Electrodynamics

•  Table of contents 326
  • 1. Electromagnetic components link split Electrodynamics 45
    • 1.1. Electric motors link split Electromagnetic components
    • 1.2. Electric transformers link split Electromagnetic components
    • 1.3. Electromagnetic coils link split Electromagnetic components
    • 1.4. Magnetic propulsion devices link split Electromagnetic components
    • 1.5. Advanced Arresting Gear link split Electromagnetic components
    • 1.6. Armature (electrical) link split Electromagnetic components
    • 1.7. Cannon-Caliber Electromagnetic Gun launcher link split Electromagnetic components
    • 1.8. Coil tap link split Electromagnetic components
    • 1.9. Double-T armature link split Electromagnetic components
    • 1.10. Electric motor link split Electromagnetic components
    • 1.11. Electrical steel link split Electromagnetic components
    • 1.12. Electromagnetic Aircraft Launch System link split Electromagnetic components
    • 1.13. Electromagnetic absorbers link split Electromagnetic components
    • 1.14. Electromagnetic catapult link split Electromagnetic components
    • 1.15. Electromagnetic propulsion link split Electromagnetic components
    • 1.16. Electromagnetic radio frequency convergence link split Electromagnetic components
    • 1.17. Electromagnetic suspension link split Electromagnetic components
    • 1.18. Electromagnetic vortex intensifier with ferromagnetic particles link split Electromagnetic components
    • 1.19. Electropermanent magnet link split Electromagnetic components
    • 1.20. Ferrite core link split Electromagnetic components
    • 1.21. Fishman (company) link split Electromagnetic components
    • 1.22. Helical railgun link split Electromagnetic components
    • 1.23. Humbucker link split Electromagnetic components
    • 1.24. Induction cooking link split Electromagnetic components
    • 1.25. Induction loop link split Electromagnetic components
    • 1.26. Inductor link split Electromagnetic components
    • 1.27. Magnetic amplifier link split Electromagnetic components
    • 1.28. Magnetic cartridge link split Electromagnetic components
    • 1.29. Magnetic core link split Electromagnetic components
    • 1.30. Magnetic flow meter link split Electromagnetic components
    • 1.31. Magnetic proximity fuze link split Electromagnetic components
    • 1.32. Mean Length Turn link split Electromagnetic components
    • 1.33. Metglas link split Electromagnetic components
    • 1.34. Molypermalloy powder core link split Electromagnetic components
    • 1.35. Non-radiative dielectric waveguide link split Electromagnetic components
    • 1.36. Railgun link split Electromagnetic components
    • 1.37. Reed switch link split Electromagnetic components
    • 1.38. Relay link split Electromagnetic components
    • 1.39. Relay logic link split Electromagnetic components
    • 1.40. Rotating magnetic field link split Electromagnetic components
    • 1.41. Saturable reactor link split Electromagnetic components
    • 1.42. Shading coil link split Electromagnetic components
    • 1.43. Synchronous condenser link split Electromagnetic components
    • 1.44. Telegraph sounder link split Electromagnetic components
    • 1.45. Transductor link split Electromagnetic components
  • 2. Electromagnetic radiation link split Electrodynamics 109
    • 2.1. Antennas link split Electromagnetic radiation
    • 2.2. Electromagnetic compatibility link split Electromagnetic radiation
    • 2.3. Electromagnetic radiation meters link split Electromagnetic radiation
    • 2.4. Electromagnetic spectrum link split Electromagnetic radiation
    • 2.5. Polarization (waves) link split Electromagnetic radiation
    • 2.6. Radar stations link split Electromagnetic radiation
    • 2.7. Radio link split Electromagnetic radiation
    • 2.8. Radio frequency propagation link split Electromagnetic radiation
    • 2.9. Aberration (astronomy) link split Electromagnetic radiation
