DRIVEN MAGNETIC FUSION REACTORS
CONTENTS FUSION RESEARCH REACTION SCHEME MAGNETIC PLASMA CON?NEMENT TOKAMAK STELLARATOR PHYSICS ISSUES OF MAGNETIC CON?NEMENT PLASMA HEATING PLASMA DIAGNOSTIC GENERIC ARRANGEMENTS MICROWAVE DIAGNOSTICS REFERENCES MILLIMETER-WAVES IN PLASMAS BASIC EQUATIONS PLASMA DIELECTRIC TENSOR, GENERAL PROPERTIES DIELECTRIC TENSOR FROM KINETIC THEORY COLD-PLASMA LIMIT DERIVATION WITHIN FLUID DESCRIPTION DISCUSSION OF COLD-PLASMA DISPERSION RELATIONS NONMAGNETIZED PLASMA, ?B0 = SLIGHTLY OBLIQUE PROPAGATION FINITE-TEMPERATURE CORRECTION TO COLD-PLASMA DIELECTRIC TENSOR FINITE LARMOR RADIUS EXPANSION WARM-PLASMA APPROXIMATION RELATIVISTIC CORRECTIONS INHOMOGENEOUS PLASMA WKB APPROXIMATION REFRACTION RAY TRACING FINITE-SIZE PROBING BEAM GAUSSIAN BEAM DESCRIPTION RADIATION TRANSFER TRANSPARENT PLASMA PLASMA EMITTING AND ABSORBING MULTIPLE CHORDS, IMAGING ACTIVE DIAGNOSTICS INTERFEROMETRY SINGLE-CHORD INTERFEROMETRY MULTIPLE CHORDS POLARIMETRY FARADAY EFFECT COTTON–MOUTON EFFECT COMMON GENERALIZED DESCRIPTION RE?ECTOMETRY TIME DELAY MEASUREMENT PHASE CHANGE AT CUTOFF PRO?LE RECONSTRUCTION LOCALIZATION OF RE?ECTING LAYER IN?UENCE OF DENSITY FLUCTUATIONS SCATTERING SINGLE-PARTICLE THOMSON SCATTERING DOPPLER SHIFT INCOHERENT SCATTERING RELATIVISTIC INCOHERENT SCATTERING SPECTRUM ROLE OF DENSITY FLUCTUATIONS COHERENT SCATTERING ELECTRON AND ION FEATURE SUMMARIZING COMMENTS PASSIVE DIAGNOSTICS BREMSSTRAHLUNG ELECTRON CYCLOTRON EMISSION ELECTRON MOTION IN A STATIC ?B-FIELD ELECTRIC FIELD AND SPECTRUM, SINGLE ELECTRON PERPENDICULAR OBSERVATION, CHARACTERISTIC MODES SPECTRUM, ELECTRON ENSEMBLE ABSORPTION COEF?CIENT EMISSION PRO?LE ?B0-FIELD VARYING ALONG SIGHTLINE OPTICAL DEPTH OF MOST RELEVANT MODES VISIBILITY DEPTH AND LOCALIZATION ELECTRON CYCLOTRON ABSORPTION MEASUREMENT ELECTRON BERNSTEIN WAVE EMISSION ELECTRON BERNSTEIN WAVES MODE CONVERSION GUIDED WAVES TRANSMISSION LINE PROPERTIES WAVES ON A LOSSY TRANSMISSION LINE TERMINATED TRANSMISSION LINE CLASSI?CATION OF TRANSMISSION LINES SURFACE CURRENTS COAXIAL TRANSMISSION LINE CHARACTERISTIC PROPERTIES LOSSES AND LIMITS OF COAXIAL LINES RECTANGULAR WAVEGUIDES TE WAVES TM WAVES ATTENUATION IN RECTANGULAR WAVEGUIDES FUNDAMENTAL TE10 WAVE CIRCULAR WAVEGUIDES FIELDS IN CIRCULAR WAVEGUIDES LOSS IN CIRCULAR WAVEGUIDES MULTIMODE WAVEGUIDES NUMBER OF MODES PROPAGATING MULTIMODE PROPAGATION TE11 MODE IN OVERMODED CIRCULAR WAVEGUIDES CORRUGATED CIRCULAR WAVEGUIDES FIELDS OF CORRUGATED CIRCULAR WAVEGUIDES CHARACTERISTICS OF HE11 HYBRID MODE GAUSSIAN BEAMS SOLUTION OF APPROXIMATE WAVE EQUATION TRANSFORMATION OF GAUSSIAN BEAMS LENSES AND CURVED MIRRORS TRUNCATION OF GAUSSIAN BEAMS COUPLING COEF?CIENT FOR FUNDAMENTAL GAUSSIAN BEAMS VACUUM WINDOWS SINGLE-DISK WINDOW HALF-WAVE WINDOW THIN WINDOW ANTIRE?ECTION