Abstract
Measurements of the reemitted flux of deuterium implanted with 8 keV into graphite at temperatures between 1100 and 1500 K have been performed. In this temperature range only D 2 is released, no hydrocarbon molecules are found. The flux of deuterium reemitted at fluences where the implanted region is saturated, decreases with increasing temperature. This behaviour can be explained by diffusion of deuterium into inner regions of the graphite target.
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