    • 2.10. Absorption (electromagnetic radiation) link split Electromagnetic radiation
    • 2.11. Absorption edge link split Electromagnetic radiation
    • 2.12. Absorption spectroscopy link split Electromagnetic radiation
    • 2.13. Actinism link split Electromagnetic radiation
    • 2.14. Albedo link split Electromagnetic radiation
    • 2.15. Anechoic chamber link split Electromagnetic radiation
    • 2.16. Appleton–Hartree equation link split Electromagnetic radiation
    • 2.17. Atmospheric duct link split Electromagnetic radiation
    • 2.18. Back scattering alignment link split Electromagnetic radiation
    • 2.19. Beer–Lambert law link split Electromagnetic radiation
    • 2.20. Bi-hemispherical reflectance link split Electromagnetic radiation
    • 2.21. Black-body radiation link split Electromagnetic radiation
    • 2.22. Black body link split Electromagnetic radiation
    • 2.23. Bond albedo link split Electromagnetic radiation
    • 2.24. Cloak of invisibility link split Electromagnetic radiation
    • 2.25. Coherence length link split Electromagnetic radiation
    • 2.26. Coherence time link split Electromagnetic radiation
    • 2.27. Cosmic background radiation link split Electromagnetic radiation
    • 2.28. Creeping wave link split Electromagnetic radiation
    • 2.29. Cyclotron radiation link split Electromagnetic radiation
    • 2.30. Cyclotron turnover link split Electromagnetic radiation
    • 2.31. Directed-energy weapon link split Electromagnetic radiation
    • 2.32. Directional-hemispherical reflectance link split Electromagnetic radiation
    • 2.33. Discrete ordinates method link split Electromagnetic radiation
    • 2.34. Draper point link split Electromagnetic radiation
    • 2.35. Driven guard link split Electromagnetic radiation
    • 2.36. Effective temperature link split Electromagnetic radiation
    • 2.37. Electromagnetic environment link split Electromagnetic radiation
    • 2.38. Electromagnetic forming link split Electromagnetic radiation
    • 2.39. Electromagnetic pulse link split Electromagnetic radiation
    • 2.40. Electromagnetic reverberation chamber link split Electromagnetic radiation
    • 2.41. Electromagnetic shielding link split Electromagnetic radiation
    • 2.42. Emission spectrum link split Electromagnetic radiation
    • 2.43. Epirus Leonidas link split Electromagnetic radiation
    • 2.44. Equivalence of direct radiation link split Electromagnetic radiation
    • 2.45. Euler–Heisenberg Lagrangian link split Electromagnetic radiation
    • 2.46. Ferrite bead link split Electromagnetic radiation
    • 2.47. Forward scattering alignment link split Electromagnetic radiation
    • 2.48. Free streaming link split Electromagnetic radiation
    • 2.49. Gaussian beam link split Electromagnetic radiation
    • 2.50. George Frederick Charles Searle link split Electromagnetic radiation
    • 2.51. Helicon (physics) link split Electromagnetic radiation
    • 2.52. Hohlraum link split Electromagnetic radiation
    • 2.53. Incandescence link split Electromagnetic radiation
    • 2.54. Infrared sensing in snakes link split Electromagnetic radiation
    • 2.55. Kirchhoff's law of thermal radiation link split Electromagnetic radiation
    • 2.56. Kvikk case link split Electromagnetic radiation
    • 2.57. Laser induced white emission link split Electromagnetic radiation
    • 2.58. Light bullet link split Electromagnetic radiation
    • 2.59. Lilienfeld radiation link split Electromagnetic radiation
    • 2.60. Liquid droplet radiator link split Electromagnetic radiation
    • 2.61. Liénard–Wiechert potential link split Electromagnetic radiation
    • 2.62. Longitudinal-section mode link split Electromagnetic radiation
    • 2.63. MODTRAN link split Electromagnetic radiation
    • 2.64. Mathematical descriptions of opacity link split Electromagnetic radiation
    • 2.65. Meta-waveguide link split Electromagnetic radiation
    • 2.66. Microwave transmission link split Electromagnetic radiation
