1. Angular distributions of 250 GeV/c positive particles axially channeled in germanium crystal
- Author
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A. Kanofsky, J. Kubic, I.J. Kim, B.L. Chrisman, Z. Guzik, E.N. Tsyganov, T.S. Nigmanov, G. O. Williams, W.M. Gibson, C.R. Sun, A.S. Vodopianov, T.E. Toohig, R.A. Carrigan, D. H. Stork, A.B. Watson, M.A. Hasan, and R. Allen
- Subjects
Momentum ,Physics ,Total internal reflection ,Low energy ,General Engineering ,Germanium crystal ,Atomic physics ,Axial symmetry ,Charged particle ,Computer Science::Information Theory - Abstract
Channeling phenomena are observed for charged particles of momentum up to 250 GeV/c in a germanium crystal. The angular distributions of the channeled particles are compared with theoretical predictions based on a diffusion model. The results indicate additional mechanisms leading to dechanneling of the particles although channeling effects are observed for particles incident at up to several times the critical angle, in contrast with the results from low energy channeling.
- Published
- 1982
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