Spaces of type III solutions of the Maxwell- Einstein equations
Type 3 spaces solutions of Maxwell-Einstein equations, examining singular and nonsingular electromagnetic field problems
Cahen, M.↗
SEARCH · Search NASA
Results for “ELECTROMAGNETIC FIELD”
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.
Radiation from an oscillating magnetic dipole in a streaming plasma.
Oscillating magnetic dipole electromagnetic field in cold streaming plasma, discussing dipole radiation and longitudinal electrostatic field production
Bergeson, J. E.↗
Microwave electron density probe.
Microwave electron density probe based on plasma- electromagnetic field interaction
Abele, M.↗
Scattering of supraluminous plasma waves by inhomogeneities.
Supraluminous longitudinal plasma wave scattering by localized inhomogeneity in thermal plasma density, calculating far field electromagnetic radiation production
Lerche, I.↗
Phase-space symmetries of a relativistic plasma.
Relativistic plasmas phase space symmetries in Minkowski space, noting variance of plasma interaction with electromagnetic field
Santilli, R. M.↗
Research into advanced concepts of microwave power amplification and generation utilizing linear beam devices Semiannual status report, Dec. 1968
Theoretical investigation of millimeter wave amplification and generation by interaction between electron stream and electromagnetic field
Mc Isaac, P. R.↗
Metal detector system
Signal voltage resulting from the disturbance of an electromagnetic field within the volume of a sensitive area is compared with a reference ac voltage for polarity information, which identifies the material. System output amplitude and polarity indicate approximate size and type of metal, respectively.
Lee, R. D.↗
Calculation of scattered patterns from asymmetrical reflectors
Computer program for calculating scattered electromagnetic field patterns from asymmetrical reflectors
Ludwig, A. C.↗
Photon counting - A problem in classical noise theory
Photoelectron distribution in electromagnetic field impinging on quantum detector
Clark, J. R.↗
Research into advanced concepts of microwave power amplification and generation utilizing linear beam devices Semiannual status report
Symmetry analysis applied to interaction between electron beams and electromagnetic fields
Mc Isaac, P. R.↗
Line shapes in the radio-frequency size effect of metals
Thin metal plate surface impedance during excitation by HF electromagnetic field as function of magnetic field, calculating line shapes
Juras, G. E.↗
Analysis of reflector antennas
Monograph on analysis of reflector antennas covering electromagnetic field equations, computer aided design, etc
Patter, P. D.↗
Study of rectangular-guide-like structures for millimeter wave transmission Progress report, 1 Jun. - 30 Sep. 1970
Electromagnetic field measurements on rectangular waveguides for millimeter wave propagation
Tischer, F. J.↗
Influence of surface scattering on the radio- frequency size effect
Surface impedance of thin metal plate excited by RF electromagnetic field as function of external DC magnetic field
Juras, G. E.↗
Nonsimilar solutions for laminar film condensation of liquid metals
Liquid metals vapor drag and electromagnetic fields effects on laminar film condensation, using finite difference method
Denny, V. E.↗
The Crab Nebula - Ancient history and recent discoveries
Crab Nebula model, discussing electromagnetic field time variation and electron acceleration and synchrotron emission
Rossi, B. B.↗
The planet Mercury (1971)
The physical properties of the planet Mercury, its surface, and atmosphere are presented for space vehicle design criteria. The mass, dimensions, mean density, and orbital and rotational motions are described. The gravity field, magnetic field, electromagnetic radiation, and charged particles in the planet's orbit are discussed. Atmospheric pressure, temperature, and composition data are given along with the surface composition, soil mechanical properties, and topography, and the surface electromagnetic and temperature properties.
Source record↗
Long-life, space-maintainable nuclear stage regulators and shutoff valves
The six most promising valve, regulator, and remote coupling concepts, representing the more radical designs from twenty concepts generated, were investigated. Of the three valves, one has no moving parts because shutoff sealing is accomplished by an electromagnetic field which ionized the flowing fluid. Another valve uses liquid metal to obtain sealing. In the third valve, high sealing forces are generated by heating and expanding trapped hydrogen. The pressure regulator is an electronically controlled, electromechanically operated, single state valve. Its complexity is in electronic circuitry, and the design results in less weight, increased reliability and performance flexibility, and multipurpose application. The two remote couplings feature the minimization of weight and mechanical complexity. One concept uses a low melting temperature metal alloy which is injected into the joint cavity; upon solidification, the alloy provides a seal and a structural joint. The second concept is based on the differential thermal expansion of the coupling mating parts. At thermal equilibrium there is a predetermined interference between the parts, and sealing is achieved by interference loading.
Source record↗