COATING RADIATION GENERATION AND DETECTION SIGNAL SOURCES BACKWARD-WAVE OSCILLATOR SOLID-STATE OSCILLATORS GUNN OSCILLATOR IMPATT OSCILLATOR MULTIPLIER CHAIN ANTENNAS BASIC DE?NITIONS ANTENNA TEMPERATURE PYRAMIDAL HORN CONICAL HORN EXCITATION OF GAUSSIAN BEAMS ANTENNA ARRAYS DETECTION OVERVIEW AND CLASSI?CATION BOLOMETER HOT ELECTRON BOLOMETER NOISE EQUIVALENT POWER, NEP SCHOTTKY DIODE SCHOTTKY DIODE FREQUENCY MULTIPLIER DIODE DIRECT DETECTOR SCHOTTKY DETECTOR NOISE HETERODYNE DETECTION SQUARE-LAW MIXER DIODE MIXER TWO-PORT MIXER MIXER CONSTRUCTION THERMAL NOISE NOISE TEMPERATURE NOISE FIGURE NOISE TEMPERATURE OF CASCADED SYSTEMS MIXER NOISE TEMPERATURE NOISE TEMPERATURE OF HETERODYNE RECEIVER MEASUREMENT OF NOISE TEMPERATURE SENSITIVITY LIMITS SHOT NOISE TERM THERMAL RADIATION TERM IN?UENCE OF BANDWIDTH NOISE-EQUIVALENT POWER, INCOHERENT DETECTION NOISE-EQUIVALENT POWER, COHERENT DETECTION MINIMUM DETECTABLE TEMPERATURE CORRELATION RADIOMETRY INTENSITY FLUCTUATIONS CROSS-CORRELATION FUNCTION INTENSITY FLUCTUATIONS AND COHERENCE VAN CITTERT-ZERNIKE THEOREM INTENSITY INTERFEROMETER ACCURACY OF CROSS-CORRELATION MEASUREMENTS ALTERNATIVE DECORRELATION COMPONENTS AND SUBSYSTEMS TWO-PORT CHARACTERIZATION SCATTERING PARAMETERS TRANSMISSION AND RE?ECTION DIRECTIONAL COUPLER NONRECIPROCAL DEVICES NETWORK-ANALYSIS MEASURING TECHNIQUES TRANSMISSION MEASUREMENT RE?ECTION MEASUREMENT SUBSTITUTION MEASUREMENT MEASUREMENTS USING NOISE SOURCES FREQUENCY- AND POLARIZATION-SELECTIVE FILTERS GENERAL DE?NITIONS WAVEGUIDE BAND-STOP FILTER BAND-PASS FILTER IN OVERMODED WAVEGUIDE METALLIC MESHES POLARIZATION FILTERS PHASE MEASUREMENT PHASE MEASUREMENTS WITH ANALOG OUTPUT ALL-DIGITAL PHASE MEASUREMENT PHASE DETERMINATION BY SOFTWARE SIGNAL LINEARITY GAIN COMPRESSION INTERMODULATION FREQUENCY STABILITY CONTROL LOOP COMPONENTS PLL CIRCUITS IN THE MILLIMETER-WAVE RANGE COMMENTS ON THE THEORETICAL CONCEPT ARCHITECTURE OF REALIZED MILLIMETER-WAVE DIAGNOSTIC SYSTEMS INTERFEROMETER COMMENTS ON WAVELENGTH MACH–ZEHNDER INTERFEROMETER MACH–ZEHNDER HETERODYNE INTERFEROMETER PATH LENGTH VARIATIONS SWEPT FREQUENCY INTERFEROMETER MULTICHANNEL INTERFEROMETER POLARIMETER EVOLUTION OF THE POLARIZATION STATE MODULATION TECHNIQUES MODULATION SCHEME FARADAY POLARIMETER COTTON–MOUTON POLARIMETER RE?ECTOMETER SWEPT SINGLE-FREQUENCY SYSTEM MULTIFREQUENCY SYSTEMS PULSE RADAR TECHNIQUE ULTRASHORT PULSE RADAR DISTANCE CALIBRATION AND SPURIOUS RE?ECTIONS COMMENTS ON FLUCTUATION MEASUREMENTS DOPPLER RE?ECTOMETRY IMAGING RE?ECTOMETRY RADIOMETRY OF ELECTRON CYCLOTRON EMISSION GENERAL REQUIREMENTS MICHELSON INTERFEROMETER MARTIN–PUPLETT POLARIZING INTERFEROMETER GRATING SPECTROMETER HETERODYNE RADIOMETERS ECE IMAGING SYSTEM PARAMETERS CALIBRATION DETECTION OF ELECTRON BERNSTEIN WAVE EMISSION