Intermediate Results Of The Program On Realization Of High-Power Soft X-ray Radiation Source Powered From Magneto-Cumulative Generators

In the paper we discuss experiments on wire liner systems powering from helical and disk magneto-cumulative generators with a current from 23 MA up to 20 MA at current rise time from 0.3 mus to 1 mus, respectively. At currents level up to 4 MA maximum yield of soft x-ray radiation was more than 100...

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Hauptverfasser:	Selemir, V D, Demidov, V A, Ermolovich, V F, Spirov, G M, Repin, P B, Pikulin, I V, Volkov, A A, Orlov, A P, Boriskin, A S, Tatsenko, O M, Markevtsev, I M, Moiseenko, A N, Kazakov, S A, Selyavsky, V T, Shapovalov, E V, Giterman, B P, Vlasov, Yu V, Dydykin, P S, Ryaslov, E A
Format:	Tagungsbericht
Sprache:	eng
Schlagworte:	70 PLASMA PHYSICS AND FUSION TECHNOLOGY ELECTRIC CURRENTS EV RANGE EXPLODING WIRES LINERS LONGITUDINAL PINCH PLASMA PULSE RISE TIME RADIATION SOURCES SOFT X RADIATION YIELDS
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Zusammenfassung:	In the paper we discuss experiments on wire liner systems powering from helical and disk magneto-cumulative generators with a current from 23 MA up to 20 MA at current rise time from 0.3 mus to 1 mus, respectively. At currents level up to 4 MA maximum yield of soft x-ray radiation was more than 100 kJ at plasma pinch temperature of 55 eV. At currents up to 20 MA an expected yield of soft x-ray radiation exceeds 1 MJ.
ISSN:	0094-243X 1551-7616
DOI:	10.1063/1.2159372