Stellar structure theory
Stellar structure theory, examining particle aggregates gravitational and pressure forces, energy flow, generation and opacity and equations of state
Iben, I., Jr.↗
Engineering topics
Iben, I., Jr.
Publications and source records attributed to Iben, I., Jr..
Stellar evolution from main sequence to red giant
Metal-rich star evolution from main sequence to red giant, examining mass, nuclear reactions and theoretical models
Iben, I., Jr.↗
Low-mass red giants.
Red giants limiting helium core mass dependence on total stellar mass and initial composition from stellar evolutionary models
Iben, I., Jr.↗
Solar neutrinos and the solar helium abundance.
Solar neutrino flux and solar helium abundance limit
Iben, I., Jr.↗
Age and initial helium abundance of stars in the globular cluster M15.
Age and initial helium abundance of stars in M15 globular clusters estimated from stellar evolution lifetime ratio
Iben, I., Jr.↗
On the variation of globular-cluster characteristics with age.
Age dependence of globular cluster characteristics, discussing helium abundance effects
Iben, I., Jr.↗
On the age and initial helium abundance of extreme population II stars.
Age and initial helium abundance of extreme population II stars using initial horizontal branch models
Faulkner, J.↗
Heavy-element abundances and the interpretation of globular cluster characteristics.
Evolutionary models for all composition parameter permutations for globular cluster age determination
Iben, I., Jr.↗
The effect of Be super 7 K-capture on the solar neutrino flux.
Beryllium 7 K-capture effect on solar neutrino flux, noting calculated solar neutrino emission decrease from Be bound electron capture
Iben, I., Jr.↗
Surface helium abundance in horizontal branch and halo B stars.
Surface helium abundance in blue horizontal branch and halo B stars, considering depletion mechanism
PHOTOSPHERE↗
Stellar evolution - Comparison of theory with observation.
Stellar evolution model compared with observation to determine interior structure of real stars
STELLAR EVOLUTION↗
Stellar evolution. VI.
Evolution of low mass Population I stars from main sequence to red giant branch in Hertzsprung- Russell diagram, through energy generation phases of p-p chain reactions /dominating over C-N cycle reactions/ and hydrogen burning
MAIN SEQUENCE STAR↗
Stellar evolution. VII.
Evolution of 2.25 M star from main sequence to helium burning phase noting lifetimes, nuclear burning of core, stellar mass fraction and stellar model algorithm
GIANT STAR↗
Stellar evolution within and off the main sequence.
Stellar evolution on and off main sequence, discussing hydrogen and helium burning phases, rotation effects, Population I and Population II evolution, etc
Iben, I., Jr.↗
Age-helium content correlations for two low- mass field binary systems.
Age and helium content correlations from recent mass determinations of two low mass binary star systems used in stellar evolution theory
COSMOLOGY↗
Stellar formation rates in young clusters.
Stellar formation rate in young clusters according to simultaneous formation hypothesis and continuous formation hypothesis
ASTROPHYSICS↗
The evolution of population II stars.
Evolutionary paths of several double energy-source models compared with horizontal branch in metal- weak Population II clusters to obtain stellar structure and mass for best fit
STELLAR STRUCTURE↗