    • 2.67. Mode (electromagnetism) link split Electromagnetic radiation
    • 2.68. Multipolarity of gamma radiation link split Electromagnetic radiation
    • 2.69. Multipole radiation link split Electromagnetic radiation
    • 2.70. Non-ionizing radiation link split Electromagnetic radiation
    • 2.71. Nuclear electromagnetic pulse link split Electromagnetic radiation
    • 2.72. Opacity (optics) link split Electromagnetic radiation
    • 2.73. Operation Fishbowl link split Electromagnetic radiation
    • 2.74. Optical radiation link split Electromagnetic radiation
    • 2.75. Optics link split Electromagnetic radiation
    • 2.76. Penetration depth link split Electromagnetic radiation
    • 2.77. Personal RF safety monitor link split Electromagnetic radiation
    • 2.78. Photometry (astronomy) link split Electromagnetic radiation
    • 2.79. Plane of polarization link split Electromagnetic radiation
    • 2.80. Polarization (physics) link split Electromagnetic radiation
    • 2.81. Protein Circular Dichroism Data Bank link split Electromagnetic radiation
    • 2.82. QED vacuum link split Electromagnetic radiation
    • 2.83. Radiant energy link split Electromagnetic radiation
    • 2.84. Radiation Control for Health and Safety Act of 1968 link split Electromagnetic radiation
    • 2.85. Radiative transfer link split Electromagnetic radiation
    • 2.86. Radioflash link split Electromagnetic radiation
    • 2.87. Radiometry link split Electromagnetic radiation
    • 2.88. Retarded time link split Electromagnetic radiation
    • 2.89. Schumann resonances link split Electromagnetic radiation
    • 2.90. Simple Model of the Atmospheric Radiative Transfer of Sunshine link split Electromagnetic radiation
    • 2.91. Sinusoidal plane-wave solutions of the electromagnetic wave equation link split Electromagnetic radiation
    • 2.92. Space cloth link split Electromagnetic radiation
    • 2.93. Spectral flux density link split Electromagnetic radiation
    • 2.94. Split-ring resonator link split Electromagnetic radiation
    • 2.95. Spontaneous emission link split Electromagnetic radiation
    • 2.96. Stimulated emission link split Electromagnetic radiation
    • 2.97. Surface equivalence principle link split Electromagnetic radiation
    • 2.98. Synchrotron radiation link split Electromagnetic radiation
    • 2.99. Thermal radiation link split Electromagnetic radiation
    • 2.100. Thinned-array curse link split Electromagnetic radiation
    • 2.101. Transmission medium link split Electromagnetic radiation
    • 2.102. Transverse mode link split Electromagnetic radiation
    • 2.103. Triboluminescence link split Electromagnetic radiation
    • 2.104. Ultraviolet link split Electromagnetic radiation
    • 2.105. Variable speed of light link split Electromagnetic radiation
    • 2.106. Vector radiative transfer link split Electromagnetic radiation
    • 2.107. Velocity factor link split Electromagnetic radiation
    • 2.108. Wave impedance link split Electromagnetic radiation
    • 2.109. Waveguide link split Electromagnetic radiation
  • 3. Light link split Electrodynamics 73
    • 3.1. Darkness link split Light
    • 3.2. Fictional characters who can manipulate light link split Light
    • 3.3. Gravitational lensing link split Light
    • 3.4. Light and religion link split Light
    • 3.5. Light sources link split Light
    • 3.6. Light therapy link split Light
    • 3.7. Lighting link split Light
    • 3.8. Orbital angular momentum of waves link split Light
    • 3.9. Photochemistry link split Light
    • 3.10. Photons link split Light
    • 3.11. Standard illuminants link split Light
    • 3.12. Vision link split Light
    • 3.13. AGi32 link split Light
    • 3.14. A Slower Speed of Light link split Light
    • 3.15. Acousto-optics link split Light
    • 3.16. Angular momentum of light link split Light
    • 3.17. Augustin-Jean Fresnel link split Light
    • 3.18. Ballistic photon link split Light
    • 3.19. Climate based daylight modelling link split Light
