Magnetocumulative Generators
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Magneto-cumulative generators are the powerful sources of magnetic energy, compared with lightning electro-discharge on power-consumption and capacity. Current pulse amplitude in the first component of medium-statistical lightning discharge is 30 kA, maximum recorded value of current pulse in lightning discharge was more than 800 kA, potential of thunderstorm centers...
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| Merchant | Description | Availability | Price | Shipping | Total Price | |
|---|---|---|---|---|---|---|
 | Magnetocumulative Generators | Availability : Usually ships within 24 hours | $175.00 | N/A | $175.00 | Details |
| Hardcover, Magnetocumulative Generators | Pages: 422, Edition: 1, Hardcover, Springer see website | $189.00 | N/A | $189.00 | Details |
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Magnetocumulative Generators
Résumé / Abstract
Transportable simulators of electromagnetic pulses that can be delivered directly to the locations of tested objects are designed for tests of the resistance of various wide-scale objects to the action of electromagnetic pulses. Explosive magnetocumulative generators are used as the power sources. The tested objects are protected from the effects of explosion of the generators by simple protective facilities. Experiments on the production of pulsed magnetic fields in volumes of up to 100 m3 were performed. A current-pulse shaping scheme was used to generate a rapidly increasing field. Plane electromagnetic waves were produced by means of an air-strip line powered from the generators. The action of electromagnetic pulses on buried cable lines was modeled. Test specimens of simulators of the action of electromagnetic pulses and lightning current are produced.
Transportable simulators of electromagnetic pulses that can be delivered directly to the locations of tested objects are designed for tests of the resistance of various wide-scale objects to the action of electromagnetic pulses. Explosive magnetocumulative generators are used as the power sources. The tested objects are protected from the effects of explosion of the generators by simple protective facilities. Experiments on the production of pulsed magnetic fields in volumes of up to 100 m3 were performed. A current-pulse shaping scheme was used to generate a rapidly increasing field. Plane electromagnetic waves were produced by means of an air-strip line powered from the generators. The action of electromagnetic pulses on buried cable lines was modeled. Test specimens of simulators of the action of electromagnetic pulses and lightning current are produced.
