PERIODIC SYSTEM OF ISOTOPES

What is it about?

The time is approaching when there will be methods and technologies allowing to conduct nuclear reactions at low energies, then the periodic system of isotopes will become in demand not only for a narrow circle of nuclear specialists. It should be assumed that the very phenomenon of periodicity is a consequence of "packing" of multidimensional spaces around 3-dimensional matter. The packing algorithm shows the principle of multilevel periodicity. The periodic system of isotopes, is obtained with the help of a special algorithm - the principle of multilevel periodicity. Periodicity is manifested in the nucleus, similar to the periodic structure of electrons for chemical elements. According to the principle, the structure of the nucleus, as well as the elements, is divided into 4 types of periods of 2, 12, 40 and 100 nucleons and is the next stage of "packing of matter" in micro, nano, pico ... worlds. worlds. Each period is repeated twice. The periods consist of 4 types of nuclear orbitals: sn, pn, dn and fn, of 2, 10, 28 and 60 nucleons each. In this work, the obtained structure of the nucleus is checked against 11 types of experimental data. The periodic system demonstrates the correspondence of the following 10 experimental data: fission fragment mass ratios; quadrupole moment values; magnetic moment; radioactive isotope lifetimes; neutron scattering; thermal neutron radiative capture cross section (n,γ); α-particle yield cross section (n,α); isotope contents on the Earth, in the solar and other stellar systems; and peculiarities of ore formation and stellar evolution. The NMR frequency distribution is independent of the periodic structure of the nucleus. The periodic system of isotopes provides a glimpse into a new level of the universe, into the nucleus of the atom. The periodic system of elements of D. I. Mendeleev became a guide to the world of inorganic chemistry in the twentieth century. One way or another, mankind will find a way to transform one element into another, and the periodic system of isotopes is needed to realize these reactions.

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Why is it important?

The periodic system of isotopes allows you to look at a new level of the universe, into the nucleus of an atom. DI Mendeleev's periodic table of elements became a guide to the world of inorganic chemistry in the twentieth century. One way or another, mankind will find a way to transform one element into another, for the implementation of these reactions, a periodic system of isotopes is needed.

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