A radiation climatology in the visible and infrared from the tiros meteorological satellites
Polarization characteristics of solar radio emission at 74 Mc/s during September 1963 noise storm
TIROS SATELLITE↗
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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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Solar activity catalogue. Volume 4 - Catalogue of solar activity during 1959
Solar activity catalog covering solar flares, terrestrial effects, plage regions, radio emissions, geomagnetic storms, and balloon flights
GEOMAGNETIC STORM↗
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.↗
Quasiperiodical low-frequency fluctuations of Sun's radioemission
Effects of chromospheric parameter fluctuations on solar radio emission
Yudin, O. I.↗
On the thermal radioemission of Mercury
Thermal regime and radio emission of Mercury planet
Kuzmin, A. D.↗
Electrodynamic effects of Jupiter's satellite Io.
Natural satellite Io effect on Jovian decametric radio emission and albedo
Drake, J. F.↗
Interstellar OH excitation.
Interstellar SHF radio emission from hydroxyl molecules, discussing maser emission excitation mechanism
Stecher, T. P.↗
Radiation of Venus near lambda 1.35 cm
Theoretical and investigation calculations of Venus brightness temperature, and radio emission peculiarities due to presence of moisture in atmosphere
Strelkov, G. M.↗
Physical properties of the radio-emitting region in sCo XR-1.
Radio emission from Sco XR-1 shown as synchroton radiation of relativistic electrons in low density region surrounding denser core producing X ray
Ramaty, R.↗
Decameter-wave radio observations of Jupiter - Apparitions of 1965 to 1969
Systematic observation of decametric wave radio emission from Jupiter
Alexander, J. K.↗
Jupiter's decametric rotation period.
Rotation period of Jupiter based on decametric component of radio emission, suggesting anticorrelation with sunspot number for drift observed
Carr, T. D.↗
Research results from the Radio Astronomy Explorer.
Extraterrestrial sources radiation including galactic, solar and magnetospheric radio emissions observed by RAE-I satellite at long wavelengths
Stone, R. G.↗
Collective bremsstrahlung from relativistic electrons as a possible mechanism in radio sources
Astrophysical plasmas radio emission interpreted as collective bremsstrahlung due to ultrarelativistic electron tails, discussing Crab Nebula, quasars and Jupiter
Lerche, I.↗
On the orientation of the magnetic field in M31
M31 continuum radio emission produced by magnetic field aligned along arms, discussing field turbulence effects
Noerdlinger, P. D.↗
Pulsars - Rotating magnetic neutron stars
Pulsars as rotating magnetic neutron stars, examining radio emission via maser amplification
Chiu, H.-Y.↗
Discovery of para-formaldehyde and the 2-millimeter formaldehyde distribution in the Orion infrared nebula
Radio emission detection of para-formaldehyde and 2 mm formaldehyde distribution in Orion IR nebula
Jefferts, K. B.↗
Maser theory of pulsar radiation
Pulsar radio emission via maser amplification, presenting model based on electrons behavior in intense magnetic field
Chiu, H.-Y.↗
Electromagnetic compatibility fundamentals applied to spacecraft radio communication systems
A design guide for minimizing electromagnetic interference in aerospace communication equipment for ground stations is presented. Specifically treated are the mechanisms of generating unwanted radio emissions that may affect station operations as well as other communications services, the mechanisms by which sensitive receivers become susceptible to interference, means for reducing interference, standard methods of measurement, and the problems of site selection. The sources of interference are viewed primarily as originating from communications transmitters aboard spacecraft and aircraft, ground transmitters within and outside the ground stations, and other electrical sources on the ground that are not intended to radiate.
Haber, F.↗