The contraction phase of solar evolution.
Gravitational contraction of stars of one solar mass examined, using Henyey method for calculating stellar evolutionary tracks
GRAVITATIONAL COLLAPSE↗
Engineering topics
Cameron, A. G. W.
Publications and source records attributed to Cameron, A. G. W..
Composition of matter in nuclear statistical equilibrium at high densities.
Properties of dense matter in nuclear statistical equilibrium analyzed at high densities and temperatures in connection with stellar evolution
STELLAR EVOLUTION↗
Systematics of fission based on the exponential mass formula.
Systematics of fission based on exponential mass formula, discussing neutron capture
FISSION↗
Gas clouds in dense star clusters - A possible quasar model.
Gas clouds in dense star clusters compared with quasar properties, analyzing possible energy sources like supernova explosions, stellar collisions and star gas interaction
ENERGY SOURCE↗
Density of matter assembled from randomly incident particles.
Lunar photometric properties reproducible from surfaces composed of dark randomly-fallen grains, noting density as function of grain geometry and incident angle
ASTRONOMICAL PHOTOMETRY↗
The helium content of the galaxy.
Problem of large solar and stellar helium content examined in regard to nucleosynthesis theory that initial composition of galaxy was hydrogen
HELIUM↗
A composite nuclear-level density formula with shell corrections.
Parameters of Fermi gas formula using pairing and shell correction energies, noting neutron and protron resonances
BINDING ENERGY↗
Cooling of neutron stars.
X-ray emission and cooling of neutron stars, combining neutrino emission from interior and photon emission from surface
X-RAY SPECTROMETRY↗
Role of the symmetry energy in atomic mass formulas.
Mass formulas differing in treatment of nuclear symmetry energy with very neutron-rich nuclei being bound in one formula and unbound in other
NEUTRON DISTRIBUTION↗
Cosmic ray production by vibrating neutron stars.
Cosmic ray production and acceleration by hydromagnetic waves from vibrating neutron stars
NEUTRON STAR↗
Oscillation periods of neutron stars.
Effect of three-body nuclear potential and two neutron-neutron potentials on radial oscillation periods of neutron stars
OSCILLATION FREQUENCY↗
Possible magnetospheric phenomena associated with neutron stars.
Discrete X-ray sources associated with neutron or hyperon stars formed during internal collapse which triggers off supernova explosions
NEUTRON STAR↗
The origin of planetary atmospheres.
Planetary atmospheres origin due to outgassing or capture from primitive solar nebula or solar wind and atmospheric losses due to reverse processes
SOLAR WIND↗
Systematics of fission based on the exponential mass formula
Fission threshold calculation for systematics of spontaneous fission rates and neutron-fission width ratio
NUCLEAR PHYSICS↗
Solar Evolution with Varying g
Model sequence calculations of solar evolution extended to varying-G cosmology
COSMOLOGY↗
Origin and evolution of atmospheres and oceans
Earth and planetary ocean and atmospheric origin, evolution, and composition
EARTH ATMOSPHERE↗