Origin of cosmic X rays.
X-ray astronomy emphasizing interpretation of observational results and relationship to radio and optical astronomy and cosmic ray physics
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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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X-ray astronomy emphasizing interpretation of observational results and relationship to radio and optical astronomy and cosmic ray physics
Cosmic radiation anisotropy variation with time and direction described on intensity contour map, noting application for neutron monitors data reduction
Unexpected excess of primary cosmic ray helium nuclei flux value in nuclear photographic emulsions
Refractive index variations, Coulomb scattering and time variation of shower front effects on coherent emission of polarized radio pulses from cosmic ray showers
Temperature gradient and thermal effects on ceramic transducer sensors used on spacecraft for cosmic dust experiments
Sensors used in cosmic dust experiments studied for response to microparticle hypervelocity impacts, noting relationship to velocity
Interplanetary magnetic field variation properties and effects on solar cosmic rays determined through Mariner II recordings employed to develop model
Cosmic-ray electron spectrum in disk-halo galactic model, studying inconsistencies in Ramaty and Lingenfelter analysis
Windborne dust collections on Barbados Islands investigated by mesh technique for origin of cosmic dust
Heavy nuclei intensity in primary cosmic rays, long term solar cycle modulation and time lag in various phases
Low pressure gas Cerenkov detector and spectrometer coupled into charged particle telescope for cosmic ray electron spectrum measurements, discussing efficiency and instrument calibration
Time dependency, anisotropy, propagation and spectral properties of cosmic radiation released by solar flares during sunspot activity
Numerical program integrating motion equation of charged particles from realistic geomagnetic field model, with trajectory calculations for solar cosmic rays
Energy changes between solar wind and cosmic rays, discussing particle motion description by Fokker- Planck differential equation
Reentrant cosmic ray albedo intensity, considering nuclear interaction and trajectory spiraling effects
Intensities of cosmic ray produced deuterium and tritium in atmosphere measured from high altitude balloons
Streaming and spatial gradient equations of cosmic ray particles in interplanetary medium model, discussing Fokker-Planck equation and heliocentric field modulation