Physical properties of giant planets
The chemical identification and physical nature of giant planets are discussed. The phase equilibria of H2-He mixture is briefly described for these large planets.
Wildt, R.↗
Engineering topics
Wildt, R.
Publications and source records attributed to Wildt, R..
Local thermodynamic equilibrium in stellar atmospheres
Investigations of deviations in local thermodynamic equilibrium in stellar atmospheres are summarized. Included are studies in gray and AO star atmospheres.
Wildt, R.↗
Hydrogen planets and high-pressure physics
A theoretical discussion of the composition of the major planets is presented. A simplistic physical model of the giant planets is described. The conclusions of several theoretical explanations of the planetary structure are explained. Curves are developed to show the mass-radius relation for zero temperature spheres of various chemical compositions. The density of isothermal atmospheres of hydrogen as a function of the elevation above a surface of solid hydrogen.
Wildt, R.↗
Radiative equilibrium in an atmosphere with constant Einstein absorption coefficient
Radiation equilibrium in atmosphere with constant Einstein absorption coefficient
Schwartz, S.↗
Thermodynamics of the gray atmosphere. III.
Entropy defect and source function in gray atmosphere thermodynamics
THERMODYNAMICS↗
Thermodynamics of the gray atmosphere. II - Unattainability of detailed balancing.
Unattainability of detailed balancing in thermodynamic equilibrium of gray atmosphere
GRAY GAS↗
The greenhouse effect in a gray planetary atmosphere.
Hopf analytical solution for values of ratio of gray absorption coefficients for insolating and escaping radiation /greenhouse parameter/ assumed constant at all depths, presenting temperature distribution graphs
ABSORPTION COEFFICIENT↗
The Greenhouse Effect in a Gray Planetary Atmosphere
Hopf analytical solution for greenhouse parameter in gray planetary atmosphere
GRAY GAS↗
Thermodynamics of the gray atmosphere. i - reversible adiabatic processes.
Radiative transfer inside gray atmosphere in strict equilibrium shows similarity transformation exists
ADIABATIC EQUATION↗
Planetary interiors, introductory report
Internal structure, composition, and conditions of planets
PLANETARY CONSTITUTION↗