R. J. Bearman

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Statistical Mechanics of Transport Processes. XI. Equations of Transport in Multicomponent Systems

J. Kirkwood, John G. Kirkwood, Richard J. Bearman, 1958 .

On the Linear Phenomenological Equations. II. The Linear Statistical Mechanical Theory

R. J. Bearman, 1959 .

Non-Equilibrium Thermodynamics. S. R. de Groot and P. Mazur. North-Holland, Amsterdam; Wiley, New York, 1962. x + 510 pp. Illus. $15.50

R. J. Bearman, 1963 .

Some remarks on the numerical evaluation of Fourier and Fourier-Bessel transforms

F. Mandel, R. J. Bearman, 1971 .

Equation of State of Dense Fluids. IX. Comparison of the Internal Pressure from the PY Theory and the Lennard‐Jones (7–28) Potential with Experimental Data on CF4

R. J. Bearman, S. C. Glover, M. Bearman, 1972 .

Numerical Solutions of the Percus–Yevick Equation for the Lennard‐Jones (6–12) and Hard‐Sphere Potentials

F. Mandel, R. J. Bearman, M. Bearman, 1970 .

The Equation of State of Dense Fluids. I. A Precision P-V-T Apparatus

R. J. Bearman, F. Theeuwes, 1969 .

Multibody distribution function contributions to the heat capacity for the truncated Lennard‐Jones fluid

B. Freasier, R. J. Bearman, A. Czezowski, 1994 .

Introduction to Thermodynamics of Irreversible Processes.

R. J. Bearman, 1962 .

ON THE MOLECULAR BASIS OF SOME CURRENT THEORIES OF DIFFUSION1

R. J. Bearman, 1961 .

The p, V, T behavior of dense fluids V. The vapor pressure and saturated liquid density of xenon

R. J. Bearman, F. Theeuwes, 1970 .

Thermogravitational Thermal Diffusion. V. Temperature Difference Effects. Thermal Diffusion Factors for the System Carbon Tetrachloride–Cyclohexane and Carbon Tetrachloride–Ethyl Alcohol

A. Beyerlein, R. J. Bearman, 1968 .

Comparison of Theories of Heat of Transport and Thermal Diffusion with Experiments on the Cyclohexane—Carbon Tetrachloride System

F. Horne, R. J. Bearman, 1965 .

Thermogravitational Thermal Diffusion in Liquids. II. Experimental Thermal Diffusion Factors for Carbon Tetrachloride—Cyclohexane at 25°C

F. Horne, R. J. Bearman, 1962 .

Composition Dependence of the Thermal Conductivity of Regular Solutions

V. S. Vaidhyanathan, R. J. Bearman, 1961 .

Thermogravitational Thermal Diffusion in Liquids. IV. Revised Formula for the Forgotten Effect and R

F. Horne, R. J. Bearman, 1968 .

Thermogravitational Thermal Diffusion in Liquids. III. Velocities, Gradients, and Fluxes in a Narrow Cylindrical Annulus

F. Horne, R. J. Bearman, 1967 .

Heats of Transport of the Rare Gases in a Rubber Membrane1

R. J. Bearman, M. Bearman, 1966 .

Thermogravitational Thermal Diffusion in Liquids. I. The Formal Theory

F. Horne, R. J. Bearman, 1962 .

Statistical Mechanical Theory of the Diffusion Coefficients in Binary Liquid Solutions

R. J. Bearman, 1960 .

Statistical Mechanical Theory of Thermal Diffusion in Binary Liquid Solutions

R. J. Bearman, 1959 .

Statistical Mechanical Theory of the Viscosity Coefficients of Binary Liquid Solutions

Peter F. Jones, Richard J. Bearman, R. J. Bearman, 1960 .

Statistical Mechanical Theory of the Thermal Conductivity of Binary Liquid Solutions

R. J. Bearman, 1958 .

Radial Distribution Functions for Binary Fluid Mixtures of Lennard‐Jones Molecules Calculated from the Percus—Yevick Equation

R. J. Bearman, G. J. Throop, 1966 .

Fundamental Studies on the Bearman–Kirkwood Theory of Transport. I. The Diffusion Coefficient Ratio

R. J. Bearman, M. Bearman, 1970 .

Studies of a version of scaled particle theory for nonadditive hard disks. II. Fluid–fluid phase equilibria

R. Mazo, R. J. Bearman, 1989 .

Heats of Transport of the Rare Gases in a Rubber Membrane

R. J. Bearman, M. Bearman, 1967 .

Excess Thermodynamic Functions for Binary Mixtures as Calculated from the Percus—Yevick Equation for the Lennard‐Jones Potential

R. J. Bearman, G. J. Throop, 1967 .

The p, V, T behavior of dense fluids(2) III. The vapor pressure and orthobaric density of krypton

R. J. Bearman, F. Theeuwes, 1970 .

Non‐Steady‐State, Hot Wire, Thermal Conductivity Apparatus

Felix Theeuwes, Richard J. Bearman, Phil S. Davis, 1971 .