    • 3.20. Color mixing link split Light
    • 3.21. Daylight link split Light
    • 3.22. Daylight factor link split Light
    • 3.23. Diffuse sky radiation link split Light
    • 3.24. Filtered Rayleigh scattering link split Light
    • 3.25. Illuminant D65 link split Light
    • 3.26. Kugelblitz (astrophysics) link split Light
    • 3.27. Landau–Placzek ratio link split Light
    • 3.28. Light-in-flight imaging link split Light
    • 3.29. Light-year link split Light
    • 3.30. Light effects on circadian rhythm link split Light
    • 3.31. Light in painting link split Light
    • 3.32. Light pillar link split Light
    • 3.33. List of reflected light sources link split Light
    • 3.34. Luminescence dating link split Light
    • 3.35. Luminous flame link split Light
    • 3.36. Mesocosm link split Light
    • 3.37. Moonlight link split Light
    • 3.38. Near-field radiative heat transfer link split Light
    • 3.39. Neutrino theory of light link split Light
    • 3.40. Optical glass link split Light
    • 3.41. Orbital angular momentum of light link split Light
    • 3.42. Photobiology link split Light
    • 3.43. Photogram link split Light
    • 3.44. Photon upconversion link split Light
    • 3.45. Photothermal ratio link split Light
    • 3.46. Phototropism link split Light
    • 3.47. Rayleigh scattering link split Light
    • 3.48. Refractive index and extinction coefficient of thin film materials link split Light
    • 3.49. Relativistic aberration link split Light
    • 3.50. Right to light link split Light
    • 3.51. Round-trip delay link split Light
    • 3.52. Rømer's determination of the speed of light link split Light
    • 3.53. Shade (shadow) link split Light
    • 3.54. Shadow bands link split Light
    • 3.55. Slow light link split Light
    • 3.56. Solid light link split Light
    • 3.57. Spacetime wave packets link split Light
    • 3.58. Spectrum link split Light
    • 3.59. Spectrum (physical sciences) link split Light
    • 3.60. Speed of light link split Light
    • 3.61. Spin angular momentum of light link split Light
    • 3.62. Spontaneous parametric down-conversion link split Light
    • 3.63. Squeezed states of light link split Light
    • 3.64. Standard illuminant link split Light
    • 3.65. Sunbreak link split Light
    • 3.66. Synchrotron light source link split Light
    • 3.67. Te lapa link split Light
    • 3.68. Terminator (solar) link split Light
    • 3.69. Tired light link split Light
    • 3.70. Upconverting nanoparticles link split Light
    • 3.71. Visible light communication link split Light
    • 3.72. Visual MIMO link split Light
    • 3.73. Weighting filter link split Light
  • 4. Abraham–Lorentz force link split Electrodynamics
  • 5. Beam propagation method link split Electrodynamics
  • 6. Bioelectrodynamics link split Electrodynamics
  • 7. Birkhoff's theorem (electromagnetism) link split Electrodynamics
  • 8. Blondel's experiments link split Electrodynamics
  • 9. Characteristic mode analysis link split Electrodynamics
  • 10. Choke (electronics) link split Electrodynamics
  • 11. Classical Electrodynamics (book) link split Electrodynamics
  • 12. Classical electromagnetism link split Electrodynamics
  • 13. Clausius–Mossotti relation link split Electrodynamics
  • 14. Displacement current link split Electrodynamics
  • 15. Eddy current link split Electrodynamics
  • 16. Eddy current brake link split Electrodynamics
  • 17. Electric form factor link split Electrodynamics
  • 18. Electrodynamic droplet deformation link split Electrodynamics
  • 19. Electrodynamic suspension link split Electrodynamics
  • 20. Electrodynamic tether link split Electrodynamics
  • 21. Electrohydrodynamics link split Electrodynamics
  • 22. Electromagnetic induction link split Electrodynamics
  • 23. Electromechanical modeling link split Electrodynamics
  • 24. Electromotive force link split Electrodynamics
  • 25. Ettingshausen effect link split Electrodynamics
