Plasma Dynamics

Plasma Dynamics

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Contains research objectives and summary of research on eighteen research projects split into seven sections and reports on four research projects.

Bibliographic Details
Main Authors:	Coppi, Bruno, George, E. Victor, Watson, Duncan C., Bers, Abraham, Chambers, Frank W., Fisch, Nathaniel J., Kulp, John L., Jr., Bekefi, George, Orzechowski, Thaddeus J., Vianna, Marcio L., Lidsky, Lawrence M., Politzer, Peter A., Rose, David J., Fisher, Jay L., Taylor, Robert J., Ovreskei, David O., Stiefel, Michael D., Hershcovitch, Ady, Parker, Ronald R., Throop, Alan E., McCune, James E., Chrisman, Paul W., Jr., Sigmar, Dieter J., Hirshman, Steven P., Chan, Hark C., Ehst, David A., Dupree, Thomas H., Karney, Charles F. F., Theilhaber, Kim S., Tekula, Miloslav S.
Format:	Technical Report
Language:	English
Published:	Research Laboratory of Electronics (RLE) at the Massachusetts Institute of Technology (MIT) 2010
Subjects:	Plasma Dynamics Confinement Systems Physics of High-Temperature Plasmas Laser-Plasma Interactions Three-Dimensional Dispersion Relations for Third-Order Laser-Plasma Interactions. II Three-Dimensional Pulse Response for Wave-Wave Interactions in the Presence of Inhomogeneity Symbolic Computation for Plasma Dynamics Problems Intense Relativistic Beam-Plasma Interactions Fusion Technology Studies Fission-Fusion Symbiosis High-Intensity Neutron Source Pellet Fueling of Fusion Reactors Experimental Studies Waves Turbulence Radiation Plasma Diagnostics Coherent Scattering Experiment Scattering of 10.6 μm Radiation Linear Quadrupole Experiment Plasma Equilibrium in Inhomogeneous Magnetic Fields Stability in Inhomogeneous Magnetic Fields Strong Nonlinear Wave-Particle Effects Parametric Instabilities in Beam-Plasma Interaction Nonlinear Saturation Experiment Trapped-Particle Experiment Parametric Decay Instability as a Possible Saturation Mechanism in a Weak Beam-Plasma System General Theory Toroidal Transport Theory Radio-Frequency Heating of Tokamak Plasmas High-Frequency Microinstabilities in Tokamak Plasmas General Treatment of Resonance Broadening in Plasmas Three-Dimensional Three-Wave Coupling Coefficients for Magnetized Warm-Fluid Plasma with Drifts Three-Dimensional Four-Wave Coupling Coefficients for Magnetized Warm-Fluid Plasma with Drifts Whistler Wave Excitation to Electrostatic Ion Cyclotron Waves Whistler Wave Parametric Down-Conversion to Electrostatic Ion Cyclotron Waves
Online Access:	http://hdl.handle.net/1721.1/56521

Internet

http://hdl.handle.net/1721.1/56521