Nuclear orientation of82Br implanted into Fe
Hyperfine Interactions 3:1 (1977) 267-277
Abstract:
Nuclear orientation measurements are used to determine the hyperfine hamiltonian for82Br implanted into Fe single crystals (dose 5×1014/cm-2 implant energy 80 keV). Using a model based upon channeling measurements a good fit to the temperature-dependent gamma anisotropy is obtained for a pure magnetic interaction experienced by the 36±5% of Br which implants substitutionally of magnitude Bhf (substitutional)=840±120 kG, with Bhf (non-substitutional)<150 kG. This hamiltonian is used to deduce unknown multipole mixing ratios in the daughter82Kr decay. Hyperfine field systematics are shown to indicate a substitutional FeBr field of ∼1000 kG, and the origins of this field and the smaller interstitial interaction are discussed. © 1977 North-Holland Publishing Company.NUCLEAR ORIENTATION OF BR-82 IMPLANTED INTO FE
HYPERFINE INTERACTIONS 3:3 (1977) 267-277
COMBINED LATTICE-LOCATION-HYPERFINE-INTERACTION EXPERIMENTS ON HG IMPLANTED IN FE
PHYSICAL REVIEW B 13:1 (1976) 59-67
IMPURITY-SITE DISTRIBUTION OF IMPLANTED BI IN IRON AND NICKEL STUDIED BY CHANNELING AND NUCLEAR ORIENTATION
PHYSICAL REVIEW B 14:9 (1976) 3722-3731
NUCLEAR MAGNETIC-MOMENT OF AS-71 AND AS-72
NUCLEAR PHYSICS A 259:3 (1976) 378-384