$\alpha$-decays of arbitrary nucleus, to estimate the emission from the internal region, to predict new spectra.

In [@So_Kim.2000.JKPS] dependence of the bremsstrahlung probability on the electrical charge of the daughter nucleus was analyzed. But, it is unclear how much energy of the $\alpha$-particle takes influence on the photons emission. Calculating the bremsstrahlung probabilities for the different isotopes with different mass numbers, I have seen that this probability is determined by combination between numbers of protons and neutrons in the nucleus under decay, rather than by the electric charge of this nucleus, and one come to conclusion about direct dependence of the bremsstrahlung probability on the effective charge $Z_{\rm eff}$. It could be interesting to clarify whether any other parameter or characteristic exists, influence of which on the probability is essential. More intriguing task has been appeared: *to construct an unified formula of the bremsstrahlung probability during the $\alpha$-decay of the arbitrary nucleus which is directly expressed through all these parameters and characteristics*. *But, whether is it possible to describe the bremsstrahlung spectra for all different nuclei by only one formula in general? Whether is it possible to describe the bremsstrahlung spectrum for only one arbitrary nucleus with very high accuracy 