Long term time variations of the primary cosmic ray electron component
Balloon sounding data of primary cosmic ray electron component evaluated for long term time variations
Dev Verma, S.↗
SEARCH · Search NASA
Results for “PRIMARY”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Toward improved primary electrochemical power systems
Hydrogen oxygen fuel cells, silver zinc batteries, and current technology in primary electrochemical spacecraft power systems
Cohn, E. M.↗
Primary hydrogen-oxygen fuel cells for space
Performance prediction on primary hydrogen oxygen fuel cells for spacecraft power supplies
Cohn, E. M.↗
Low input voltage conversion-regulation from unconventional primary and secondary sources
Circuit development for improving low input voltage conversion regulation from primary /radioisotopic fueled thermoelectric generators/ and secondary /battery/ sources
Pasciutti, E. R.↗
Development of high energy density primary batteries Topical report
Development of high energy density primary batteries - construction and performance tests of experimental copper fluoride-lithium cells using methyl formate electrolyte system
Abens, S. G.↗
Study to establish criteria for a solar cell array for use as a primary power source for a lunar-based water electrolysis system, phase 1 Final technical report, 1 Jul. 1967 - 30 Jun. 1968
Parametric performance and design criteria for assessing feasibility of large solar array and fuel cell systems as primary power source for lunar-based water electrolysis system
Boretz, J. E.↗
Effects of freezing on primary silver oxide zinc cells
Effects of freezing-melting cycles on primary silver oxide zinc batteries
Johnson, R. E.↗
Solar modulation of primary cosmic rays as deduced from neutron monitor data.
Solar modulation of primary cosmic rays deduced from time variations of neutron monitor counting rates and differential rigidity spectra
Bertsch, D. L.↗
Cerenkov-scintillation counter measurements of nuclei heavier than helium in the primary cosmic radiation. I.
Energy spectra and charge composition of nuclei heavier than helium in primary cosmic radiation from Cerenkov scintillation counter measurements
Ormes, J. F.↗
The primary cosmic-ray electron energy spectrum from 10 to 40 Mev.
Differential energy spectrum of primary cosmic ray electrons measured on IMP 3 during minimum solar modulation for galactic radiation
Fan, C. Y.↗
Primary electric propulsion technology - Toward flight programs for the mid-1970s.
Spacecraft primary electric propulsion systems for flight programs in foreseeable future, noting missions variety, power subsystem technology and hardware demonstrations
Bartz, D. R.↗
The primary cosmic-ray electron spectrum between 0.09 and 8.4 Bev in 1965.
Primary cosmic ray electron energy spectrum from high altitude balloon measurements
Fanselow, J. L.↗
Origin of primary cosmic radiation and its antiproton component.
Primary cosmic ray origin and acceleration and antiproton energy spectrum, using Fokker-Planck diffusion equation
Bowen, T.↗
The primary cosmic-ray electron spectrum in the energy range from 300 Mev to 4 Bev from 1964 to 1966.
Primary cosmic ray electron energy spectrum and flux density variations from balloon-borne counter telescope data
L'Heureux, J.↗
Long-term variations of the primary cosmic-ray electron component.
Long term variations of primary cosmic ray electron flux density from balloon-borne counter telescope data, noting absence of solar modulation
Dev Verma, S.↗
Primary protons and alpha particles in the energy range 70-240 Mev/nucleon observed during 1966.
Differential energy spectra of high energy primary cosmic ray protons and alpha particles from balloon flight data, noting solar activity effects
Badhwar, G. D.↗
Calculation of primary product quantum yields for photolysis reactions of glassy polymers
Calculating primary product quantum yields for photolysis reactions of irradiated glassy polymers
Gloria, H. R.↗
Hydrodynamics of a new concept of primary containment by energy absorption
Fluid dynamical analysis for idealized reactors system with spherical symmetry determines the effect which the destructive component of a nuclear accident produces on primary containment structures. Steel strands surrounding the reactor cavity in the biological shield exhibit plastic deformation to achieve the energy absorption.
Fistedis, S. H.↗