  By local Auger-electron spectroscopy on solid targets and accumulating
screens, we studied the composition of nucleosynthesis products, in which we
expected to reveal the presence of long-lived transuranium elements (LTE). In a
number of cases for analyzed elements in complicated spectra the Auger-spectra
of corresponding pure elements or their simple compounds were registered with a
high signal-to-noise ratio. As artifacts of the analysis, we consider such
phenomena as the electric charging, characteristic losses of energy, and
chemical shift. We found the unidentifiable Auger-peaks with energies of 172,
527, 1096, 94, and 560 eV and the doublet of peaks with energies of 130 and 115
eV. We failed to refer them to any Auger-peaks of chemical elements in the
atlases and catalogs or to any artifacts. As one of the variants of
interpretation of the revealed peaks, we consider the assumption about their
affiliation to LTE.
