Possibility of detecting quarks through astronomical observations.
Quark radio wave line detection from quasars in galaxies with history of high intensity cosmic rays
GALACTIC RADIATION↗
SEARCH · Engineering Papers
Results for “QUASARS”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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A unified theory for spiral and radio galaxies.
Unified theory for galaxy spiral formation and radio galaxy and quasar evolutionary dynamics, discussing galactic dipole magnetic field generation
RADIO GALAXY↗
Absorption lines in quasi-stellar objects
Source of red shifts in absorption spectra of quasars
Burbidge, E. M.↗
Acceleration on a Galactic Scale
Evidence for particle acceleration on galactic scale based on radio galaxies observations and radio emission from quasars
Sturrock, P. A.↗
Quasi-Stellar Objects
Radio quiet quasi-stellar sources and quasar discovery, energy distribution, spatial distribution and cosmological nature
Burbidge, E. M.↗
Absorption lines in quasi-stellar objects.
Critique of Gamow conclusion that lack of correlation between apparent brightness and red shift of quasars is due to galactic absorption
Burbidge, E. M.↗
Observations of the radio sources 3C 84, 3C 273, 3C 274, and 3C 279 at short centimeter wavelengths.
Radio flux and linear polarization of various radio sources at short centimeter wavelengths in quasars study
Allen, R. J.↗
Detection of gravitational waves by stellar scintillation in space.
Space-time correlation of stellar scintillation effect on gravitational waves generated by quasars, discussing radiation detection by sensitive photocounters in space
Wintergerb, F.↗
The absorption-line spectrum of the quasi- stellar object PHL 5200.
Quasar PHL 5200 absorption line spectrum from prime focus spectrograph on Lick 120 inch telescope in November 1967, noting Si IV absorption lines
Burbidge, E. M.↗
Can the redshifts of quasi-stellar objects be gravitational?
Quasar models examined for gravitational red shift
Zapolsky, H. S.↗
The distribution of redshifts in quasi-stellar objects, n-systems, and some radio and compact galaxies.
Absorption and emission redshift distribution in quasars, N systems and similar compact and radio galaxies
Burbidge, G.↗
Line identifications in quasi-stellar objects.
Spectral line identification in quasars, noting emission lines characteristic of emission nebulas and absorption lines of stellar atmospheres
Lynds, C. R.↗
Absorption redshifts in the quasi-stellar objects PHL 5200 and B194.
Absorption red shifts in quasar spectra from spectroscopic observations of PHL 5200 and B194
Burbidge, E. M.↗
Nature of quasi-stellar objects
Quasar properties from cosmological nature, discussing red shift, luminosity, radiation intensity, absorption features, distribution, chemical composition, etc
Burbidge, G. R.↗
Photoelectric spectrophotometry of quasi- stellar sources
Spectral energy distribution in quasars, using photoelectric spectral scanner in several wavelength ranges
Oke, J. B.↗
Spectrophotometry and infrared photometry of BL Lacertae.
Variable star BL Lacertae absolute spectral energy distribution in visible and IR regions, noting synchrotron features and possible quasar nature
Becklin, E. E.↗
Are quasi-stellar radio sources giant pulsars?
Quasar features compared to pulsars, noting complete analogy except for energy output scale
Morrison, P.↗
Quasi-stellar objects - A progress report.
Quasars variability, distribution, absorption line characteristics, red shift peaks, physical models, cosmological problems, etc
Burbidge, E. M.↗