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Part VII — Classical Field Theory and Electrodynamics
Part VII — Classical Field Theory and Electrodynamics
2 reference(s) 4 reference(s) 4 reference(s) 2 reference(s) 1 reference(s) 3 reference(s) 5 reference(s) 1 reference(s) 3 reference(s) 3 reference(s) 6 reference(s) 3 reference(s) 2 reference(s) 2 reference(s) 2 reference(s) 5 reference(s) 2 reference(s) 1 reference(s) 4 reference(s) 4 reference(s) 3 reference(s) 2 reference(s) 1 reference(s) 1 reference(s) 1 reference(s) 1 reference(s) 1 reference(s) 1 reference(s) 1 reference(s) 1 reference(s) 1 reference(s) 2 reference(s) 3 reference(s) 1 reference(s) 1 reference(s) 3 reference(s) 1 reference(s) 2 reference(s) 7 reference(s) 1 reference(s) Electrostatics: 17 statements and experiments, 0/6 declared 58. Electrostatics Magnetostatics: 7 statements and experiments, 2/7 declared 59. Magnetostatics The Maxwell Equations: 6 statements and experiments, 2/6 declared 60. The Maxwell Equations Electromagnetic Waves and Optics: 8 statements and experiments, 3/8 declared 61. Electromagnetic Waves… Electrodynamics in Matter: 8 statements and experiments, 4/8 declared 62. Electrodynamics in Ma… Experiments: Electromagnetism: 7 statements and experiments, 2/7 declared 63. Experiments: Electrom… Generalized Classical Field Theory: 0 statements and experiments, 0/0 declared 64. Generalized Classical… Radiation and Scattering of Electromagnetic Waves: 7 statements and experiments, 2/7 declared 65. Radiation and Scatter… Plasmas and Magnetohydrodynamics: 8 statements and experiments, 4/8 declared 66. Plasmas and Magnetohy… Experiment: Wave Optics: 13 statements and experiments, 2/13 declared 67. Experiment: Wave Opti… 10 chapters of Classical Field Theory and Electrodynamics. Lines are cross-references between them, heavier where the text leans harder. 1 of the lightest links are omitted. Click a chapter to see its logical chain.