Correspondence: Fugacities in Gas Mixtures

Gamson, Bernard W.; Joffe, Joseph

doi:10.1021/ie50468a034

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Principle Of Corresponding States and Its Modifications1

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1955

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“…=.p: (P,., T,.) , and thermal conductivity (8,12), for which k,. = All these charts have been of considerable use for purposes of instruction and rapid calculation.…”

Section: Principle Of Corresponding States and Its Modificationsmentioning

confidence: 99%

“…. DETERMINATION OF THE FUNCTION r (2,) IN EQUATION(8). THE VARI-OUS TYPES OF CHEMICAL SUBSTANCES USED IN THE CORRELATION ARE INDICATED BY THE FOLLOWING SYMBOLS:@ noble gases (> alkyl benzenes @ diatomic molecules (D nitrogen-containing organic compounds @ simple inorganic molecules 0 halogen-containing organic compounds 0 straight-chain paraffins @ miscellaneous organic compounds 0 branched paraffins 8 esters unsaturated hydrocarbons THE DOTTED LINE REPRESENTS THE LEAST SQUARE FIT, I' = -0.951+ (0.432/2,).…”

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confidence: 99%

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Surface tension and the principle of corresponding states

1955

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Experimental surface-tension data for pure substances have been correlated successfully by the use of two recent modifications of the principle of corresponding states. The results are expressed in terms of simple analytical relations which allow one to calculate the surface-tension curves either from the critical constants P,, V , , and T , or from P,, T,, and the boiling point TI, and also provide a method for estimating critical properties from surface-tension measurements. In addition, a method for estimating the surface tension of molten metals is suggested.

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“…=.p: (P,., T,.) , and thermal conductivity (8,12), for which k,. = All these charts have been of considerable use for purposes of instruction and rapid calculation.…”

Section: Principle Of Corresponding States and Its Modificationsmentioning

confidence: 99%

mentioning

confidence: 99%