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April 1953
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10 Reads
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19 Citations
The solution is given for the electric field of a small current‐carrying loop which is immersed in a dissipative medium and is energized by a step‐function current. Approximate expressions for the magnetic fields are also derived. The propagation of an electromagnetic pulse in sea water is then discussed.
December 1952
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3 Reads
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7 Citations
October 1952
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80 Reads
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49 Citations
Proceedings of the IRE
The magnetic dipole antenna or small current-carrying loop immersed in a conducting medium is investigated. Explicit expressions for the fields are derived for the case when there is a spherical insulating cavity enclosing the dipole. The power radiated from the insulated dipole is discussed and an explicit expression for the total power is given for the case when all displacement currents in the media are negligible.
October 1951
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79 Reads
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150 Citations
Geophysics
The secondary magnetic fields are evaluated for the case of a conducting sphere in a relatively poorly conducting medium under the influence of a time varying magnetic field. The sinusoidal and step function responses are both considered. The responses so calculated are thought to be useful in a geophysical prospecting method which utilizes the transient behavior of induced eddy currents in a highly conducting ore zone.
... To reduce the negative influence of the surrounding medium, the coil can be contained by an insulated capsule [48], [49]. The efficiency of this method was demonstrated with respect to the transmitted field and the SRF (see Appendix C). ...
October 1952
Proceedings of the IRE
... whereŨ s [(2k 0 ϱ/α)exp(−αz/2)] = U s (z). The two linearly independent solutions to the above equation are [31] ...
December 1952
... Let us consider a ball in a forced axially symmetric ( Fig. 1) and alternating magnetic field imposed far from a ball given arbitrary by polynomial of N items [5,7,[17][18][19] ...
October 1951
Geophysics
... A Heaviside step-on signal modulated by a constant carrier frequency propagating in a single resonance Lorentz [61] medium resulted in pulse distortion. The propagation of a transient electromagnetic pulse was studied theoretically in 1953 by Wait [62], where a magnetic dipole in seawater was energized by a step function current. ...
April 1953
