Parameter of nonlinearity B/A of three-component systems with separate volumes of liquid, its vapor and a neutral gas

An expression of the excess entropy of a three-component mixture with separate volumes of liquid, vapor and neutral gas in terms of its excess pressure and density is obtained with accuracy up to quadratic nonlinear terms. The formulae of a small-signal sound speed and parameter of n...

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Main Author: A. Perelomova
Format: Article
Language:English
Published: Institute of Fundamental Technological Research Polish Academy of Sciences 2005-01-01
Series:Archives of Acoustics
Subjects:
Online Access:https://acoustics.ippt.pan.pl/index.php/aa/article/view/521
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author A. Perelomova
author_facet A. Perelomova
author_sort A. Perelomova
collection DOAJ
description An expression of the excess entropy of a three-component mixture with separate volumes of liquid, vapor and neutral gas in terms of its excess pressure and density is obtained with accuracy up to quadratic nonlinear terms. The formulae of a small-signal sound speed and parameter of nonlinearity B/A defined by this expression depend on equilibrium mass concentrations of vapor and neutral gas and the initial pressure of the mixture. The only limitation is that the vapor and the inertial gas are ideal gases. Calculations of the sound velocity and the parameter of nonlinearity are presented for a mixture consisting of water and water vapor being in phase equilibrium and air.
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spelling doaj-art-f2dbaf7d6d484f48a1fb13ba47c6c99c2025-07-15T16:55:55ZengInstitute of Fundamental Technological Research Polish Academy of SciencesArchives of Acoustics0137-50752300-262X2005-01-01303Parameter of nonlinearity B/A of three-component systems with separate volumes of liquid, its vapor and a neutral gasA. Perelomova0Gdańsk University of Technology An expression of the excess entropy of a three-component mixture with separate volumes of liquid, vapor and neutral gas in terms of its excess pressure and density is obtained with accuracy up to quadratic nonlinear terms. The formulae of a small-signal sound speed and parameter of nonlinearity B/A defined by this expression depend on equilibrium mass concentrations of vapor and neutral gas and the initial pressure of the mixture. The only limitation is that the vapor and the inertial gas are ideal gases. Calculations of the sound velocity and the parameter of nonlinearity are presented for a mixture consisting of water and water vapor being in phase equilibrium and air. https://acoustics.ippt.pan.pl/index.php/aa/article/view/521parameter of nonlinearity B/Acoefficient of nonlinearitythree-component mixture with separate volumes of gas and vapor
spellingShingle A. Perelomova
Parameter of nonlinearity B/A of three-component systems with separate volumes of liquid, its vapor and a neutral gas
Archives of Acoustics
parameter of nonlinearity B/A
coefficient of nonlinearity
three-component mixture with separate volumes of gas and vapor
title Parameter of nonlinearity B/A of three-component systems with separate volumes of liquid, its vapor and a neutral gas
title_full Parameter of nonlinearity B/A of three-component systems with separate volumes of liquid, its vapor and a neutral gas
title_fullStr Parameter of nonlinearity B/A of three-component systems with separate volumes of liquid, its vapor and a neutral gas
title_full_unstemmed Parameter of nonlinearity B/A of three-component systems with separate volumes of liquid, its vapor and a neutral gas
title_short Parameter of nonlinearity B/A of three-component systems with separate volumes of liquid, its vapor and a neutral gas
title_sort parameter of nonlinearity b a of three component systems with separate volumes of liquid its vapor and a neutral gas
topic parameter of nonlinearity B/A
coefficient of nonlinearity
three-component mixture with separate volumes of gas and vapor
url https://acoustics.ippt.pan.pl/index.php/aa/article/view/521
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