Overview of CASPER's on-ground PK-4 laboratory system

POSTER

Abstract

The PlasmaKristal-4 (PK-4) laboratory on the International Space Station (ISS) continues to produce a wealth of dusty plasma data across research areas such as dusty plasma waves, chains, vorticity, phase cloud behavior, striations and ionization waves. The majority of analogs that exist for this device are ground versions of the flight model used in PK-4 ISS experiments, which by default restricts their operation. The experimental group at CASPER has assembled a PK-4 analog (the PK-4 BU) that has now been producing data for two years. The PK-4 BU was specifically designed to allow accessibility to all system components, including electronic circuits, cameras and diagnostic instrumentation. This provides great flexibility that expedites the setup required for a given experiment and allows researchers more control over system operating parameters. This combination of flexibility and accessibility have allowed CASPER researchers and collaborators to explore experimental data regimes bringing a new understanding of dusty plasma characteristics in microgravity.

Authors

  • Jorge Carmona Reyes

    Baylor University

  • Michael Cook

    Baylor University

  • Kenneth Ulibarri

    Baylor University

  • Vladimir Nosenko

    German Aerospace Center and CASPER/Baylor University, DLR & CASPER - Baylor University

  • Peter Hartmann

    Wigner Research Centre and CASPER/Baylor University, Wigner Research Centre for Physics

  • Lorin Matthews

    Baylor University, CASPER - Baylor University

  • Truell Hyde

    Baylor University, CASPER, Baylor University