Abstract
Thermal degassing, hydrogen ion capture and re-emission are investigated. Some data on ion backscattering and surface layer structure change due to the ion bombardment and annealing are given. The activation energy for captured deuterium re-emission is defined as much as Q = 40 kcal/mol. The charge, angle and energy distributions of scattered particles are measured.Ion bombardment at 600–1000°C results in the emission of a significant amount of structural oxygen with a rate of approximately one atom per incident ion.
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