Contribution of the backstreaming ions to the Self-Magnetic pinch (SMP) diode current

M.G. Mazarakis,Michael Edward Cuneo,Sean Donovan Fournier,Mark D. Johnston,Mark L. Kiefer,Joshua J. Leckbee,Dan S. Nielsen,B.V. Oliver,Sean Simpson,T. J. Renk,Timothy J. Webb,Derek Ziska,Nichelle Bennett,D. Droemer,Raymond E. Cignac,Robert J. Obregon,Chase C. Smith,F. Wilkins,D.R. Welch

Contribution of the backstreaming ions to the Self-Magnetic pinch (SMP) diode current

2016

M.G. Mazarakis
Michael Edward Cuneo
Sean Donovan Fournier
Mark D. Johnston
Mark L. Kiefer
Joshua J. Leckbee
Dan S. Nielsen
B.V. Oliver
Sean Simpson
T. J. Renk
Timothy J. Webb
Derek Ziska
Nichelle Bennett
D. Droemer
Raymond E. Cignac
Robert J. Obregon
Chase C. Smith
F. Wilkins
D.R. Welch

The results presented here were obtained with an SMP diode mounted at the front high voltage end of the RITS accelerator. RITS is a Self-Magnetically Insulated Transmission Line (MITL) voltage adder that adds the voltage pulses of six 1.3 MV inductively insulated cavities.

Keywords:

Nuclear magnetic resonance
Physics
Switched-mode power supply
Anode
High voltage
Transmission line
Voltage
Adder
Diode
Pinch
Atomic physics
Optoelectronics

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