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The predictabilities of the three alpha-decay half-life formulae, the RoyerGLDM, the Viola-Seaborg and the Sobiczewski-Parkhomenko formulae, have beenevaluated by developing a method based on the ansatz of standard experimentalbenchmarking. The coefficients of each formula were re-derived using thereliable data of the alpha-standards nuclei. The modified formulae thatresulted were used to evaluate the accuracies of the formulae towards theprediction of half-lives of a set of nuclides with well-studied alpha-spectroscopic data as well as a set of exotic alpha-emitters. Further, a simplelinear optimization of the modified formulae allowed adjustments for theinsufficient statistics of the primary data set without changing the modifiedformulae. While the three modified formulae showed equivalent results for allthe medium heavy nuclei except the odd-odd, the modified GLDM showed relativelythe best figures of merit for the odd-odd and superheavy nuclides.

The analysis of predictability of alpha-decay half-life formulae and the alpha partial half-lives of some exotic nuclei