Improvements of the Focal Plane of SASSYER

POSTER

Abstract

The Small Angle Separator System at Yale for Evaporation Residues (SASSYER) at Yale University is a gas-filled recoil separator, specializing in the investigation of the production and the structure of nuclei heavier than $^{208}$Pb. New instrumentation for the focal plane of SASSYER under development at WNSL at Yale will replace the previous equipment with a compact chamber for double-sided silicon detectors (DSSD). Here we are reporting on improvements of the focal plane of SASSYER, including DSSD electronics, a detector cooling system, and ion optics tests. MUX-16 boards from MESYTEC, 16 channel multiplexed amplifiers, were tested and quantified. An alcohol cooling system, related to the DSSD, was characterized. The ion optics tests extracted effective magnetic rigidities of the separator. Results of the tests will be presented. This work was supported by the NSF grant PHY 0555665, Jeffress Fund J-809, and USDOE grant DE-FG02-91ER-40609.

Authors

  • Danielle Crump

    • University of Richmond

  • Andreas Heinz

    • Yale University

  • Ryan Winkler

    • Yale University
    • Wright Nuclear Structure Lab, Yale University

  • Daniel Frank

    • Wright Nuclear Structure Lab, Yale University
    • Yale University

  • Jing Qian

    • Yale University
    • Wright Nuclear Structure Laboratory, Yale University
    • Wright Nuclear Structure Lab, Yale University

  • M.S. Fetea

    • University of Richmond