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Search Publications by: Mark O. McLinden (Fed)

Displaying 176 - 197 of 197

An Improved Extended Corresponding States Method for Estimation of Viscosity of Pure Refrigerants and Mixtures

December 1, 1997

Author(s)

S. A. Klein, Mark O. McLinden, Arno D. Laesecke

An Equation of State for the Thermodynamic Properties of R143a (1,1,1-Trifluoroethane)

November 1, 1997

Author(s)

Stephanie L. Outcalt, Mark O. McLinden

Physical Properties of Alternatives to the Fully Halogenated Chlorofluorocarbons

May 16, 1989

Author(s)

Mark O. McLinden

The properties of nine halogenated hydrocarbons are collected from a variety of sources, including unpublished data. These data are evaluated and correlated. Considered are the triple point, normal boiling point, and critical point parameters and the

Measurement Techniques for Horizontal Flow Boiling Heat Transfer With Pure and Mixed Refrigerants

January 1, 1989

Author(s)

D. S. Jung, Mark O. McLinden, R Radermacher

A test rig and measurement techniques for horizontal flow boiling of pure and mixed refrigerants are described. Local heat transfer coefficients were measured for R22/R114 and R12/R152a mixtures as well as the corresponding pure components. The test

Thermophysical Property Need for the Environmentally-Acceptable Halocarbon Refrigerants

September 9, 1988

Author(s)

Mark O. McLinden, David Didion

The need for, and uses of thermodynamic and transport properties in the selection of working fluids for the vapor compression cycle and in equipment design are reviewed. Lists of hydrogen-containing halocarbons, as well as their mixtures, are presented as

Search for Alternative Refrigerants: A Molecular Approach

July 1, 1988

Author(s)

Mark O. McLinden, David Didion

The impending production limitation on the fully halogenated CFC refrigerants is causing an intense search for possible substitutes. This study reviews the historical development of the CFC refrigerants and the relationship between molecular structure and

Experimental Evaluation of Two Refrigerant Mixtures in a Breadboard Air Conditioner

April 1, 1988

Author(s)

W. J. Mulroy, M Kauffeld, Mark O. McLinden, David Didion

An experimental, water-to-water, breadboard heat pump (that is one designed to be easily reconfigured) was constructed for comparison of pure R22 to the refrigerant mixtures R22/R114 and R13/R12. three evaporator configurations were extensively studied. In

Application of the Carnahan-Starling-DeSantis Equation of State to Mixtures of Refrigerants

December 7, 1986

Author(s)

G. Morrison, Mark O. McLinden

A modification to the Carnahan-Starling equation of state to describe the properties of refrigerant materials and their binary and ternary mixtures is discussed. A detailed discussion of the ability to fit and predict the thermodynamic properties ofR22 is

Experimental Comparison of Ammonia-Water and Ammonia-Water Lithium Bromide Mixtures in an Absorption Heat Pump

June 1, 1985

Author(s)

Mark O. McLinden, R Radermacher

The performance of an absorption heat pump (AHP) operating with ammonia-water and ammonia-water-lithium bromide mixtures is compared. The AHP was designed for the ammonia-water system but operated successfully and without modifications with the ternary

Steady-State Modeling of Absorption Heat Pumps With a Comparison to Experiments

June 1, 1985

Author(s)

Mark O. McLinden, S. A. Klein

A modular, steady-state model for the simulation of absorption heat pumps (AHP) is presented. The model is based on detailed mass and energy balances and heat and mass transfer relationships from components of the cycle and is applied to a prototype AHP

Two Refrigerant Mixtures and the Hard Sphere Fluid

June 1, 1985

Author(s)

G. Morrison, Mark O. McLinden

This is a discussion of the use of the perturbed hard sphere equation of state to describe refrigerants and refrigerant mixtures. A brief review of mixture modeling is given. Two mixtures, R13Bl/R152a, and R12/R22, are discussed as examples ofthe