HIGH-FREQUENCY ELECTRODYNAMICS

By Q. CAURL

CONTENTS THE MAXWELL EQUATIONS COMPLEX AMPLITUDES HARMONIC (MONOCHROMATIC) OSCILLATIONS THE PERIOD-AVERAGE PRODUCT OF TWO HARMONIC FUNCTIONS THE CONDUCTION CURRENT AND THE EXTRINSIC CURRENT DIELECTRIC PERMITTIVITY AND MAGNETIC PERMEABILITY OF A MEDIUM THE POLARIZATION CURRENT THE FREQUENCY DISPERSION AND THE SPATIAL DISPERSION (CHIRALITY) COMPLEX PERMITTIVITY THE RADIATION CONDITION THE WAVE EQUATIONS THE RECIPROCITY CONDITIONS AVERAGE ENERGY LOSSES THE DISPERSION RELATIONS IDEALIZED OBJECTS INTERFACE OF TWO MEDIA THE IMPEDANCE (ONE-SIDE) BOUNDARY CONDITIONS SKIN LAYER IDEAL CONDUCTOR SINGULARITIES OF ?ELDS NEAR THE EDGE OR VERTEX THE LINE CURRENT AND THE POINT CURRENT UNIQUENESS AND EXISTENCE OF SOLUTION UNIQUENESS OF SOLUTION VIOLATION OF THE UNIQUENESS THEOREM: EIGENOSCILLATIONS PLANE WAVES PLANE WAVES IN AN IN?NITE HOMOGENEOUS MEDIUM THE PHASE VELOCITY THE ELLIPTIC POLARIZATION EIGENWAVES IN CHIRAL MEDIA TURNING OF THE POLARIZATION PLANE IN THE CHIRAL MEDIA THE GROUP VELOCITY THE RELATIVITY RESTRICTIONS ON THE PROPAGATION FACTOR PLANE WAVES IN A PLANO-LAYERED MEDIUM MEDIUM WITH CONSTANT WAVE RESISTANCE THE SLOWLY VARYING WAVE RESISTANCE THE PERIODICAL LAYER NONRE?ECTING COATING THE OBLIQUE INCIDENCE PLANO-PARALLEL CHIRAL MEDIUM MEDIA WITH ? < 0, µ < CLOSED WAVEGUIDES EIGENMODES IN NON?LLED WAVEGUIDES EIGENMODES THE TM-, TE-, AND TEM-MODES THE FUNCTIONAL ORTHOGONALITY OF THE ?ELDS OF EIGENMODES THE ELECTRIC AND MAGNETIC HERTZ VECTORS RECTANGULAR WAVEGUIDES CIRCULAR WAVEGUIDES MULTIPLE-CONNECTED CROSS-SECTIONS WAVES IN WAVEGUIDES WITH NONHOMOGENEOUS CROSS-SECTION ?LLING NONHOMOGENEOUS ?LLING AND IMPEDANCE WALLS WAVE NUMBER IN IMPEDANCE WAVEGUIDE LOSSES IN IMPEDANCE WAVEGUIDE ORTHOGONALITY CONDITION COMPLEX AND ASSOCIATED MODES EXCITATION OF CLOSED WAVEGUIDES EXCITATION BY EXTRINSIC CURRENT THE SLOT EXCITATION AND END-PLANE EXCITATION INTEGRATION IN THE PLANE OF A COMPLEX VARIABLE NONREGULAR CLOSED WAVEGUIDES THE CROSS-SECTION METHOD SLOWLY VARYING PARAMETERS THE DIAPHRAGM: EQUATION FOR ?ELD IN THE SLOT THE DIAPHRAGM: EQUATION FOR CURRENT ON STRIPS DIFFRACTION ON THE SCREEN WITH A HOLE OPEN END OF WAVEGUIDE CLOSED RESONATORS RESONATORS WITH IDEAL-CONDUCTING WALLS WAVEGUIDE RESONATORS WITHOUT ?LLING RESONATORS OF ARBITRARY SHAPE CALCULATION OF EIGENFREQUENCIES VARIATIONAL TECHNIQUE EXCITATION OF RESONATORS RESONATORS WITH IMPEDANCE WALLS COMPLEX EIGENFREQUENCIES DISPLACEMENT OF EIGENFREQUENCIES IMPEDANCE AS