Magnetic and Pressure Probes on the HyperV Contoured Coaxial Plasma Accelerator

POSTER

Abstract

Magnetic and pressure data from several contoured-gap coaxial railguns is presented. These plasma guns use an injected plasma annulus and shaped inner and outer electrodes to mitigate the blow-by instability. Passive magnetic probes and photodiodes search for evidence of the blow-by instability and azimuthal asymmetries. Stagnation pressure and velocity are compared for different size guns and for different driving voltages and currents.

*Work supported by the U.S. DOE Office of Fusion Energy Sciences.

Authors

  • Sarah Messer

    • HyperV Tech. Corp.
    • HyperV Technologies Corporation
    • HyperV Technologies
    • HyperV Technologies Corp.
  • A. Case

    • HyperV Technologies
  • S. Brockington

    • HyperV Technologies
  • R. Bomgardner

    • HyperV Technologies
  • F.D. Witherspoon

    • HyperV Technologies
  • R. Elton

    • HyperV Technologies