Observations of cosmic-ray electrons between 2.7 and 21.5 Mev.
IMP 4 satellite measurements of cosmic ray electrons in interplanetary space compared to predictions of electron intensity from interstellar proton-electron collisions
Mcdonald, F. B.↗
SEARCH · Engineering Papers
Results for “INTERPLANETARY SPACE”
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 electric propulsion system tests
Design and performance of solar-powered electric propulsion system for interplanetary space exploration
Costogue, E. N.↗
Neutron monitor and Pioneer 6 and 7 studies of the January 28, 1967 solar flare event
High energy solar flare data from neutron monitor stations supplemented by low energy data from interplanetary space probes Pioneer 6 and 7
Bukata, R. P.↗
Solar probe 'Helios'
Helios solar probe for automated spacecraft exploration of interplanetary space near sun, considering design, mission planning and U.S.-German cooperation
Unz, F.↗
The extended coronal magnetic field
Coronal magnetic field structure from photosphere to interplanetary space
Wilcox, J. M.↗
Galactic He 3 above 10 MeV per nucleon and the solar contributions of hydrogen and helium
Interplanetary space He 3 differential energy spectrum in 10-30 MeV range from IMP 4 satellite observations, noting solar contributions
Hsieh, K. C.↗
An efficient and versatile telemetry subcarrier demodulation technique for deep space telecommunications
Wideband subcarrier frequencies demodulation technique for uncoded or coded PSK telemetry over large input SNR range for deep space interplanetary communication
Brockman, M. H.↗
Interplanetary deceleration of solar cosmic rays
Proton energy change effects on charged particles propagating in interplanetary space, using low energy solar flare proton fluxes observations
Murray, S. S.↗
Low-energy cosmic rays near earth
Interplanetary space low energy cosmic ray protons steady state anisotropy based on radial gradient model of outward convection at solar wind speeds
Axford, W. I.↗
Convective transport of low energy cosmic rays in the interplanetary region
Cosmic ray propagation in interplanetary space, deriving steady state transport equation with energy losses
Gleeson, L. J.↗
Mariner 6 and Mariner 7 ultraviolet spectrometer - In-flight measurements of simulated Jupiter atmosphere
In-flight UV spectrometric measurements of simulated Jupiter atmosphere, using sunlit gas mixture released from Mariner spacecraft in interplanetary space
Barth, C. A.↗
Interplanetary waves and their effects on the magnetosphere
Electromagnetic waves in interplanetary space and effects on magnetosphere, considering solar wind characteristics due to wave interactions
Scarf, F. L.↗
Use of two magnetometers for magnetic field measurements on a spacecraft
Simultaneous two magnetometer measurements of weak magnetic fields in interplanetary space, near moon and planets by satellites in presence of spacecraft field
Behannon, K. W.↗
Aerospace medicine and biology: A continuing bibliography with indexes (supplement 94)
Subject coverage concentrates on the biological, physiological, psychological, and environmental effects to which man is subjected during and following simulated or actual flight in the earth's atmosphere or in interplanetary space. References describing similar effects on biological organisms of lower order are also included. Such related topics as sanitary problems, pharmacology, toxicology, safety and survival, life support systems, exobiology, and personnel factors receive appropriate attention. Each entry consists of a standard citation accompanied by its abstract.
Source record↗
Solar flare particle radiation
The characteristics of the solar particles accelerated by solar flares and subsequently observed near the orbit of the earth are studied. Considered are solar particle intensity-time profiles, the composition and spectra of solar flare events, and the propagation of solar particles in interplanetary space. The effects of solar particles at the earth, riometer observations of polar cap cosmic noise absorption events, and the production of solar cell damage at synchronous altitudes by solar protons are also discussed.
Lanzerotti, L. J.↗
Probable solar flare doses encountered on an interplanetary mission as calculated by the MCFLARE code
The computer program, MCFLARE, uses Monte Carlo methods to simulate solar flare occurrences during an interplanetary space voyage. The total biological dose inside a shielded crew compartment due to the flares encountered during the voyage is determined. The computer program evaluates the doses obtained on a large number of trips having identical trajectories. From these results, a dose D sub p having a probability p of not being exceeded during the voyage can be determined as a function of p for any shield material configuration. To illustrate the use of the code, a trip to Mars and return is calculated, and estimated doses behind several thicknesses of aluminum shield and water shield are presented.
Lahti, G. P.↗
Aerospace medicine and biology: A continuing bibliography with indexes, supplement 96
Subject coverage concentrates on the biological, physiological, psychological, and environmental effects to which man is subjected during and following simulated or actual flight in the earth's atmosphere or in interplanetary space. References describing similar effects on biological organisms of lower order are also included. Such related topics as sanitary problems, pharmacology, toxicology, safety and survival, life support systems, exobiology, and personnel factors receive appropriate attention. Each entry consists of a standard citation accompanied by its abstract.
Source record↗