File:Hertzvrp.jpg
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Hertzvrp.jpg (457 × 332 pixels, file size: 21 KB, MIME type: image/jpeg)
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Summary
[edit]Wave velocities of Hertzian dipole radiator. Notice that only ve obeys upper limit of c; this is the velocity of propagation of signals.
vp: phase velocity; vg: group velocity; ve velocity of propagation of energy.
c: velocity of light; k=2pi/lambda Wave vector; pi: 3,1415..; lambda: wave length
Drawing by me, Dantor.
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[edit]I, the copyright holder of this work, hereby publish it under the following license:
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File history
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 20:33, 25 November 2006 | 457 × 332 (21 KB) | Dantor (talk | contribs) | Wave velocities of Hertzian dipole radiator. Notice that only ve obeys upper limit of c; this is the velocity of propagation of signals. vp: phase velocity; vg: group velocity; ve velocity of propagation of energy. c: velocity of light; k=2pi/lambda Wav | |
| 20:32, 25 November 2006 | 457 × 332 (21 KB) | Dantor (talk | contribs) | Wave velocities of Hertzian dipole radiator. Notice that only ve obeys upper limit of c; this is the velocity of propagation of signals. vp: phase velocity; vg: group velocity; ve velocity of propagation of energy. c: velocity of light; k=2pi/lambda Wav | ||
| 20:31, 25 November 2006 | 457 × 332 (21 KB) | Dantor (talk | contribs) | Wave velocities of Hertzian dipole radiator. Notice that only ve obeys upper limit of c; this is the velocity of propagation of signals. vp: phase velocity; vg: group velocity; ve velocity of propagation of energy. c: velocity of light; k=2pi/lambda Wav |
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