  • 26. Faraday's law of induction link split Electrodynamics
  • 27. Faraday paradox link split Electrodynamics
  • 28. Galilean electromagnetism link split Electrodynamics
  • 29. History of Maxwell's equations link split Electrodynamics
  • 30. Inductance link split Electrodynamics
  • 31. Induction heating link split Electrodynamics 2
    • 31.1. Induction furnace link split Induction heating
    • 31.2. Induction sealing link split Induction heating
  • 32. Inductively coupled plasma link split Electrodynamics
  • 33. Introduction to Electrodynamics link split Electrodynamics
  • 34. Jefimenko's equations link split Electrodynamics
  • 35. Kinetic inductance link split Electrodynamics
  • 36. Larmor formula link split Electrodynamics
  • 37. Lenz's law link split Electrodynamics
  • 38. Leontovich boundary condition link split Electrodynamics
  • 39. List of textbooks in electromagnetism link split Electrodynamics
  • 40. Lorentz-violating electrodynamics link split Electrodynamics
  • 41. Maglev link split Electrodynamics 33
    • 41.1. Driverless Maglev link split Maglev
    • 41.2. Incheon Airport Maglev link split Maglev
    • 41.3. Baltimore–Washington Superconducting Maglev Project link split Maglev
    • 41.4. CRRC Maglev link split Maglev
    • 41.5. California–Nevada Interstate Maglev link split Maglev
    • 41.6. Changsha Maglev Express link split Maglev
    • 41.7. Fenghuang Maglev link split Maglev
    • 41.8. Hyperloop UPV link split Maglev
    • 41.9. Inductrack link split Maglev
    • 41.10. L0 Series link split Maglev
    • 41.11. Lathen train collision link split Maglev
    • 41.12. Levicar link split Maglev
    • 41.13. Lexus hoverboard link split Maglev
    • 41.14. Line S1 (Beijing Subway) link split Maglev
    • 41.15. Linear induction motor link split Maglev
    • 41.16. List of maglev train proposals link split Maglev
    • 41.17. Maglev Cobra link split Maglev
    • 41.18. Mumbai Maglev link split Maglev
    • 41.19. National Maglev Initiative link split Maglev
    • 41.20. Nevomo link split Maglev
    • 41.21. North American Maglev Transport Institute link split Maglev
    • 41.22. Northeast Maglev link split Maglev
    • 41.23. Orlando maglev link split Maglev
    • 41.24. Qingyuan Maglev link split Maglev
    • 41.25. ROMAG link split Maglev
    • 41.26. SCMaglev link split Maglev
    • 41.27. Shanghai Rail Transit link split Maglev
    • 41.28. Shanghai maglev train link split Maglev
    • 41.29. SkyTran link split Maglev
    • 41.30. StarTram link split Maglev
    • 41.31. Super Bullet Maglev link split Maglev
    • 41.32. Swissmetro link split Maglev
    • 41.33. Transport in Shanghai link split Maglev
  • 42. Magnetic damping link split Electrodynamics
  • 43. Magnetic radiation reaction force link split Electrodynamics
  • 44. Magnetic sail link split Electrodynamics
  • 45. Materials with memory link split Electrodynamics
  • 46. Matrix representation of Maxwell's equations link split Electrodynamics
  • 47. Method of images link split Electrodynamics
  • 48. Method of virtual quanta link split Electrodynamics
  • 49. Nernst effect link split Electrodynamics
  • 50. Optoelectrofluidics link split Electrodynamics
  • 51. P-form electrodynamics link split Electrodynamics
  • 52. Ponderomotive force link split Electrodynamics
  • 53. Poynting's theorem link split Electrodynamics
  • 54. Precision tests of QED link split Electrodynamics
  • 55. Rocket sled launch link split Electrodynamics
  • 56. Rosser's equation (physics) link split Electrodynamics
  • 57. Rugate filter link split Electrodynamics
  • 58. Spacetime triangle diagram technique link split Electrodynamics
  • 59. Stewart–Tolman effect link split Electrodynamics
  • 60. Transformer effect link split Electrodynamics
  • 61. Transmission-line matrix method link split Electrodynamics
  • 62. Transrapid link split Electrodynamics
  • 63. Waveguide (radio frequency) link split Electrodynamics
  • 64. Weber electrodynamics link split Electrodynamics