3C 390.3, an N system with two emission redshifts
Strong and weak emission red shifts of N galaxy 3C 390.3 in Balmer lines, indicating nonisothermal source and gas ejection
Engineering topics
Publications and source records attributed to Burbidge, G. R..
Strong and weak emission red shifts of N galaxy 3C 390.3 in Balmer lines, indicating nonisothermal source and gas ejection
X ray background angular structure comparison with optical galaxies spatial distribution, ruling out universe models with sources following cosmological mass distribution
Black hole objects in elliptical galaxies, using stellar light and velocity dispersion distribution in nuclear regions for mass limits
Log S /flux/-log Z /redshift/ diagram for radio galaxies, encouraging steady state cosmology
Cosmic IR radiation sources, discussing galactic and stellar masses
Quasar spectra searched for intergalactic absorption lines, discussing red shift
Compact nonthermal radio sources in M87 giving rise to X ray source through Compton effect
Galactic nuclei activity effect on galactic evolution and cosmology, discussing stellar and gaseous components
Quasars variability, distribution, absorption line characteristics, red shift peaks, physical models, cosmological problems, etc
Quasi-stellar and related objects emission and absorption red shifts tabulation suggesting absorption lines origin
Microwave background radiation by intense sources studied by homogeneous and isotropic Friedmann and steady state models
Rotation and mass of Sb galaxy NGC 1832, giving central and mean densities
Optical radiation from galaxies, discussing starlight, nonthermal flux and radiation from hot gas
Nonthermal optical flux from galaxies, estimating total flux emitted and spectral energy distribution
NGC 7714 galaxy emission line spectrum indicating strong excitation and velocity gradients in excited gas due to rotation
Model explaining X ray generation in close binary systems
Dusty Sb galaxy NGC 1808 velocity field, rotation, mass and mass/light ratio, noting circular motion departures and interstellar gas
Quasar properties from cosmological nature, discussing red shift, luminosity, radiation intensity, absorption features, distribution, chemical composition, etc