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Development and application of physically-based equations of state for pure fluids and fluid mixtures.

Konstruktion und Anwendung physikalisch begründeter Zustandsgleichungen für reine Fluide und fluide Mischungen.

Author(s) : MÜLLER A.

Type of monograph: Thesis

Summary

This doctoral dissertation at the Martin-Luther-Universität, Halle-Wittenberg, Germany, presents the BACKONE equation of state family, which is particularly suited to predicting the data of linear non-polar, dipolar and quadrupolar fluids. Its efficiency is demonstrated through the successful use of argon, ethylene and R152a. Simulations of non-polar-dipolar mixtures were used to develop and verify a dipolar mixture rule. The widening of the concept from pure substances to mixtures is discussed in depth in the last part of the work. For mixtures one-fluid approaches were used. The results, with the examples of methane-ethane, methane-argon, and xenon-methyl fluoride, are presented.

Details

  • Original title: Konstruktion und Anwendung physikalisch begründeter Zustandsgleichungen für reine Fluide und fluide Mischungen.
  • Record ID : 1996-1271
  • Languages: German
  • Publication: Vdi (verein deutscher ingenieure) - Germany/Germany
  • Publication date: 1995
  • Source: Source: vol. 3; n. 408; 150 p. (14.8 x 21); fig.; tabl.
  • Document available for consultation in the library of the IIR headquarters only.

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