to a filter element submerged in the test fluid causes the first steady emission of gas from the filter element being tested. Pressure drop in inches of water required to expel the first steady (continuous) stream of bubbles (fizz point) from a horizontal disc of wetted filter medium or filter cartridge immersed in a liquid.
A liquid is said to be at its bubble point if any decrease in pressure or increase in temperature will cause bubbles to form in the liquid.
The differential gas pressure which when applied to a filter element submerged near the surface of a test fluid causes the first steady emission of gas bubbles from the filter element.
The temperature at which the first bubble of gas forms from a liquid material. The bubble point temperature is usually lower than the dew point temperature for a given mixture at a given pressure.
upon heating a liquid mixture, this is the point at which bubbles first appear.
the differential (inner vs. outer) gas pressure at which the first steady stream of gas bubbles is emitted from a wetted filter element under specified test conditions.
1) The temperature at which a near-azeotrope or zerotrope refrigerant will start to vaporize as heat is added. 2) The point at which the last vapor is condensed in a near-azeotrope refrigerant as heat is removed change of state. 3) The process of a gas changing to a liquid, a liquid changing to a gas, a liquid changing to a solid, or a solid changing to a liquid. Changes of state occur during evaporation, boiling, condensation, fusion, melting, solidification, and sublimation.
