The charging and integrating modes of pulsed power generation in moving magnet systems

S. I. Shkuratov; M. Kristiansen; J. Dickens; A. H.C. Hernandez

doi:10.1109/PPPS.2001.960834

The charging and integrating modes of pulsed power generation in moving magnet systems

S. I. Shkuratov, M. Kristiansen, J. Dickens, A. H.C. Hernandez

Electrical and Computer Engineering

Research output: Contribution to journal › Article › peer-review

1 Scopus citations

Abstract

Moving magnet generators are compact pulsed power systems used to generate initial energy and to seed flux compressor generators. The generation of high current and high voltage pulses is the result of the motion of the ferromagnetic projectile inside of pulse generating coils. The results are presented of experimental studies of moving magnet generators and detailed computer simulation of the devices. Special attention was paid to the charging and integrating modes of pulse power generation. The experimental study was performed with the use of a light gas gun. Data are given for the amplitude of high voltage and high current pulses for different designs of the devices, the effect of various windings on the pulse-generating coils, and different types of loads. Results are presented of detailed simulations of all modes of pulse power generation and optimization of all part of the moving magnet system.

Original language	English
Pages (from-to)	P1E25
Journal	IEEE International Conference on Plasma Science
DOIs	https://doi.org/10.1109/PPPS.2001.960834
State	Published - 2001

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title = "The charging and integrating modes of pulsed power generation in moving magnet systems",

abstract = "Moving magnet generators are compact pulsed power systems used to generate initial energy and to seed flux compressor generators. The generation of high current and high voltage pulses is the result of the motion of the ferromagnetic projectile inside of pulse generating coils. The results are presented of experimental studies of moving magnet generators and detailed computer simulation of the devices. Special attention was paid to the charging and integrating modes of pulse power generation. The experimental study was performed with the use of a light gas gun. Data are given for the amplitude of high voltage and high current pulses for different designs of the devices, the effect of various windings on the pulse-generating coils, and different types of loads. Results are presented of detailed simulations of all modes of pulse power generation and optimization of all part of the moving magnet system.",

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T1 - The charging and integrating modes of pulsed power generation in moving magnet systems

AU - Shkuratov, S. I.

AU - Kristiansen, M.

AU - Dickens, J.

AU - Hernandez, A. H.C.

PY - 2001

Y1 - 2001

N2 - Moving magnet generators are compact pulsed power systems used to generate initial energy and to seed flux compressor generators. The generation of high current and high voltage pulses is the result of the motion of the ferromagnetic projectile inside of pulse generating coils. The results are presented of experimental studies of moving magnet generators and detailed computer simulation of the devices. Special attention was paid to the charging and integrating modes of pulse power generation. The experimental study was performed with the use of a light gas gun. Data are given for the amplitude of high voltage and high current pulses for different designs of the devices, the effect of various windings on the pulse-generating coils, and different types of loads. Results are presented of detailed simulations of all modes of pulse power generation and optimization of all part of the moving magnet system.

AB - Moving magnet generators are compact pulsed power systems used to generate initial energy and to seed flux compressor generators. The generation of high current and high voltage pulses is the result of the motion of the ferromagnetic projectile inside of pulse generating coils. The results are presented of experimental studies of moving magnet generators and detailed computer simulation of the devices. Special attention was paid to the charging and integrating modes of pulse power generation. The experimental study was performed with the use of a light gas gun. Data are given for the amplitude of high voltage and high current pulses for different designs of the devices, the effect of various windings on the pulse-generating coils, and different types of loads. Results are presented of detailed simulations of all modes of pulse power generation and optimization of all part of the moving magnet system.

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The charging and integrating modes of pulsed power generation in moving magnet systems

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