The method of reorientation of nuclear functions is established. Imitation of these processes is based on a principle of optical refraction in the conditions of adequate to organism action as a breath and an exhalation. The superthin structure promotes formation of various accumulative forms of objects. It is supposed that similar processes promote growth and development of different genetic types. The model is made according to functional structure of Oxygen. The exchange principle between various environments is based on the concept of functional requirements of structures of contact environments. It reminds semi-conductor effect. In this case, the parent environment will transform the thin condensed thermal basis of conditions for synthesis of superfluous structures. (Cold nuclear synthesis) These conditions are accompanied by processes of anti-entropy before formation of a phase of Carbon. (The final phase can have a various symbol) as a result, the affiliated environment forms own reciprocal accumulative synthesis.

In this case, functions of an exchange are in development. The parent environment expands conditions of a functional exchange, at the expense of a gradient of temperatures of the structure to complete formation of a cycle of functions of the affiliated environment.

This concept explains burning and decay processes. Usually it is separate superficial levels of reaction of burning. Each level fixes the thermal conditions. For example, process of burning of coal, in certain conditions establishes electric conductivity. In these conditions burning gets a bright white luminescence.

Complete combustion can be reached by counter flows of a flame in the conditions of spherical thermal layers. Each layer should correspond to structure of accumulation of level of a functional exchange of requirements to reorientation. Thus, division of layers firm a term protective materials isn't obligatory. The carbon phase contains some periods of the formation. Thus, all technology consists in supporting Carbon structure in a "floating" condition of an exchange between levels of the main products of burning.

 Prospective thermogenerating installation should carry out distribution of a phase of structure of Carbon at the expense of sublimation on appropriate levels of burning.

The offered technology allows to operate high temperatures of net thermal energy without harmful emissions and radiation.

Feature of structure of Carbon isn't subject to final leveling of functions of a proton and a neutron. This feature defines all uniqueness of this symbol.