CONVECTION IN PLANETARY INTERIORS
Formulation of linearized equations safeguarding the conservation of mass, energy and momentum of viscous flow inside a fluid sphere, and application to the problem of convection in planetary interiors
VISCOUS FLOW↗
Engineering topics
Kopal, Z.
Publications and source records attributed to Kopal, Z..
GRAVITATIONAL HEATING OF THE MOON
Gravitational heating of the moon, demonstrating that radiogenic heat is not the only source capable of raising the internal temperature of its interior to 1000 degrees k or more
TEMPERATURE MEASUREMENT↗
ON THE ELLIPTIC CASE OF THE RESTRICTED PROBLEM OF THREE BODIES AND THE REMOTE HISTORY OF THE EARTH-MOON SYSTEM
Jacobi integral and the elliptic case of the restricted problem of three bodies, and study of the remote history of the earth-moon system
THREE-BODY PROBLEM↗
INTERNAL STRUCTURE OF THE MOON
Lunar chemical composition, hydrostatic equilibrium, thermal history and material evaporation are considered in a study of the internal structure of the moon
GEOASTROPHYSICS↗
THE EFFECTS OF CONVECTION IN THE MANTLE ON THE GRAVITATIONAL FIELD OF THE EARTH
Thermal convection in the earths mantle and its effects on the coefficients of odd harmonics in the gravitational field
GEOPHYSICS↗
THERMAL HISTORY OF THE MOON AND OF THE TERRESTRIAL PLANETS: CONVECTION IN PLANETARY INTERIORS
Thermal history of the moon and terrestrial planets - convection in planetary interiors
EQUILIBRIUM↗
Thermal History of the Moon and of the Terrestrial Planets
Thermal history of the moon and of the terrestrial planets
MOON↗