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Bison #:	SEL Reference TP200.P49 1989
Title:	PHYSICAL PROPERTY DATA FOR THE DESIGN ENGINEER
Author:	C.F. Beaton, Hemisphere Publishing Corp., 1989
Properties:	Mechanical; Physical; Thermal;
Materials:	Fluids; Organic chemicals
Identifiers:	Boiling point; Critical density; Critical pressure; Critical temperature; Density; Dielectric constant; Enthalpy; Entropy; Heat capacity; Internal energy; Melting point; Molecular weight; Prandtl number; Pressure; Specific volume; Surface tension; Temperature at saturation; Thermal conductivity; Vapor density; Viscosity

Note:	This book's information is a recompilation of data presented in HEAT EXCHANGER DESIGN HANDBOOK. Materials information is reorganized to bring all information together for a given substance under one entry. It covers about 250 organic and inorganic substances. The bulk of the volume supplies values for the thermodynamic and transport properties of the liquid, gaseous and saturated vapor phases at several selected temperatures.

Bison #:	SEL Reference QD162.P76 1989
Title:	PROPERTIES OF NONMETALLIC FLUID ELEMENTS
Author:	C.Y. Ho, Hemisphere Publishing Corp., 1989
Properties:	Physical; Thermal
Materials:	Elements; Fluids; Gases; Liquids; Nonmetallic liquids
Identifiers:	Heat capacity; Prandtl number; Thermal conductivity; Viscosity

Note:	The primary emphasis in this volume is the presentation of numerical data and information on the properties of non-metallic fluid elements. The elements covered in this volume are normally considered to be gaseous. The limits used to evaluate and present values are 1) for pressure up to 1000 bar and 2) temperature up to 1000 K.

Bison #:	SEL Reference QC145.4.T5 S74 1988
Title:	THERMAL CONDUCTIVITY AND VISCOSITY DATA OF FLUID MIXTURES, vol. 1
Author:	K. Stephan, Institut for Technische Thermodynamik, 1988
Properties:	Physical; Thermal
Materials:	Fluids
Identifiers:	Enthalpy; Entropy; Interfacial tension; Phase equilibrium data; Thermal conductivity; Viscosity

Note:	This book contains information on thermal conductivity and viscosity data for about 1,800 binary, ternary and quaternary mixtures, recommended values of the thermal conductivity of 26 binary mixtures and recommended values of the viscosity of 30 binary mixtures. The compiled results are presented as a literature guide, data tables and plots. Mixing rules, together with least square fitted coefficients, are given to allow rapid and simple calculation of thermal conductivity and viscosities of mixtures.