Thermal diffusion and multiply-charged atoms in the magnetosphere.
Thermal diffusion effects in plasmas applied to magnetosphere, discussing presence of multiply charged atoms due to deviations from local thermodynamic equilibrium
Engineering topics
Publications and source records attributed to Nakada, M. P..
Thermal diffusion effects in plasmas applied to magnetosphere, discussing presence of multiply charged atoms due to deviations from local thermodynamic equilibrium
Design and characteristics of time of flight mass spectrometer to measure or analyze gases at low pressures and time of flight of single gas molecule
Diffusion of protons in outer radiation belt due to violation of third adiabatic invariant for trapped particles
Survey in satellite era of energetic particle radiations, plasmas and magnetic fields in space including solar wind, solar cosmic rays, etc
Plasma energy density estimation near equatorial magnetopause considering only solar wind protons and plasma effect on geomagnetic field
Survey in satellite era of energetic particle radiations, plasmas and magnetic fields in space, including solar wind, solar cosmic rays, etc
Diffusion of protons in outer radiation belt due to violation of third adiabatic invariant for trapped particles
Energy spectra variation with pitch angle and L of relatively stable 0.1- to 5-mev protons in outer radiation belt indicate external source
Energy spectral changes of protons in outer radiation belt and comparison with Liouville theorem
Diffusion of protons in outer radiation belt
Bibliography on solar wind effect, radiation and artificial radiation belts, aurora, solar energy particles, galactic cosmic rays, geomagnetism, and neutrons
Particle and field theory research related to satellites and space probes
Particles and fields research since 1958 - solar wind effect on earth, radiation belts, earth magnetic field, solar energetic particles and ground effects, cosmic rays, and neutrons
Terrestrial radiation environment, and degradation to thermal protection surfaces from low energy charged particles
Presentation of a theory that gases in cometary comas will be ionized by the solar wind of ionized hydrogen embedded in a magnetic field
Interplanetary magnetic fields as cause of comet tails
Angular distributions of electrons and sychrotron radiation in artificial radiation belt, and sky temperature calculations from electron flux
Artificial radiation belt synchrotron radiation calculation