2004Water EncyclopediaRequires access

Relative Humidity

Clemente Ramis, R. Romero, Sergio Alonso

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Abstract

Abstract The air is a mixture of gases. The pressure exerted by air is the sum of the partial pressures exerted by each of its components (Dalton's law). The partial pressure exerted by water vapor, denoted as vapor pressure ( e ), is then a measure of the water vapor content in the atmosphere. A state can be represented by a point in a diagram whose coordinates are (temperature, vapor pressure) = ( T , e ). For each temperature, a maximum vapor pressure exists that is known as the saturation vapor pressure ( e s ). That saturation value cannot be surpassed, and if water vapor in excess occurs, condensation or sublimation results.

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Abstract The air is a mixture of gases. The pressure exerted by air is the sum of the partial pressures exerted by each of its components (Dalton's law). The partial pressure exerted by water vapor, denoted as vapor pressure ( e ), is then a measure of the water vapor content in the atmosphere. A state can be represented by a point in a diagram whose coordinates are (temperature, vapor pressure) = ( T , e ). For each temperature, a maximum vapor pressure exists that is known as the saturation vapor pressure ( e s ). That saturation value cannot be surpassed, and if water vapor in excess occurs, condensation or sublimation results.

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Available abstract

Abstract The air is a mixture of gases. The pressure exerted by air is the sum of the partial pressures exerted by each of its components (Dalton's law). The partial pressure exerted by water vapor, denoted as vapor pressure ( e ), is then a measure of the water vapor content in the atmosphere. A state can be represented by a point in a diagram whose coordinates are (temperature, vapor pressure) = ( T , e ). For each temperature, a maximum vapor pressure exists that is known as the saturation vapor pressure ( e s ). That saturation value cannot be surpassed, and if water vapor in excess occurs, condensation or sublimation results.

Key concepts: Vapor pressure, Sublimation (psychology), Density of air, Water vapor, Partial pressure, Vapour pressure of water, Boiling point, Saturation (graph theory)

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