Idea of the maintenance of structure of the nuclear module consists for the set combination of physical definitions as the general condition of a matter. In these conditions, the combination of several kernels having various density, corresponds to the general temperature condition and the general density of the module of these kernels. In most cases, the physical maintenance of nuclear combinations corresponds to a condition of high-temperature plasma. Merge of conditional kernels in the general plasma doesn't correspond to the return process of division of these kernels. Therefore, transitions of phases, in a temperature mode of the nuclear module, aren't nuclear cycles. The physics of plasma provides the general temperature range containing a known order of nuclear structure. This corresponds to energy expenses for maintenance of the corresponding temperature mode of plasma. This process has to pass to a condition of reaction of the nuclear cycle operated by a magnetic field or the laser machine. In this case, the magnetic field will be also the general for all nuclear composition of plasma. Allocation in volume of plasma of the central kernel having polar value for the general magnetic field has to correspond to the return value of temperature value of all plasma. Practically it isn't possible as it is necessary not to forget about that energy which is spent for maintenance of temperature of plasma. Creation of the set density in a certain volume of plasma can't cause reaction of a nuclear cycle. Process of thermonuclear reaction is in a mode of sharp difference of temperatures. In case of artificial density in volume of plasma thermal blows of temperature gradation will scatter plasma in different directions. Here the analogy to the Sun isn't pertinent. The star doesn't give rise to a similar star. Thermonuclear reaction of stars happens in stars. The magnetic field, beam of the laser are an external factor of influence of one type of energy on another. In the conditions of geothermal energy plasma is divided into gradation of polar temperatures in the same power mode. These are the spheres dividing composition of plasma at lower temperatures. In this case, the installed nuclear module is the initiator of generation of excess temperature of all composition of plasma. The technology of modulation of nuclear charges provides polarity change directly in structure of a separate kernel as a part of a certain nuclear module. For this purpose, the nuclear module corresponds to conditions of classification of physical, chemical, biological and genetic definitions. For example, the genetic functional structure of the module is applied to easy kernels. It is initial cold synthesis has the cycle in a certain temperature mode. This definition is the general for physical, chemical and biological processes. The composition of genetic plasma brings into future accord some nuclear functions in various thermal modes, allocating the corresponding nuclear density and phases of nuclear functions. In the biological value, the created nuclear symbolics makes the organic module of own biological cycle at the expense of variable radicals as a part of molecules. These conditions of processes of reorientation are put in initial genetic structure of nuclear symbols without temperature definitions at the expense of an elementary exchange in a nutrient medium. Influence and change of functions, in the conditions of genetic definitions depends on conditions of primary volume. This kernel with a charge unit. In this case, entropy of primary volume has negative value. Thus, the subsequent increase in mass number corresponds to value of degree minus unit (m^-1). Then, polarity of functions of a nuclear charge contains all heavy-nuclei in the structure of volume. Scales of numerical values are determined by the principle of optical refraction. Once you guess, balance of various density of nuclear charges in structure of total amount is distributed. For this purpose, the numerical structure distributes conditions the content of communication of scales from the minimum number of an event to a numerical set of mass values. Thus this is in layered numerical system of own number of an event. This mathematical model of the screen of thin numerical layers consists of various polar couples excluding each in the sum of number of an event. Stable kernels of this model have some complete layers. For example, Helium (4) has four steady layers in scales: (10E^-13; 10E^-16; 10E^-19; 10E^-23). In these layers, the presented numbers of scales are in a certain sequence containing structure of number of an event of Helium (4). The numerical screen of layers of any nuclear symbol depends on distribution of functions of a proton and a neutron in kernel structure. Therefore, reorientation of these functions changes number of an event and polarity of a kernel, breaking stabilization of layers of the numerical screen, keeping thus the general density. The moment of reorientation of structure of a kernel is in various large-scale definitions. In this case, definition of genetic functions can gain physical value, passing biological and chemical definition of processes. The genetic model consists of modulation of the functions forming an empirical kernel of the internal contents. From this position the empirical formula of DNA is considered as external result of manifestation of internal functional combinations of the module. Distribution of molecular weight and time of the maintenance of the corresponding molecular density in a molecule establishes a temperature mode of a functional exchange. The main reaction of functional processes happens between Hydrogen and Oxygen. Thus maintenance of temperature and the general density belongs to Oxygen function. The relation of the content of Hydrogen and Oxygen as a part of a formula defines degree of polarity of these values. Therefore, polarization of Oxygen is distributed between its isotopes of O13 and O19. Excess temperature of degree of polarity forms the corresponding density of Carbon. Oxygen allocation from Hydrogen is caused by process of multiple value of number of a proton to number of a nucleon of Oxygen. In this text this process isn't considered. The sequence of a cycle of physical process of nuclear synthesis shouldn't correspond to an exit of products of reaction. Otherwise, the hypothetical thermal progression will reproduce once again all table of isotopes. Modulation of nuclear charges provides local consumption of temperature from an interval of degree of polarity of structure of the module before formation of the corresponding density. So in a case with DNA, density of Carbon forms the basis of density of Nitrogen, without the intermediate density of Helium. In a sense it is process of organic aging. The technology of modulation of nuclear functions allows to investigate all genetic chain of the organic nature. Modulation of nuclear charges allows to use thermal energy, preventing processes of nuclear synthesis in any ranges of temperature gradation. In this technology, process of reorientation of nuclear functions corresponds to power expenses of process of elementary burning of Hydrogen. In case of modulation of electric charges polarization happens in the range of the maximum electric resistance. The sequence of electric resistance provides the set module for a projection of increase in current. In this case, the electromotive force corresponds to variable value of polar electric resistance of the module (the principle of operation of the passive generator of an electric current).