Structure of $^{21}$F from $^{14}$C-induced reactions

ORAL

Abstract

$^{21}$F was populated at Florida State University from the $^{10}$Be($^{14}$C,t) and $^{9}$Be($^{14}$C,d) reactions at 21.4 MeV and 22.0 MeV, respectively. HPGe detectors were used to study the gamma decay scheme of $^{21}$F, and a segmemted particle telescope was used to detect the emitted particles from the compound nucleus for identification. New states were observed along with new gamma-ray transitions. Results will be compared with shell model calculations, previous experiments, and the systematics of other fluorine isotopes.

*Supported in part by the U.S. National Science Foundation

–

Authors

  • M. Perry

    • Florida State University

  • S.L. Tabor

    • Florida State University

  • J. Pavan

    • Florida State University

  • A. Aguilar

    • Florida State University

  • P.C. Bender

    • Florida State University

  • I.J. Calderin

    • Florida State University

  • D.B. Campbell

    • Florida State University

  • W.T. Cluff

    • Florida State University

  • E. Diffenderfer

    • Florida State University

  • J. Fridmann

    • Florida State University

  • T.A. Hinners

    • Florida State University

  • C.R. Hoffman

    • Florida State University

  • K.W. Kemper

    • Florida State University

  • S. Lee

    • Florida State University

  • B.T. Roeder

    • Florida State University

  • C. Teal

    • Florida State University

  • Vandana Tripathi

    • Florida State University

  • M. Wiedeking

    • Florida State University

  • I. Wiedenh\"over

    • Florida State University