Henry's law


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Henry's law,

chemical law stating that the amount of a gas that dissolves in a liquid is proportional to the partial pressure of the gas over the liquid, provided no chemical reaction takes place between the liquid and the gas. It is named after William Henry (1774–1836), the English chemist who first reported the relationship.

Henry’s Law

 

a proposition according to which at a constant temperature the solubility of a gas in a given liquid (expressed in weight concentration) is directly proportional to the pressure of this gas above the solution. Henry’s law was described by W. Henry in 1803. It holds well only for ideal solutions and is applicable only at low pressures, acquiring the character of a limiting law.

V. A. KIREEV

Henry's law

[′hen·rēz ‚lȯ]
(physical chemistry)
The law that at sufficiently high dilution in a liquid solution, the fugacity of a nondissociating solute becomes proportional to its concentration.
References in periodicals archive ?
The initial linear portion of the isotherm has been found to extend up to about 35%RH [30] with a Henry's law gradient of 0.
Carbonated drinks give an everyday example of Henry's Law.
2]O and is assumed to be sufficiently low that the aqueous solution is ideal in terms of Henry's law.
Henry's law constants for hexachlorobenzene, p,p'-DDE and components of technical chlordane and estimates of gas exchange for Lake Ontario.
4] AERMOD Deposition Parameters Coticular Henry's Law Form of Resistance Coefficient Mercury (s/cm) (Pa [m.
2007) in which the Henry's Law constant was not significantly different when the RTIL contained 2 percent water compared to dry.
Henry's Law Constant, volatization rate, and aquatic half life of octamethylcyclotetrasiloxane.
Other papers on Henry's Law have appeared in other publications as well.
Henry's Law, which will be applied for determining gas solubility, is not applicable to gas mixtures, and in general the main gas has the primary impact on the foaming results [29].
As oxygen diffuses along its concentration gradient from the alveoli to the mixed-venous blood, oxygen physically dissolves in the plasma according to Henry's Law of Solubility.
Among the tables of data supplied are water solubility, vapor pressure, and Henry's law constant.
Using Henry's Law and water solubility as parameters, SRI evaluated and selected 5 contaminant proxies: Carbon Tetrachloride (CCI4), Chlorobenzene (CB), Bromo-Dichloromethane (BDM), trichloroethylene (TCE) and isopropyl alcohol (IPA).