Demodulation of amplitude modulated RF WAVES in a plasma at resonance
Demodulation of amplitude modulated radio frequency waves in plasma at resonance
AMPLITUDE MODULATION↗
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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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Energy coupling at a two-fluid plasma density discontinuity.
Energy coupling among electron acoustic, ion acoustic and transverse electromagnetic waves at two-fluid plasma density discontinuity
COUPLED MODE↗
Thermal radiation fields and antenna parameters in magnetoplasma.
Spectral densities of electromagnetic fields of thermal radiation in magnetoplasma as related to radiation resistance of immersed antenna
ANTENNA FIELD↗
Current distribution and input admittance of an infinite cylindrical antenna in anisotropic plasma.
Current distribution and input admittance of infinitely long cylindrical antenna driven by slice generator and immersed in anisotropic plasma
CURRENT DISTRIBUTION↗
Enhanced fluctuations in plasmas.
Enhanced plasma fluctuations produced by suprathermal electron effect on emission and scattering of electromagnetic waves, noting analogy with corona plasma
PLASMA-ELECTROMAGNETIC INTERACTION↗
Determination of electron energy loss factors in hot gases.
Electron temperature vs plasma cell power input measured, determining electron energy loss factor for hot diatomic gases in electric field
ENERGY LOSS↗
Oscillator strengths for resonance lines of ions in the neon isoelectronic sequence.
Oscillator strengths for extreme UV resonance lines of ions in neon isoelectronic sequence calculated, based on single configurations in intermediate coupling
RADIATION INTENSITY↗
Space-charge waves and the isotropy of the galactic cosmic ray plasma.
Electrostatic wave effect on anisotropic relativistic proton plasma in magnetic field, noting instability
PLASMA-ELECTROMAGNETIC INTERACTION↗
Ionization by high power microwaves.
Gas ionization and plasma heating by high power microwaves using X-band and S-band frequency magnetrons
GASEOUS IONIZATION↗
Weak-electromagnetic decays of hyperons in a broken SU/3/ operated as in SU/3/ model.
Weak electromagnetic decays of hyperons in broken SU/3/ model
HYPERON↗
Particle-Induced Electromagnetic De-Excitation of Nuclei in Stellar Matter
Excited nuclei electromagnetic de-excitation rate by inelastic scattering in stellar particles calculated as function of temperature, density, transition energy and multipole functions
ATOMIC EXCITATION↗
Study of convective magnetohydrodynamic channel flow
Study involves the effects of the interactions of electromagnetic, velocity, and temperature fields to aid in the design of a magnetohydrodynamic device. It concerns a theoretical analysis of the convective flow of an electrically conducting gas in a channel composed of conducting walls.
Singer, R. M.↗
Research into advanced concepts of microwave power amplification and generation utilizing linear beam devices Semiannual status report
Electron beam - electromagnetic wave interactions and power exchanges
Mc Isaac, P. R.↗
Microwave electron density probe.
Microwave electron density probe based on plasma- electromagnetic field interaction
Abele, M.↗
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.↗
Electromagnetic wave propagation in a lossy plasma slab with a gradient transverse to the incident wave
Computer solution of plane electromagnetic wave interaction with bounded inhomogeneous plasma slab with electron density gradient transverse to wave
Gal, G.↗
Space science experiments aboard ATS-F.
The Environmental Measurements Experiment (EME) package is mounted on the ATS-F spacecraft to a structure that is located on top of the 30-foot parabolic reflector hub. The eight experiments of the EME package are designed to study the environment in space at synchronous altitude and to obtain information on electromagnetic-ionospheric interactions. Six of these experiments will obtain data on charged particles of several different types. A seventh experiment is to provide magnetic field data. The eighth experiment is concerned with solar cell degradation studies.
Wales, R.↗
An elementary magnetic attitude control system
A three-axis closed-loop attitude-control system for earth-observatory momentum-bias spacecraft is proposed. A horizon scanner and magnetometer are employed to measure attitude errors; no yaw sensor is required. Appropriate control signals are generated and used to command variable-strength electromagnets, which interact with the geomagnetic field to reduce observed errors. This system provides for initial acquisition, precession control, nutation damping, and pitch-axis momentum control. All functions are performed autonomously - no ground-station interaction is required. Analytical expressions predicting system response are compared with numerical solutions of the governing equations, and with the results of the application of Floquet Theory.-
Stickler, A. C.↗