Cosmic X-ray bremsstrahlung associated with suprathermal protons.
Cosmic X ray bremsstrahlung due to collisions of suprathermal protons with ambient electrons, giving clue about diffuse sky background of X rays
Boldt, E.↗
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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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Electron bremsstrahlung shielding at synchronous altitude by electron trapping in dielectrics
Electron bremsstrahlung shielding at synchronous altitude by electron trapping in dielectrics using Monte Carlo method
Hollis, D. L.↗
Comparisons of experimental and calculated electron transmission and bremsstrahlung spectra for electron energies below 3.0 MeV Final report, 12 Mar. 1969 - 12 Mar. 1970
Monte Carlo program for comparing thick-target bremsstrahlung and electron diffusion spectra
Rester, D. H.↗
A summary of research in electron transport and bremsstrahlung cross sections, relativity experiments, and plasma shielding
Calculations of electron transport and bremsstrahlung cross sections including relativity experiments and plasma shielding
Edmonson, N.↗
Bremsstrahlung dose calculations for Apollo manned spacecraft
Bremsstrahlung dose calculations for CSM and LM
Hardy, A. C.↗
Enhanced bremsstrahlung from plasmas with relativistic electron tails
Bremsstrahlung emission from thermal plasma coexisting with relativistic electron tails, noting enhancement at electron plasma frequency harmonics
Papadopoulos, K.↗
High-energy bremsstrahlung in collisions of electrons with one- and two-electron atoms
Electron-electron and electron-atom bremsstrahlung, giving graphical expressions for one and two electron atoms cross sections
Gould, R. J.↗
Comments on ''Enhanced bremsstrahlung from supraluminous, and subluminous, waves in isotropic, homogeneous plasma''
Critique of paper on transverse enhanced bremsstrahlung from supraluminous and subluminous longitudinal waves in isotropic homogeneous plasma
Lerche, I.↗
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.↗
Electron bremsstrahlung in intense magnetic fields
Electron bremsstrahlung in intense magnetic fields calculated for emission rate and absorption coefficient in large quantum number limits
Canuto, V.↗
Simultaneous forward-scatter, riometer, and bremsstrahlung observations of a daytime electron precipitation event in the auroral zone
Daylight ionospheric scatter propagation and absorption during energetic electron precipitation event in auroral zone using bremsstrahlung observations at balloon altitude
Bailey, D. K.↗
Bremsstrahlung radiation in an intense magnetic field and emission from pulsars
Bremsstrahlung radiation in intense magnetic field proposed as emission mechanism from pulsars, discussing absorption coefficient
Canuto, V.↗
Bremsstrahlung radiation in plasmas
Bremsstrahlung radiation emitted from homogeneous, field free, nonrelativistic plasma, deriving formulas
Papadopoulos, K.↗
Neutrino bremsstrahlung in an intense magnetic field
Neutrino production by synchroton process /magnetic bremsstrahlung/ in relativistic electron gas under intense magnetic field
Canuto, V.↗
Bremsstrahlung and photoneutrons from thick tungsten and tantalum targets
Bremsstrahlung and photoneutrons from electron- photon cascades in thick tungsten and tantalum targets bombarded with low energy electrons
Berger, M. J.↗
Nonrelativistic electron bremsstrahlung in a strongly magnetized plasma
Nonrelativistic electron bremsstrahlung in dense plasma with strong magnetic field
Canuto, V.↗
Bremsstrahlung from electrons traversing a focused laser beam
Electrons optical scale time averaged motion dependence in focused laser beam on light intensity gradient, calculating bremsstrahlung spectrum
Billman, K. W.↗
Thick target bremsstrahlung produced by electron bombardment of targets of Be, Sn, and Au in the energy range 0.2-2.8 MeV
Angular distribution of thick target bremsstrahlung produced by electron bombardment of Be, Sn and Au surfaces
Dance, W. E.↗