The numerical structure of heavy elements comprises relic mass numbers. If to follow natural data of radioactive disintegration of unstable isotopes, process of disintegration can be continued in the opposite direction. Is valid when the large mass number is at the same time in several temporary conditions of the contents.
t-otnU238→ t-faktU238= t-otn Th234
It doesn't mean that the structure of these elements is subject to merge. Difference between one condition of various time is own migratory mass number for each symbol [mg].
mg = t-otn = (m / z)
Thus, in classical representation, this number is distributed as a part of lump according to quantity of power levels of a chemical symbol. The maintenance of migratory number opens all characteristic of the relation of mass number to a charge.
t-otnU238= (m/z) = {1 + [(m – z) / z]} = {2 + [(m – 2z) / z]}
Process of distribution of migratory mass number occurs concerning quantity of electrons at each power level of a symbol.
General view: [mg* n me], where → n me– quantity of electrons
Selection of the numerical relations will well be coordinated with the established structures of series of disintegration. But in the present text it will be a question not of it.
Imposing of structural phases of Uranium allocates the maintenance of all neutrons in the general shift relative its charge. Thus the main mass number remains in value of the content of quantity of protons. The displaced neutrons change the function and keep the initial relation of a charge to relic mass number. Thus, the migratory mass number is in structure of relic weight. The power background, separates the transformed [146] neutrons in protons for the maintenance of relic weight, number [377]. Actually, natural disintegrations, these processes, don't occur at the expense of the maintenance of migratory weight in power levels. In the conditions of high temperatures, the migratory weight divides structure the contents for additional generation of neutrons. In this case there is an increase in density of educated structure. Unlike genetic symbols, the density of heavy elements is established at the expense of shift between proton and neutron functions. The increase in density is accompanied by opposite process of expansion of the main structure of the maintenance of a symbol. A characteristic example of stabilization of structure of shift of U238makes a ratio of number of a neutron and a proton field in a phase:
[(A + B) / B]. This phase consists of the relation of neutrons to the main function of protons and neutrons. Leveling of the main relations is formed at the expense of allocation of migratory weight. In this case, the migratory weight is extremely not stable.
Its contents is in limits: H2↔ H3↔ He3↔ He6.
U238mp = 0,999470291, mn = 1,00053242
Here static numbers of a proton and a neutron in a condition of start of a phase: [(A + B) / B].
Then the nucleon of density of shift [nyklz] will make:
nyklzU238→ [(238,029 – 2z) / 54] = 1,000537037 → mn
The ratio of two nucleons is in freedom degree between processes of protons and neutrons:
[Ln (nyklz) / Ln (nykl)]^-1 = [Pr1– Pr]
Then, the dynamic maintenance of structure of U238is in the same variable parameters of genetic symbols, but the changed category of numbers of functions of protons and neutrons.
The maintenance of the corresponding density occurs at the expense of nucleons of easy symbols. The Oxygen structure leaves neutron number: [1,000538873]], forming a structure cycle: [mp ↔ mn^-1].
This category corresponds to variable value between numbers of neutrons:
U238[0,99958938 ↔ 1,00053242]. Where: [0,99958938]] → field of a nucleon of Nitrogen.
Category of protons: U238[1,000966854 ↔ 0,999470291].
Where: [1,000966854]] → number of a nucleon of Carbon.
So process of shift contains information of management of the main structure of any symbol.
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