Physical Review Letters · 1974 · 232 citations · 8 references
Natural SciencesPhysicsHeat TransferPlasma PhysicsCollisions In PlasmasElectromagnetic WavesIonospheric ElectrodynamicsLaser-plasma InteractionsPlasma InstabilitiesPlasma WavesCollisional Plasma ModelingConductivityElectromagnetic Plasma WavesElectromagnetic Wave Energy PropagationIonospheric Plasma DynamicsPlasma Wave PropagationSelf-focusing
An intense electromagnetic wave propagating in a collisional plasma is found to be unstable to a thermal self-focusing instability by a self-consistent solution of the hydrodynamic, heat conductivity, and wave propagation equations. The results are applied to ionospheric modifications and proposed power transmission experiments, and to laser-plasma interactions.
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Modifying the Ionosphere with Intense Radio Waves
W. F. Utlaut, Robert Cohen · Science · 1971 · 160 citations
Natural Sciences, Electrical Engineering, Plasma Physics +16
Laser-induced thermonuclear fusion
J. Nuckolls, John L. Emmett, Lowell Wood · Physics Today · 1973 · 91 citations
Satellite power stations: a new source of energy?
William C. Brown · IEEE Spectrum · 1973 · 65 citations