Photoelectric spectrophotometry of quasi- stellar sources.
Spectral energy distributions of various quasi- stellar radio sources, using photoelectric spectrum scanner
ENERGY SPECTRUM↗
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Photoelectric observations of 3C 446.
Spectral energy distribution of source 3C 446 between August 17 and December 12, 1966
MONOCHROMATIC RADIATION↗
Flight burst radiometer system for Radio Astronomy Explorer satellite Final report
Radio Astronomy Explorer satellite radiometer system for measuring spectral energy distribution of solar bursts
Source record↗
Investigation of electron interaction in matter Final report, 9 Feb. 1967 - 9 Feb. 1968
Electron scattering, bremsstrahlung cross sections, and spectral energy distributions
Source record↗
Non-thermal optical radiation from galaxies.
Nonthermal optical flux from galaxies, estimating total flux emitted and spectral energy distribution
Burbidge, G. R.↗
Investigations of the spectrum of protons in the inner radiation belt with the aid of AES Cosmos-137
Spectral energy distribution of protons in inner radiation belt by Cosmos 137 satellite
Savenko, I. A.↗
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.↗
Photoelectric spectrophotometry of the Crab pulsating radio source NP 0532.
Crab Nebula pulsar NP 0532 photoelectric spectrophotometry results, noting main pulse and interpulse spectral energy distributions similarity to extended synchrotron radiation
Oke, J. B.↗
Interpretation of cosmic X-ray and gamma ray spectra
Cosmic X ray and gamma ray spectral energy distribution slope change explained by measurement process involving photon spectrum
Trombka, J. I.↗
Photoelectric spectrophotometry of 4C 05.34
Quasar 4C 05.34 absolute spectral energy distribution by multichannel photoelectric spectrometry
Oke, J. B.↗
The cosmic gamma-ray spectrum near 1 MeV observed by the ERS-18 satellite
Omnidirectional cosmic gamma ray flux near one MeV observed by ERS-18 satellite, plotting spectral energy distribution
Gruber, D.↗
Standard values for the solar constant and its spectral components
Solar constant and spectral energy distribution standard values by high altitude aircraft, balloon and spacecraft measurements
Drummond, A. J.↗
Ultraviolet reflectivity of Jupiter observed from a rocket
UV spectral energy distribution of Jupiter from rocket-borne Cassegrain telescope observation, computing planet geometric reflectivity in 2100- 3600 A range
Kondo, Y.↗
The infrared object HD 45677
IR stellar object HD 45677, discussing IR spectral energy distribution in terms of black body temperature range
Allen, D. A.↗
The shadow band phenomenon
Shadow band observations during 7 March 1970 solar eclipse, determining spectral energy distribution from magnetic tape recordings of collimated photocells output
Daly, C. J.↗
A compact spectroradiometer for solar simulator measurements
Compact spectral irradiance probe has been designed and built which uses wedge filter in conjunction with silicon cell and operational amplifier. Probe is used to monitor spectral energy distribution of solar simulators and other high intensity sources.
Seward, H. H.↗
Comet Spectra
The nature and chemical composition of comets as determined by their spectral energy distributions and polarization of the scattered radiation are discussed. The study is divided into two parts: (1) a description of the spectra and, (2) a discussion of the excitation mechanisms responsible for their production.
C. Arpigny↗
The infrared sources in M8.
The spectral energy distribution and size of the source of infrared radiation from Herschel 36 in M8 have been investigated. Radiation from the diffuse source in the vicinity of the hourglass has been measured. It is shown that a significant fraction of the 10-microns flux comes from an unresolved source centered on Herschel 36. Other stars in M8 have also been investigated as potential sources of infrared radiation.
Woolf, N. J.↗