An energy inventory in a coaxial plasma accelerator driven by a pulse line energy source.
Energy measurement in coaxial plasma accelerator determining current, voltage on gun and at open end of pulse line
ELECTRIC ENERGY↗
SEARCH · Search NASA
Results for “Energy - Hydrogen”
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.
Energy absorbing characteristics of crushable aluminum structures in a space environment - development and fabrication of bendix energy absorption capsules final materials report, addendum no. 2
Energy absorbing characteristics of crushable aluminum structures in space environment
ALUMINUM↗
Energy spectra of a number of celestial X-ray sources in the energy range from 2 to 60 kiloelectron volts.
Energy spectrum of X-ray source in Cygnus constellation with 2 to 60 kev
ENERGY SPECTRUM↗
NUCLEAR ENERGY- THE SPACE EXPLORATION ENERGY SOURCE
Of the various nuclear-energy systems that have been proposed, major program emphasis is being placed on the development of nuclear rockets and nuclear electric propulsion systems. I discussed these programs at the First Conference for the Peaceful Uses of Space in Tulsa in 1961; the purpose of this paper is to update that presentation and give a review and a status report of the nuclear-systems programs being conducted for the space effort.
Nuclear rocket↗
Experimental consequence predictable from the hayakawa hypothesis on the origin of primary cosmic photons of extreme energy <consequences experimentales previsibles de l'hypothese de hayakawa sur l'origine des photons cosmiques primaires d'energie ex
Neutral pions produced by interaction of high-energy cosmic photon and luminous photon in extragalactic space - verification of Hayakawa hypothesis
COSMIC RADIATION↗
Methods for studying energy costs and energy flow during human locomotion.
Energy costs and flow during human locomotion at varied speeds and slopes on treadmill
Lukin, L.↗
Energy deposition in microscopic volumes by high-energy protons
Microscopic energy deposition from passing protons in tissue sphere
Baily, N. A.↗
Fine structure in the energy spectrum of low energy auroral electrons.
Rocket measurements of primary auroral particles energy spectra indicating spectral structure acceleration peaks associated with electrostatic fields
Evans, D. S.↗
On the presence of low-energy protons with energies from 5 to 50 kev in the interplanetary medium
Low energy proton distributions in interplanetary medium, correlating intensities with main-phase geomagnetic storm development
Frank, L. A.↗
A survey of low-energy /greater or equal to 5 kev/ electron energy fluxes over the northern auroral regions with satellite Injun 4
Northern auroral regions low energy electron fluxes survey by Injun 4 satellite during minimum solar activity
Craven, J. D.↗
Changes in the frequency distribution of energy deposited in short pathlengths as a function of energy degradation of the primary beam
Frequency distributions of event size in deposition of energy over small pathlengths measured after penetration of 44.3 MeV protons through thicknesses of tissue-like material
Baily, N. A.↗
The absorbed dose and dose equivalent from neutrons in the energy range 60 to 3000 MeV and protons in the energy range 400 to 3000 MeV
Absorbed dose equivalent from high energy neutrons and protons incident on tissue, using nucleon- meson cascade calculations
Alsmiller, R. G., Jr.↗
Energy and economic analysis of total energy systems for residential and commercial buildings
Energy and economic analyses were performed for an on-site power-plant with waste heat recovery. The results show that for any specific application there is a characteristic power conversion efficiency that minimizes fuel consumption, and that efficiencies greater than this do not significantly improve fuel consumption. This type of powerplant appears to be a reasonably attractive investment if higher fuel costs continue.
Maag, W. L.↗
Energy Conversion Alternatives Study (ECAS), General Electric Phase 1. Volume 2: Advanced energy conversion systems. Part 1: Open-cycle gas turbines
Ten energy conversion systems are defined and analyzed in terms of efficiency. These include: open-cycle gas turbine recuperative; open-cycle gas turbine; closed-cycle gas turbine; supercritical CO2 cycle; advanced steam cycle; liquid metal topping cycle; open-cycle MHD; closed-cycle inert gas MHD; closed-cycle liquid metal MHD; and fuel cells. Results are presented.
Brown, D. H.↗
Energy Conversion Alternatives Study (ECAS), General Electric Phase 1. Volume 3: Energy Conversion subsystems and components. Part 2: Primary heat input systems and heat exchangers
Primary heat input systems and heat exchangers were evaluated for advanced energy conversion systems. Results are presented and discussed.
Corman, J. C.↗
Energy Conversion Alternatives Study (ECAS), General Electric Phase 1. Volume 3: Energy conversion subsystems and components. Part 3: Gasification, process fuels, and balance of plant
Results are presented of an investigation of gasification and clean fuels from coal. Factors discussed include: coal and coal transportation costs; clean liquid and gas fuel process efficiencies and costs; and cost, performance, and environmental intrusion elements of the integrated low-Btu coal gasification system. Cost estimates for the balance-of-plant requirements associated with advanced energy conversion systems utilizing coal or coal-derived fuels are included.
Boothe, W. A.↗
Wind energy: A renewable energy option
Wind turbine generator research programs administered by the Energy Research and Development Administration are examined. The design and operation of turbine demonstration models are described. Wind assessments were made to determine the feasibility of using wind generated power for various parts of the country.
Zimmerman, J. S.↗
Experimental and theoretical studies on solar energy for energy conversion
This paper presents the results of investigations made experimentally and theoretically to evaluate the various parameters that affect the amount of solar energy received on a collector surface. Measurements were made over a long period of time using both pyranometer and pyrheliometer. Computation of spectral and total irradiance at ground level have been made for a large variety of combinations of atmospheric parameters for ozone density, precipitable water vapor, turbidity-coefficients and air mass. A study of the air mass as a function of irradiance measured at GSFC, and comparison of the data with the computed values of total direct solar irradiance for various parameters indicate that turbidity changes with time of the day; atmospheric opacity is less in the afternoon than in the morning.
Thomas, A. P.↗