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References to 'wave equations'
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1. Acoustic Waves, Sound Intensity, and Acoustic Impedance by bloftin 2. Beats, Interference, and Coherence by bloftin 3. behavior of light by bloftin 4. canonical quantization by bci1 5. Complex Numbers as Vectors in the Complex Plane by bloftin 6. d'Alembert and D. Bernoulli solutions of wave equation by pahio 7. derivation of wave equation by pahio 8. Electromagnetic Waves and Wavelength: Frequency, Propagation, and Spectral Description by bloftin 9. Electromagnetic Waves, Antennas, and RF: Gradient, Divergence, and Curl - Exercises and Complete Worked Solutions by bloftin 10. Electromagnetic Waves, Antennas, and RF: Huygens Principle and Electromagnetic Field Equivalence by bloftin 11. Electromagnetic Waves, Antennas, and RF: Spatial Derivatives of Fields - Gradient, Divergence, and Curl by bloftin 12. Electromagnetic Waves, Antennas, and RF: The Laplacian and the 3D Wave Equation by bloftin 13. Electromagnetic Waves, Antennas, and RF: The Laplacian and the 3D Wave Equation - Exercises and Complete Worked Solutions by bloftin 14. Electromagnetic Waves, Antennas, and RF: Transmission Lines and the Telegrapher's Equations by bloftin 15. Electromagnetic Waves, Antennas, and RF: Wave Propagation in Materials by bloftin 16. Electromagnetic Waves: Ampere-Maxwell Law and Displacement Current by bloftin 17. Electromagnetic Waves: Deriving the Electromagnetic Wave Equation from Maxwell's Equations by bloftin 18. Electromagnetic Waves: Electromagnetic Energy, the Poynting Vector, and Intensity by bloftin 19. Electromagnetic Waves: Electromagnetic Wave Equation - Exercises and Complete Worked Solutions by bloftin 20. example of behavior of light: deriving and using the wave equation by bloftin 21. example of Wave Mechanics: Deriving the 1D String Wave Equation from Newton's Second Law by bloftin 22. example of Wave Mechanics: Power Carried by a 1D Wave by bloftin 23. Feynman's Lectures on Physics by bci1 24. Fourier Analysis, Wave Packets, and Dispersion by bloftin 25. generalities on quantum field theory by bloftin 26. GRE Physics Companion: Fourier Analysis, Wave Packets, and Dispersion by bloftin 27. GRE Physics Companion: Helmholtz Equation, Boundary-Value Problems, and Eigenfunction Expansions by bloftin 28. GRE Physics Companion: Wave Equations in Two and Three Dimensions and Spherical Waves by bloftin 29. Heisenberg uncertainty principle by bci1 30. lectromagnetic Waves: Ampere-Maxwell Law and Displacement Current - Exercises and Complete Worked Solutions by bloftin 31. overview of the content of PlanetPhysics by bci1 32. Periodic Functions, Harmonics, and Why Fourier Series Exist by bloftin 33. physical laws by bci1 34. quantum `paradoxes' by bci1 35. Separation of Variables, Membranes, and Two-Dimensional Normal Modes by bloftin 36. Small Oscillations and the Normal-Mode Eigenvalue Problem by bloftin 37. The Physics of Light: From Waves to Photons by bloftin 38. topic on equations in mathematical physics by bci1 39. wave equation by bloftin 40. wave equation of a charged a particle in an electromagnetic field by bloftin 41. wave equation of a free particle by bloftin 42. wave equation of a particle in a scalar potential by bloftin 43. Wave Mechanics Examples: Boundary Conditions by bloftin 44. Wave Mechanics Examples: The Sinusoidal Traveling Wave by bloftin 45. Wave Mechanics Examples: Wave Speed by bloftin 46. Wave Mechanics Series Overview and Article Guide by bloftin 47. Wave Mechanics: Average Power of a Sinusoidal Wave by bloftin 48. Wave Mechanics: Energy in a 1D Wave by bloftin 49. Wave Mechanics: Mechanical Wave Impedance by bloftin 50. Wave Mechanics: Partial Derivatives for Waves by bloftin 51. Wave Mechanics: Power Carried by a 1D Wave by bloftin 52. Wave Mechanics: Superposition by bloftin 53. Wave Mechanics: The Sinusoidal Traveling Wave by bloftin 54. Wave Mechanics: Translating Disturbances by bloftin 55. Wave Mechanics: Wave Intensity and Flux by bloftin 56. Wave Mechanics: Wavenumber by bloftin 57. Wave Scattering, Inhomogeneities, and the Born Approximation by bloftin 58. Waves on Strings: Reflection, Transmission, and Mechanical Impedance by bloftin
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