Autorentext

J. Richard Elliott, Ph.D., is a professor emeritus of chemical engineering at the University of Akron in Ohio. He is co-author of the thermodynamics section in Perry's Chemical Engineering Handbook and co-author of Introductory Chemical Engineering Thermodynamics with Carl Lira. Vladimir Diky, Ph.D., is the project leader of the ThermoData Engine at the NIST TRC (Thermodynamics Research Center) Group, which supplies thermodynamic property data and data analysis tools for chemical engineering, research, public health, safety, and environment protection. Thomas A. Knotts IV, Ph.D., is a professor of chemical engineering at Brigham Young University. He is a co-PI of the AIChE/DIPPR 801 database project. W. Vincent Wilding, Ph.D., is a professor of chemical engineering at Brigham Young University. He is co-author of the Physical and Chemical Data section in Perry's Chemical Engineers' Handbook and a co-PI of the AIChE/DIPPR 801 database project.

Klappentext

A thoroughly revised edition of the go-to chemical engineering reference

Fully updated for the latest advances, this must-have chemical engineering guide serves as a single source for up-to-date physical data, chemical data, and predictive and estimation methods. The Properties of Gases and Liquids, Sixth Edition provides the latest curated data on over 480 compounds and includes a special section devoted to the interpretation of uncertainty in physical property estimation. You will get new coverage of advanced EOSs, advanced computational methods, quantum density functional theory, and semi-empirical combinations. Clear explanations and sample calculations are provided throughout this all-inclusive resource.

Coverage includes:

• Traditional and non-traditional estimation methods
• Uncertainty
• Critical properties and related constants
• Ideal gas properties
• Saturation properties and virial coefficients
• Equations of state for pure compounds
• Equations of state for mixture properties
• Vapor-liquid, liquid-liquid, and solid-liquid equilibria
• Infinite dilution activity coefficients
• Viscosity and thermal conductivity
• Diffusivity and surface tension