Construction of the Large-area multi-Institutional Scintillator Array (LISA) Neutron Detector

POSTER

Abstract

The Large-area multi-Institutional Scintillator Array (LISA) will detect high-energy neutrons in experiments with fast rare isotopes. The LISA allows for the study of unbound nuclei as well and many unknown higher-lying unbound states in light neutron-rich nuclei (Z$<$9). Nine primarily undergraduate institutions designed, proposed, and constructed this highly efficient large-area neutron detector that uses an array of 144 individual plastic scintillators to produce a position sensitive system with multi-hit capability. The construction process and characteristics of the detector will be presented.

*Work supported by the National Science Foundation.

Authors

  • Kaitlynne Rethman

    • Central Michigan University
  • Kimberly Purtell

    • Central Michigan University
  • Autumn Haagsma

    • Central Michigan University
  • Casey DeRoo

    • Concordia College
  • Megan Jacobson

    • Concordia College
  • Steve Kuhn

    • Earlham College
  • Alexander Peters

    • Gettysburg College
  • T.B. Nagi

    • Hope College
  • Sam Stewart

    • Indiana University South Bend
  • Zack Torstrick

    • Indiana University South Bend
  • Mathieu Ndong

    • Indiana University South Bend
  • Rob Anthony

    • Ohio Wesleyan University
  • Hengzhi Chen

    • Ohio Wesleyan University
  • Alex Howe

    • Ohio Wesleyan University
  • Nicholas Badger

    • Rhodes college
  • Matthew Miller

    • Rhodes College
  • Brad Vest

    • Wabash College
  • Ben Foster

    • Wabash College
  • Logan Rice

    • Wabash College
  • Alegra Aulie

    • Westmont College
  • Amanda Grovom

    • Westmont College
  • Philip Kasavan

    • Westmont College
  • Lewis Elliott

    • Westmont College