Formation of polar couples of numerical events contains the basis in structure of a formula of volume, so-called a back in the conditions of formation of the main nuclear functions. It is characteristic for logic of two sizes defining the difference. The moment of comparison reveals degree of a square of numerical values and "event's" - a difference – freedom degree number. Thus, the mechanism of distribution of functions of a proton and neutron, as a part of nucleon number, makes the general principle of the maintenance of structure of all nuclear symbols of symmetric and asymmetric static poses of communication. For genetic nuclear symbols value of symmetry is the basis of communication of functional projections in uniform volume.
This circumstance allows to project value of various nuclear symbols from the point of view of (their) distinctive genetic properties. In this case, the structure of water confirms various opportunities in genetic and technical sense. Thus, process formation of a phase of volume contains a complex of conditions of a choice of necessary functions for the maintenance of characteristic properties of the relevant structure of a nuclear symbol. Data of researches confirm a hypothesis of distribution and development of genetic functions concerning structure of primary volume (P/6) for all isotopes. The code of projections of communication of the main functions in structure of unit is replaced with number of a nucleon of a nuclear symbol. This number is projected in the general structure of volume with the subsequent development of nuclear functions. Thus, each value of numerical structure contains information of various nuclear properties. For mirror kernels of a condition of distribution of functions make numbers (7) and (8). These data proceed from numbers of rest of a proton and neutron, from conditions of a code (Pi). The basis of the relation of a neutron and a proton is the volume of a numerical event of a neutron in the transformed volume (exp 2) ^-1.
This value doesn't correspond to an integer (2), at the expense of a volume difference (3^-1) in the changed structure of unit. In this case, the analysis of change of structure of unit is submitted as change of number of volume (3^-1). Process of the maintenance of the basis of volume (3^-1) codes information of function of a proton before formation of this volume. Conditions: [Pi (n^3)] code a proton pose concerning a code: [1/4 (expPi)]. Process of replacement of conditions: [((mp + mn) / mp) ^-1], development of communication of the main functions and formation of number of the following nucleon defines. Here the accent follows. Function of volumes: [((mp + mn) / mp) ^-1], determines a consecutive number of integers – numbers of extent of functional communication in structure of events. This sequence divides functions of a proton and a neutron into structures of a square root and cubic root. The sequence of functional couples corresponds to the changed degree concerning nucleon number.
Thus, there is a cardinal progression of numerical values of a proton and a neutron. Here, the number of degree separates functions of a proton from a neutron. The proton accepts square degree. The neutron is in cubic degree. Transition of numerical properties in the sixth degree – a projection of communication is characterized as the general function of a nuclide: (2 * 3 = 6). In functional structure of projections, this communication is marked as: (2; 3), (4; 6), (8; 9), (16; 18), (32; 36) and so on. (This code is presented concerning isobars) The structure of properties of Oxygen - 16 contains the minimum asymmetry of the nucleon. Therefore, communication functions, in the same scale of numerical degree, contains the greatest scales of numerical events (The more the scale of projections, the is less number of events).
This characteristic allows to advance a tendency of the maintenance of the following genetic symbols. The structure of Nitrogen - 16 corresponds to numerical value of a static proton and neutron. Gely's structure – 4 corresponds to value of a code (Pi) for conditions of communication of functions of a proton and a neutron of numerical values of degree (11) and (13) concerning nucleon number: (expPi). To value of degree (12) in Gely's structure there corresponds the Hydrogen number. The structure of Carbon – 16 contains the increased density of communication of projections of three symbols additional extent of imposing without Gely's education. Thus, the structure of communication of numbers of events of three symbols is distributed on the main functions of a proton and neutron: (ON – mn), (NC – mp), (OC – H).
This mathematical model allows to define intermediate communications of properties in various structures of isotopes. Information (m/z) of asymmetric kernels establishes a certain nature of communication of the main functions. For example, quantitative value of protons and neutrons in heavy-nuclei make structure of distribution in the volume of more remote projections. In this case, almost at each power level new nuclear properties with the subsequent formation of the relevant structure can be formed. Information of distribution of the main functions contains in initial numbers of the relation (m/z).
Here, philosophical value: [(1 + 1) ≠ 2] gets practical sense. Actions are applied to basic data of communication of the main functions: (1) (m/z) ^3 and (2) [(m/z) / ((m/z) – 1)] ^3. In the first case a ratio of volume of functions of protons, in the second, a ratio of functions of neutrons. The ratio of these functions always corresponds to value of approximate number four. In this case, the relation of the main functions of power levels contains a code of number of projections of the previous or future nuclides. These data were used for practical researches of experimental technology of generation of Hydrogen from water in the conditions of negative and positive climatic temperatures. This process took place at low starting voltage (12v) and high electric resistance. Activation of water took place at the expense of a combination of the electrodes modeling properties of the main functions of volume and technical properties of water. Productivity of the given installation in conditions of room temperature made (100 mL/s) at the density (1,5 kg/m^3).
After depolarization of electrodes, process of release of Hydrogen happened spontaneously. In weather conditions at a temperature (-15 oC), in the conditions of starting polarization, density (40 kg/m^3) was reached. At fall of temperature to (-22 oC), the mode of depolarization made density (250 kg/m^3). The mode of compulsory polarization from (1mA) to (6A) increased temperature to (0 oC) and established the initial density (40 kg/m^3). The further cold snap (-25 oC), in the mode of depolarization established the spontaneous progressive density (500 kg/m^3). The mode of depolarization and polarization of process of release of Hydrogen occurred within an interval of time (A/s). Increase of electric conductivity of the reactor environment of the device corresponded to temperature increase and decrease of density. Process of any exit of Hydrogen in the mode of depolarization happens at the constant room temperature to the subsequent increase of density of the established volume.