Transfer of radiation in circumstellar dust envelopes. II - Intermediate case
Optical to IR conversion in circumstellar dust envelope with spherical symmetry based on optical radiation scattering and absorption by dust
Huang, S.-S.↗
Engineering topics
Huang, S.-S.
Publications and source records attributed to Huang, S.-S..
Occurrence of planetary systems in the universe as a problem in stellar astronomy.
Planetary systems interrelationship with binaries and rotating stars, emphasizing occurrence frequency study based on stellar angular momentum orientation
Huang, S.-S.↗
Role of angular momentum in stellar astronomy
Stellar angular momentum, discussing evolution, rotation orbits and relationship between binaries, rotating stars and planetary systems
Huang, S.-S.↗
Origin of binaries from a statistical study.
Binary star origin, comparing calculated statistical distribution with observed distribution
Huang, S.-S.↗
On the Eddington approximation.
Eddington approximation to solve radiative transfer equation
Huang, S.-S.↗
Origin of binaries from a consideration of angular momentum.
Origin of binaries from angular momentum vectors orientation and separation distribution
Huang, S.-S.↗
Rotational behavior of the main-sequence stars and its plausible consequences concerning formation of planetary system. II.
Statistical models based on truncated Maxwell distributions of original stellar angular momenta, discussing main sequence star rotational behavior and planetary system formation
Huang, S.-S.↗
Rotating emission ring in binary systems.
Representation of rotating gaseous emission rings in eclipsing binary systems by periodic orbits around more massive component in restricted three-body problem
PERIODIC ORBIT↗
Effect of non-synchronous rotation on close binary stars.
Component star in close binaries nonsynchronous rotation effect on limiting surface, noting difficulties associated with certain coordinate systems
Huang, S.-S.↗
Rotating emission ring in binary systems
Rotating emission ring in terms of stability of periodic orbits in restricted three-body problem for binary systems
SPECTRAL EMISSION↗
On the mass-luminosity relation for spiral galaxies.
Spiral and irregular galaxies total mass to neutral hydrogen mass ratio derived from mass- luminosity relations
SPIRAL GALAXY↗
A theory of the origin and evolution of contact binaries.
Contact binaries origin and evolution, discussing orbital angular momentum dissipation through mass ejection along magnetic lines of force
STELLAR EVOLUTION↗
Galactic distribution of eclipsing binaries and its significance.
Angular momenta associated with orbital motion of close binaries is not due to localization of galactic rotation of prestellar media
STELLAR ROTATION↗
An interpretation of epsilon aurigae.
Rotating opaque gaseous disk model to explain contradictory behavior of binary Epsilon Aurigae found in photometric and spectroscopic observations
ROTATING DISK↗
Rotational behavior of the main-sequence stars and its plausible consequences concerning formation of planetary systems.
Braking effect on axial rotational behavior of main sequence stars and plausible formation of planetary system from nebula
STELLAR ROTATION↗
The motion of gaseous streams in the binary system.
Jacobian constants and angular momentum of colliding particles of gaseous streams in close binary stellar system
STELLAR MASS EJECTION↗
A Theory of the Origin and Evolution of Contact Binaries
Dissipating orbital angular momentum of contact binaries through mass ejection along magnetic lines of force - stellar origin and evolution
STELLAR EVOLUTION↗
On the mass-luminosity relation for galaxies
Relation between neutral hydrogen mass and luminosity for spiral and irregular galaxies
STELLAR MASS↗