Abstract
TEM observations of Xe-implanted iron and molybdenum thin films were carried out. Solid Xe bubbles are detected at room temperature. Based on the measured lattice parameters and the atomic volume values, the fcc structure is shown to be the most probable structure for the solid bubbles in both materials. Moreover, in Mo an fcc phase is also formed by Xe-ion implantation with a lattice parameter a = 0.42 nm. The appearance of the fcc Mo phase greatly reduces the lattice parameter mismatch between Xe bubbles and the bcc Mo matrix.
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