  Reliable information on level density and radiative strength functions for
the excitation energy region with density of excited states more than 100
levels per 1 MeV and higher can be obtained now only by its model-free
extraction from intensities of two-step cascades proceeding between compound
states and few low-lying levels. Full model-free determination of these
parameters in any method is possible only if one can extract from additional
experimental information about general trend in dependence of ratio of strength
functions of emitted reaction products of a given type on excitation energy of
the nucleus under study. Analysis of the available experimental data for 125Te
shows that the peculiarities observed earlier in other nuclei are also inherent
to this nucleus.
