Authors: Jianping Mao
The periodic table shape seems to coincide with a folding crystal structure of atomic nuclei, an orderly distribution of protons (nucleons) nearly the same as Lewis dot structure, which will grow vertical 4 A (representative), 4 B (transition) and 8 C (inner transition) α-clusters bound with valence neutrons (excess neutrons, ~ A﹣2Z) to stand a core (1st period) of likely expanding in Co, Ni, Rh and Pd. In a typical fission of 235U+n→137Ba+97Kr+2n, 137Ba and 97Kr mass difference is suggested to result from the 16 α-clusters cleft into 9:7 (±1 A α-cluster, 5 α × 2 = 40) and 2n release from valence neutrons in its cleft line; also, cleft into 15:1 implies to point to that α-cluster (1 C ≥ 4He, 1 B ≥ 12C, 1 A ≥ 20Ne) decay. To cross nuclei, atoms and molecules, here a way may enable us closer to nature of the periodic table, the periodic law of dominating their behaviors.
Comments: 17 Pages. Applied Physics Research Vol. 9, No. 6, 47-57 (2017)
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