A SPECTRAL PARAMETER OPEN LINES DIELECTRIC WAVEGUIDES CIRCULAR DIELECTRIC WAVEGUIDES EIGENMODES OF DIELECTRIC WAVEGUIDES WITH ARBITRARY CROSS-SECTION EXCITATION OF DIELECTRIC WAVEGUIDES NONREGULAR DIELECTRIC WAVEGUIDES THE OPTICAL ?BER THE LINES WITH SURFACE WAVE NONIDEAL METALLIC CYLINDER THE IDEAL METALLIC CYLINDER COVERED BY A THIN DIELECTRIC LAYER THE SHORT-PERIODICAL SURFACE THE CORRUGATED SURFACE SLOW WAVES IN CLOSED WAVEGUIDES THE HELIX LINE; THE ARRAY THE MICROSTRIP LINE THE WAVE BEAM PARABOLIC EQUATION THE ENERGY TRANSMISSION COEF?CIENT OPTIMAL ANTENNA AND RECTENNA SHAPES FIELDS IN THE RECTENNA PLANE FREE PHASE OF DESIRED ?ELD ON RECTENNA THE LENS LINE BACKGROUNDS OF ANTENNA THEORY RADIATION OF CURRENT SET THE ELEMENTARY ELECTRIC DIPOLE AND MULTIPOLE FIELD OF ARBITRARY CURRENTS THE ELEMENTARY MAGNETIC DIPOLE AND MULTIPOLE THE HALF-WAVE VIBRATOR THE MULTIVIBRATOR ANTENNA APERTURE ANTENNAS RADIATION FROM APERTURE THE GREEN FUNCTION METHOD THE RADIATION PATTERN INVERSE PROBLEM THE NEAR ?ELD ZONE, FRESNEL ZONE, AND FAR ?ELD ZONE GEOMETRIC OPTICS VOLUME ANTENNAS RADIATION FROM HOLES FIELD IN NARROW LONG SLOT RESONANT ANTENNAS TRANSPARENCY OF SHORT-PERIODICAL ARRAY DIELECTRIC ANTENNAS THE INVERSE PROBLEM FOR VOLUME ANTENNAS ANALYTICAL CONTINUATION OF THE ?ELD DIFFRACTION ON METALLIC AND DIELECTRIC OBJECTS DIFFRACTION OF THE PLANE WAVE ON CIRCULAR WAVEGUIDE SCALAR POTENTIALS THE VARIABLE SEPARATION METHOD: THE RAYLEIGH SERIES THE WATSON SERIES DIELECTRIC CYLINDER DIFFRACTION ON METALLIC HALF-PLANE USAGE OF THE VARIABLE SEPARATION METHOD CURRENTS ON METALLIC SURFACE THE FAR ?ELD THE DEBYE POTENTIALS: DIFFRACTION ON A METALLIC SPHERE THE DEBYE POTENTIALS THE DEBYE POTENTIALS FOR ?ELDS OF ELEMENTARY SOURCES FIELDS OF ELEMENTARY SOURCES LOCATED AT POINT WITH COMPLEX COORDINATES DIFFRACTION OF THE PLANE WAVE ON METALLIC SPHERE: THE RAYLEIGH SERIES SMALL SPHERE: DIPOLE MOMENTA LARGE SPHERE: THE WATSON SERIES SMALL BODIES; LARGE BODIES DIFFRACTION ON THE BODY WITH NONCOORDINATE SURFACE SMALL METALLIC BODIES THE DUALITY PRINCIPLE FOR THE HOLE IN PLAIN SCREEN THIN METALLIC CYLINDER OF ARBITRARY CROSS-SECTION: THE H-POLARIZATION THIN METALLIC CYLINDER OF ARBITRARY CROSS-SECTION: THE E-POLARIZATION THE CURRENT ON A METALLIC SURFACE OF SMALL CURVATURE RAY STRUCTURE OF THE ?ELD IN SHADOW: GEOMETRO-OPTICAL THEORY OF DIFFRACTION THE METHOD OF AUXILIARY SOURCES THE OPTICAL THEOREM SPECTRAL METHOD FOR THE DIFFRACTION PROBLEMS GENERAL REFERENCES COMPLEMENTARY REFERENCES