BU Ground PlasmaKristal-4 (PK-4) Striation Studies and their Correlation to Dust Cloud Morphology

POSTER

Abstract

On board the International Space Station (ISS) data from the PlasmaKristal-4 (PK-4) routinely exhibits formations of long chains and dust acoustic waves. Both are of interest due to their application to other areas in physics and engineering. The fundamental physics of these phenomena is still being investigated where one possible mechanism is the so-called striation which has been observed in all PK-4 ground models. This work will discuss observed striations at different operating conditions and its correlation to dusty plasma cloud morphologies. PIC computer model results will also be examined to determine the role each particle species plays in the process. Both experimental and theoretical data will be presented and compared against ISS PK-4 data to first determine calibration of the ground unit and produce a hypothesis yielding an explanation to the observed PK-4 phenomena.

*Support from NASA grant number 1571701 and NSF grant number 1740203 is gratefully acknowledged.

Presenters

  • Jorge Carmona Reyes

    • Baylor Univ
    • CASPER, Baylor Univ

Authors

  • Jorge Carmona Reyes

    • Baylor Univ
    • CASPER, Baylor Univ
  • Peter Hartmann

    • Wigner Research Centre for Physics of the Hungarian Academy of Sciences
    • Wigner Research Centre for Physics, CASPER, Baylor Univ
  • Michael Cook

    • Baylor Univ
  • Kenneth Ulibarri

    • Baylor Univ
  • Lorin S Matthews

    • Baylor Univ
    • CASPER, Baylor Univ
    • CASPER, Baylor University
    • Baylor University
  • Truell W Hyde

    • Baylor Univ
    • CASPER, Baylor Univ
    • CASPER, Baylor University