gas solids are presented. The creation of triplet excitons Γ (3/2) is found to be the primary process, followed by the exciton self-trapping. Probable models of defect formation are discussed.
Abstract
Experiments on permanent lattice-defect formation induced by electronic excitation of rare-gas solids are presented. The creation of triplet excitons Γ(3/2) is found to be the primary process, followed by the exciton self-trapping. Probable models of defect formation are discussed.