Hoffmann, D.H.H.D.H.H.HoffmannWeyrich, K.K.WeyrichWahl, H.H.WahlPeter, T.T.PeterMeyer-ter-Vehn, J.J.Meyer-ter-VehnJacoby, J.J.JacobyBimbot, R.R.BimbotGardes, D.D.GardesRivet, M.F.M.F.RivetDumail, M.M.DumailFleurier, C.C.FleurierSanba, A.A.SanbaDeutsch, C.C.DeutschMaynard, G.G.MaynardNoll, R.R.NollHaas, R.R.HaasArnold, R.R.ArnoldMaurmann, S.S.Maurmann2022-03-022022-03-021988https://publica.fraunhofer.de/handle/publica/17461910.1007/BF01294879Enhanced energy loss of 333 MeV(238) U ions in a hydrogen discharge plasma with a high degree of ionization has been observed. The ion stopping in a plasma environment exceeds the stopping in cold matter by more than a factor of two. Measured stopping powers are in agreement with theoretical predictions for the energy loss of heavy ions in a hydrogen plasma.enbeam bunchcapacitor bankenhanced energyhydrogen plasmaoscillationspectrometer621539journal article