The ND-Cube Active-Target Detector Commissioning

ORAL

Abstract

Active-target detectors have become an important tool in studying nuclear reactions for radioactive-beam programs due to their gas target and tracking abilities. The ND-Cube is an active-target detector that is being developed for use in radioactive beam experiments from TwinSol at the University of Notre Dame. The ND-Cube will allow for a range of radioactive-beam experiments using light-ion reactions. An important step in using the ND-Cube is to characterize its tracking ability for the geometry and pad plane design chosen. The ND-Cube has a rectangular geometry with a 20 cm by 30 cm active area and uses a Micromegas or ThGEMs for amplification with a high-granularity pad plane. The current status of the testing and commissioning of the detector with $\alpha$ source measurements and in-beam measurements will be presented including gas gain measurements, various trigger configurations, and track reconstruction.

*This work has be supported in part by NSF Grant No. PHY 17-13857.

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Authors

  • Tan Ahn

    • University of Notre Dame

  • J. Randhawa

    • University of Notre Dame

  • S. Jin

    • University of Notre Dame

  • M. Renaud

    • University of Notre Dame

  • S. L. Henderson

    • University of Notre Dame

  • S. Aguilar

    • University of Notre Dame

  • M. Z. Serikow

    • University of Notre Dame

  • W. Jackson

    • University of Notre Dame

  • L. Yan

    • University of Notre Dame

  • A. Tollefson

    • University of Notre Dame

  • L. Delgado

    • University of Notre Dame

  • S. Rameriz Martin

    • University of Notre Dame

  • J. Koci

    • University of Notre Dame

  • J. Levano

    • University of Notre Dame

  • A. Mubarak

    • University of Notre Dame

  • L. Jensen

    • University of Notre Dame

  • N. Dixneuf

    • University of Notre Dame

  • J. Levano

    • University of Notre Dame

  • P. D. O'Malley

    • University of Notre Dame