Determining the Response Function of HPGe Detectors (Clovershare)

POSTER

Abstract

Clovershare is a set of HPGe clover detectors with BGO shields. For the experiments described here (performed at the University of Notre Dame) the detector array consisted of six clover detectors located at 45$^{\circ}$,90$^{\circ}$, and 135$^{\circ}$ on either side of a target all read by a digital data acquisition system (DDAS). The experiment's goal was to determine the gamma strength function of $^{90}$Zr, via measurement of gamma-gamma coincidences following proton capture on $^{89}$Y. To determine the response function of the array over a wide range of energies, gamma-ray spectra from $^{152}$Eu as well as known resonances in the $^{27}$Al(p,$\gamma$)$^{28}$Si reaction were used. Obtained response function will be presented, as well as the preliminary results for the measured $^{89}$Y(p,$\gamma$$\gamma$)$^{90}$Zr reaction.

*US Department of Energy grant number DE-NA-0002914

Authors

  • Matthew Chamberlain

    • Univ. of Notre Dame
  • Anna Simon

    • Univ. of Notre Dame
  • Craig Reingold

    • Univ. of Notre Dame
  • Alex Voinov

    • Ohio University
  • Peter Humby

    • Univ. of Richmond
  • Nathan Cooper

    • Univ. of Richmond
  • Bryant Vande Kolk

    • Univ. of Notre Dame
  • Karen Ostdiek

    • Univ. of Notre Dame
  • Luis Morales

    • Univ. of Notre Dame
  • Shane Moylan

    • Univ. of Notre Dame
  • Ed Lamare

    • Univ. of Notre Dame
  • Samuel Henderson

    • Univ. of Notre Dame
  • Adam Clark

    • Univ. of Notre Dame
  • Austin Nelson

    • Univ. of Notre Dame
  • Tyler Anderson

    • Univ. of Notre Dame
  • Sabrina Strauss

    • Univ. of Notre Dame
  • Bryce Frentz

    • Univ. of Notre Dame
  • Xuyang Li

    • Univ. of Notre Dame
  • Michael Skulksi

    • Univ. of Notre Dame
  • Patrick Fasano

    • Univ. of Notre Dame
  • Matthew Hall

    • Univ. of Notre Dame
  • James Kelley

    • Univ. of Notre Dame
  • Christopher Seymour

    • Univ. of Notre Dame