Page 608 - Engineering Electromagnetics, 8th Edition
P. 608

590                INDEX

                  Reciprocity theorem, 542          plane wave, 398             polar coordinates of, 335
                  Rectangular coordinates       Right circularly polarized   Snell’s law, 431, 434,
                    differential volume element     wave, 399                     436–437
                      in, 5, 65                 Right-handed coordinate      Solenoid of finite length, 194
                    incremental closed path in,     systems, 4               Source, 65
                      196                       Right-handed screw, 11, 12   South Pole, 3
                  Rectangular coordinate        Rudolf-Neumann formula,      Space rate of change, 62
                      systems                       504                      Spatial dimension, 396
                    described, 3–5                                           Spatial field configuration,
                    dot products of unit vectors                                  398
                      in, 17, 21                            S                Spatial frequency, 310, 370
                    unit vectors of, 5, 6       Scalar components, 11        Spectral energy, 443–444,
                  Rectangular variables, 16     Scalar fields, 2                   447
                  Rectangular waveguides, 464,  Scalar magnetic potentials,  Spectral intensity, 443
                      479–490                       210–216, 255             Spectral packets, 439
                  Reflected power, 322           Scalar operators, 67         Spectral power, 439
                  Reflected waves, 407, 408      Scalars and vectors, 1–2     Spherical coordinates, 20
                  Reflection coefficient, 321,    Self-inductance, 264         Spherical coordinate systems,
                      409                       Semiconductors, 114, 115,         18–22, 21
                  Reflection coefficient phase,       126–127                  Spin, 244–246
                      326                       Semi-infinite current         S-polarization, 429, 430–432,
                  Reflection diagrams, 353, 356      segments, 187                 433, 436, 471
                  Reflection of uniform plane    Semi-infinite transmission    Standing wave, 313
                      waves, 406–413                lines, 322               Standing wave ratio,
                  Reflective phase shift, 470    Short circuit, 281                413–417
                  Refractive index, 421, 440    Short-circuited stub, 344       units, 560
                  Refractive index ratio, 439   Siemens (S), 115                voltage, 313, 323–327, 342
                  Relative permeability, 250    Sink, 65                     Static electric fields, 26
                  Relative permittivity, 109,   Sinusoidal steady-state      Static fields, 88
                      127, 131, 132, 147            conditions, 312          Steady magnetic field,
                  Reluctance, 256               Sinusoidal waves, 311–313         180–223
                  Resistance, 117, 256          Skew rays, 497               Steady-magnetic-field laws,
                  Resistor voltage as a function  Skin depth, 389                 217–223
                      of time, 357              Skin effect, 387–394         Steady-state situation, 417
                  Resonant cavity, 477          Skin effect loss, 316        Step index fiber, 496
                  Resonant frequency, 569       Slotted line, 323            Stokes’ theorem, 202–206
                  Retardation, 400              Smith chart                  Straight-line charge, 35
                  Retarded potentials, 292–296    components of, 338         Streamlines
                  Right circularly polarization,  described, 334–345            and curvilinear squares,
                      398                         photographic reduction of,      157
                  Right circularly polarized        340                         described, 41–42
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