SEARCH · Engineering Papers
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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Primary electron flux and differential energy spectrum during 1966 solar minimum, noting omnidirectional synchrotron radiation emission in RF and X ray regions
Ionized medium suppression of low frequency synchrotron emission, giving expressions and numerical values of emission spectra
Correction factors for spectral distribution and frequency range of radiating synchrotron electron motion
Particle motions, reabsorption mechanism, and related problems of synchrotron radiation theory
Synchrotron and X ray emission generation from upper chromosphere electrons during solar flares
RF synchrotron radiation emitted by electrons trapped in geomagnetic fields above auroral zones, discussing electron flux and cosmic background
RF synchrotron emission from electrons trapped in earth magnetic field observed by satellite, using magnetospheric environment model
Synchrotron radiation rate from deexcitation of electrons in magnetic orbits of low quantum numbers, stressing electrons radiation in intense magnetic fields
Coherent synchrotron emission in Crab Nebula associated with electron gyromotion, discussing models for high energy particle acceleration
Synchrotron emission of relativistic particle in magnetic field with radiative reaction force comparable to Lorentz force, emphasizing pulsar cosmic ray electron acceleration
Synchrotron model limitation for nonthermal spectra, demonstrating restriction to small pitch angles and strong fields
Synchrotron source spectra natural frequency cut- off in absence of self absorption and electron energy cut-offs, discussing pulsar NP 0532
Angular distribution of small-pitch-angle synchrotron radiation
Magnetic fields, bremsstrahlung, and synchrotron emission in solar flare of October 24, 1969
Synchrotron emissivity of cosmic electrons in ionized interstellar space
Criticism of paper on synchrotron sources energy spectra formation, examining time dependent spectrum on boundary conditions
Magnetic fields, bremsstrahlung and synchrotron emission in impulsive flare of 24 October 1969
A theoretical model was developed to allow for the calculation of the synchrotron emission arising from high energy electrons trapped in the Van Allen belts of a planet with a dipole magnetic field. The model is general enough to allow for the calculation of the intensity of radiation received by an observer at any distance from and any latitude about the planet. The model is used to compute the emission from the earth's Van Allen belts that one should expect at various latitudes at a distance of 1.92 earth radii, the position of the Radio Astronomy Explorer satellite that was launched in 1968, for the frequencies 1.3 MHz and 2.2 MHz.