Contribution of Interionic Forces to the Thermal Conductivity of Dilute Electrolyte Solutions

R. J. Bearman, 1964 .

Theory of the Single‐Ion Heat of Transport in Nonisothermal Electrolytic Solutions

V. S. Vaidhyanathan, R. J. Bearman, 1963 .

Molecular dynamics simulations of self-diffusion coefficients in binary isotopic Lennard-Jones solutions

R. J. Bearman, D. Jolly, 1984 .

On the Linear Phenomenological Equations

R. J. Bearman, 1958 .

Numerical Solutions of the Percus—Yevick Equation for the Hard‐Sphere Potential

Richard J. Bearman, Gerald J. Throop, R. J. Bearman, 1965 .

Equation of state of heteronuclear hard dumbbells

B. Freasier, R. J. Bearman, D. Jolly, 1977 .

Heat capacity extrema: Solution of the Ornstein–Zernike equation in the Percus–Yevick approximation for the truncated Lennard‐Jones fluid

B. Freasier, R. J. Bearman, 1994 .

Radial Distribution Functions for Mixtures of Hard Spheres

R. J. Bearman, G. J. Throop, 1965 .

THE POLAROGRAPHIC DIFFUSION COEFFICIENT

R. J. Bearman, 1962 .

Molecular dynamics simulation of the mutual and self diffusion coefficients in Lennard-Jones liquid mixtures

R. J. Bearman, D. Jolly, 1980 .

Theory of the Soret Effect in Electrolytic Solutions

E. Helfand, V. S. Vaidhyanathan, R. J. Bearman, 1963 .

The Onsager Thermodynamics of Galvanic Cells with Liquid‐Liquid Junctions

R. J. Bearman, 1954 .

Nonequilibrium Thermodynamics of the Simple Moving Boundary Experiment

R. J. Bearman, 1962 .

Statistical‐Mechanical Theory of Transport Processes. X. The Heat of Transport in Binary Liquid Solutions

M. Fixman, J. Kirkwood, R. J. Bearman, 2007 .

Hard dumbells: Monte Carlo pressures and virial coefficients

B. Freasier, R. J. Bearman, D. Jolly, 1976 .

Accuracy of Numerical Solutions of the Percus–Yevick Equation

F. Mandel, R. J. Bearman, 1969 .

The pair correlation function and thermodynamic properties for the Lennard-Jones 6-12 potential and the Percus-Yevick equation

R. J. Bearman, G. J. Throop, 1966 .

Equation of State of Dense Fluids. VII. PY Theory of CV Extrema and Comparison with Experiment

F. Mandel, R. J. Bearman, F. Theeuwes, 1970 .

Pressure‐Consistent Integral Equations

F. Mandel, R. J. Bearman, 1971 .

Scaled particle theory for mixtures of nonadditive hard disks or hard spheres: An alternative scaling

R. Mazo, R. J. Bearman, 1990 .

The fluid-solid interface for a Yukawa fluid

B. Freasier, D. Isbister, R. J. Bearman, 1980 .

LETTERS TO THE EDITOR Some solutions of the Hurst generalized hyper-netted chain equation

R. J. Bearman, G. J. Throop, 1966 .

Local structure in fluids of heteronuclear dumb-bells according to the RISM model

B. Freasier, R. J. Bearman, D. Jolly, 1976 .

Studies of a version of scaled particle theory for nonadditive hard disks

R. Mazo, R. J. Bearman, 1988 .

Cv extrema on isotherms for simple fluids and why they exist

C. Woodward, B. Freasier, R. J. Bearman, 1997 .

Heat capacity extrema on isotherms in one‐dimension: Two particles interacting with the truncated Lennard‐Jones potential in the canonical ensemble

C. Woodward, B. Freasier, R. J. Bearman, 1996 .

Equation of State of Dense Fluids. VIII. Comparison of the Internal Pressure from the PY Theory and the Lennard‐Jones (6–12) Potential with Experiment

R. J. Bearman, F. Theeuwes, 1970 .

Monographs in Statistical Physics and Thermodynamics. Volume 2. Thermodynamics with Quantum Statistical Illustrations.

R. J. Bearman, 1961 .

The p, V, T behavior of dense fluids IV. The p, V, T behavior of liquid xenon

R. J. Bearman, F. Theeuwes, 1970 .

The p, V, T behavior of dense fluids VI. The shape of dense fluid isochores for krypton and xenon

R. J. Bearman, F. Theeuwes, 1970 .

The p, V, T behavior of dense fluids(3) II. The p, V, T behavior of liquid and of dense gaseous krypton

R. J. Bearman, F. Theeuwes, 1970 .

Solution of the mean spherical model for dipolar mixtures

D. Isbister, R. J. Bearman, 1974 .

The extension of simulation radial distribution functions to an arbitrary range by baxter's factorisation technique

B. Freasier, R. J. Bearman, D. Jolly, 1976 .

Virial expansion for hard ellipsoids of revolution

B. Freasier, R. J. Bearman, 1976 .

Mass dependence of the self diffusion coefficients in two equimolar binary liquid Lennard-Jones systems determined through molecular dynamics simulation

R. J. Bearman, D. Jolly, 1981 .