Mathematical Formulas Describing the Sequences of the Periodic Table

Calculate the periodicities of the elements from the double tetrahedron nucleus model

Figure 1. The sequences of the periodic table and their reproduction by the charge distribution of the double tetrahedrons nuclear structure. (a). The number of nucleons in the triangles. (b) Forming a tetrahedron by the staking the triangular layers. The nucleons are arranged in face center cubic lattice. (c) The number of nucleons and protons in the shells of the fully developed tetrahedron. (d) Examples of completely developed double tetrahedron nucleuses are shown for even and add periods. The 3D images of Kr and Xe. (e) The sequences of the double tetrahedron nuclear lattice structure are identical with the quantum mechanical predictions and the periodic table. Pyramid arrangement of the elements in the periodic system [6] as developed by William B Jensen. The periods are numbered at the left while the sequence numbers (explained in the text.) are given at the right in parentheses. Elements 112, 114, 116, and 118 has been reported, but not fully authenticated and the assigned names are only provisional [7]. Elements 113, 115, and 117 have yet to be discovered.

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