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Engineering
Electrical Engineering
Electromagnetics
1. Foundations of Electromagnetics
2. Electrostatics
3. Magnetostatics
4. Time-Varying Electromagnetic Fields
5. Electromagnetic Wave Propagation
6. Wave Reflection and Transmission
7. Transmission Lines
8. Waveguides and Resonant Structures
9. Antennas and Radiation
10. Advanced Electromagnetic Topics
Wave Reflection and Transmission
Boundary Conditions at Interfaces
Tangential Field Continuity
Normal Field Relationships
Interface Equations
Normal Incidence
Reflection and Transmission Coefficients
Voltage Reflection Coefficient
Voltage Transmission Coefficient
Current Coefficients
Standing Wave Patterns
Standing Wave Formation
Standing Wave Ratio
Voltage Standing Wave Ratio
Power Reflection and Transmission
Reflected Power
Transmitted Power
Power Conservation
Multiple Interfaces
Thin Film Interference
Quarter-Wave Matching Layers
Oblique Incidence
Snell's Laws
Law of Reflection
Law of Refraction
Parallel Polarization
TM Mode Incidence
Fresnel Coefficients for Parallel Polarization
Perpendicular Polarization
TE Mode Incidence
Fresnel Coefficients for Perpendicular Polarization
Brewster Angle
Angle of Zero Reflection
Polarization Effects
Total Internal Reflection
Critical Angle
Evanescent Waves
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5. Electromagnetic Wave Propagation
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7. Transmission Lines