Метрологічні аспекти в закономірностях розпаду радіоізотопів хімічних елементів

В. І. Максін, О. З. Стандритчук

Анотація


METROLOGICAL ASPECTS IN THE REGULARITIES OF THE DECAY OF RADIOISOTOPES OF CHEMICAL ELEMENTS

V. Maksin, O. Standritchuk


Investigated the logarithmic dependence of magnitude f(FN)=G(muAN)2/(сT½)2 − gravitational force of your mass around the nucleus of an atom, which is deterring effect on photons of radiation within the conventional sphere with the radius r1,2= сT½,, i.e. at a distance of their free run for a time equal to the period of the radionuclide half-life T½, of magnitude T½. Objects of studies have been picks 297-"medium" and "long living" radioactive isotopes decay chains from disparate and separate full sample genetically associated radionuclides with 4 natural radioactive series. It is shown that line closer to ln (FN) = f (ln T½) with a high accuracy of approximation of R2 ≈ 1 describes the simple equations type ln(FN) = -а∙ln (T½) -b coefficients which easily associated mathematical formulas with the constant of Hubble's law, the same fine structure and other fundamental constants.

Keywords: radionuclides, half-life, fundamental constants, fine structure constant, Hubble's law constant


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