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References to 'Wave Equations in Two and Three Dimensions and Spherical Waves'
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1. Acoustic Waves, Sound Intensity, and Acoustic Impedance by bloftin
2. D'Alembertian by invisiblerhino
3. Doppler Effect and Moving Sources and Observers by bloftin
4. Electromagnetic Waves and Wavelength: Frequency, Propagation, and Spectral Description by bloftin
5. Electromagnetic Waves, Antennas, and RF: Boundary Waves - Exercises and Complete Worked Solutions by bloftin
6. Electromagnetic Waves, Antennas, and RF: Detailed GNSS Link-Budget Example from Satellite EIRP to Interference Margin by bloftin
7. Electromagnetic Waves, Antennas, and RF: The Laplacian and the 3D Wave Equation by bloftin
8. Electromagnetic Waves, Antennas, and RF: Transmission Lines and the Telegrapher's Equations by bloftin
9. Electromagnetic Waves, Antennas, and RF: Wave Propagation in Materials - Exercises and Complete Worked Solutions by bloftin
10. Electromagnetic Waves: Deriving the Electromagnetic Wave Equation from Maxwell's Equations by bloftin
11. Electromagnetic Waves: Electromagnetic Energy, the Poynting Vector, and Intensity by bloftin
12. Electromagnetic Waves: Electromagnetic Momentum, Radiation Pressure, and Photon Momentum by bloftin
13. Electromagnetic Waves: Electromagnetic Wave Equation - Exercises and Complete Worked Solutions by bloftin
14. Electromagnetic Waves: From a 1D Wave to a Field by bloftin
15. example of Electromagnetic Waves, Antennas, and RF: Radiation from Time-Varying Currents and the Hertzian Dipole by bloftin
16. General Introduction by bloftin
17. GRE Physics Companion: Doppler Effect and Moving Sources and Observers by bloftin
18. GRE Physics Companion: Wave Equations in Two and Three Dimensions and Spherical Waves by bloftin
19. Supersonic Motion, Mach Cones, and Shock Waves by bloftin
20. Wave Mechanics Series Overview and Article Guide by bloftin
21. Wave Mechanics: Wave Intensity and Flux by bloftin
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