Elen3000 Chapter 4 figsJanuary 3, 2026 |
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| Figure 1: Current flow in a conductive slab |
| Figure 2: Tangential fields in a Conductor-Insulator boundary |
| Figure 3: Finite conductivity in a long wire |
| Figure 4: Finite conductivity in Coax |
| Figure 5: Currents at a conductor-conductor boundary |
| Figure 6: Flux density from current—Biot-Savart |
| Figure 7: Ampère’s Law of enclosing current |
| Figure 8: Ampère’s Law in a general medium, along any path. |
| Figure 9: Conducting Medium with current flow in the direction
of the normal vector of the integrating path |
| Figure 10: An incrementing field and Curl |
| Figure 11: Physical interpretation of curl in a water field |
| Figure 12: Uniform Velocity Field |
| Figure 13: Sinusoidal Velocity Field |
| Figure 14: Uniform current density in a wire |
| Figure 15: Magnetic flux as a function of r |
| Figure 16: Current flow “through” a capacitor |
| Figure 17: Displacement current (from the circuits perspective) |
| Figure 18: Displacement current (from the fields perspective) |
| Figure 19: Loss Tangent, or Tan δ |
| Figure 21: Plane Wave normally incident on boundary |
| Figure 22: First attempt at zero Reflections |
| Figure 23: A short circuited plane behind the Teledeltos
sheet |
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