Abstract
Combining e−-γ perturbed angular correlations, internal-channeling and Rutherford backscattering spectrometry/channeling experiments performed on the same sample, it is shown that Hg and Au ions after the implantation of 197mHg in beryllium occupy the same substitutional lattice site. The very high electric field gradients measured are explained by HgBe and AuBe pairs formed by the implantation of Hg. Some puzzling results reported in the literature are discussed and explained using this model.
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