Abstract

1. A horizontal, cell-form representation of the periodic system of elements is given in which a) a zero period (electron, neutron) and zero group (neutron, He, Ar, Ne, Kr, Xe, R1, ekaradon) are included; b) subdivision is into periods and cycles expressing secondary periodicity; c) there is a hydrogen “cell” adjoining Groups I and VII. 2. It has been shown that the structure of Mendeleev's periodic system can be described with the aid of numbe theory; and Kumakov's physicochemical analysis is applied to the geometric representation of the periodic system.

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