Now showing items 1-3 of 3

    • Modern African nuclear detector laboratory: Development of state-of-the-art in-house detector facility at the University of the Western Cape 

      Kapoor, K.; Orce, J.N; Abrahams, K; Akakpo, E; Bester, Z; Jenkins, D.G; Jordaan, K.L; Jones, M.Y.; Kamedien, M.A.; Lindsay, R.; Lomberg, B; Masango, S.; Ngwetsheni, C.; Ntshangase, S.S.; Radebe, N.; Triambak, S; Zyl, J.J. van, (SpringerLink, 2021)
      The upcoming detector facility aims at developing new state-of-the-art particle detectors as well as providing hands-on training to postgraduate students using both analog and digital signal processing from nuclear radiation ...
    • Radon-222 measurements at Cape Point: A characterization of a 15-year time series 

      Botha, R.; Labuschagne, C.; Williams, A.G.; Bosman, G.; Brunke, E.-G.; Rossouw, A.; Lindsay, R. (National Association for Clean Air, 2018)
      The Cape Point (CPT) Global Atmosphere Watch (GAW) research station have been monitoring climatically significant trace gases for four decades. Among these is radon, a naturally occurring noble gas with a large continental ...
    • Spectroscopy of states in Ba 136 using the Ba 138 (p,t) reaction 

      Rebeiro, B.M.; Triambak, S.; Garrett, P.E.; Lindsay, R. (American Physical Society, 2021)
      Background: The Ba136 isotope is the daughter nucleus in Xe136ββ decay. It also lies in a shape transitional region of the nuclear chart, making it a suitable candidate to test a variety of nuclear models. Purpose: To ...