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Subcritical ethane, liquid and gas phase coexist. Critical point (32.17 °C, 48.72 bar), displaying critical opalescence. Supercritical ethane, fluid.
Subcritical ethane, liquid and gas phase coexist. Critical point (32.17 °C, 48.72 bar), displaying critical opalescence. Supercritical ethane, fluid.
Critical carbon dioxide exuding fog while cooling from supercritical to critical temperature.
Critical carbon dioxide exuding fog while cooling from supercritical to critical temperature.
Vapor
An ampule of nitrogen oxide vapor: brown nitrogen dioxide and colorless dinitrogen tetroxide, in equilibrium
An ampule of nitrogen oxide vapor: brown nitrogen dioxide and colorless dinitrogen tetroxide, in equilibrium
If the vapor pressure exceeds the equilibrium value, it becomes supersaturated and condenses on any available nucleation sites e. g. particles of dust
If the vapor pressure exceeds the equilibrium value, it becomes supersaturated and condenses on any available nucleation sites e. g. particles of dust. This principle is used in cloud chambers, where particles of radiation are visualized because they nucleate formation of water droplets.
Invisible water vapor condenses to form visible water droplets called mist
Invisible water vapor condenses to form visible water droplets called mist