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Time-of-flight neutral particle analyzer and calibration.

  • Author(s): Harris, WS;
  • Garate, EP;
  • Heidbrink, WW;
  • McWilliams, R;
  • Roche, T;
  • Trask, E;
  • Zhang, Yang
  • et al.

Published Web Location

https://doi.org/10.1063/1.2955616Creative Commons 'BY' version 4.0 license
Abstract

A time-of-flight diagnostic has been implemented on the Irvine field reversed configuration (IFRC) to obtain an energy distribution function from charge-exchanged neutral hydrogen. The diagnostic includes a 13 cm radius slotted disk rotating at 165 Hz in vacuum which chops the emitted neutrals at a rate of 26 kHz. In situ timing verification was performed with a dc xenon discharge lamp with an uncertainty less than 100 ns for a 38 micros chopping period. Energy calibration was accomplished with a singly ionized lithium source in the range of 300-1500 eV, achieving an average energy uncertainty, DeltaE/E, of 0.11. The diagnostic has measured neutrals in the range of 20-80 eV from the IFRC and the corresponding energy distribution function has been obtained.

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