III. Nonlinear Neuroelectrothermal Phenomena and Regularities at External Neurofrequency Interferences-Stimulants.

The chapter Nonlinear Neuroelectrothermal Phenomena and Regularities at External Neurofrequency Interferences-Stimulants - the Scientific Foundation of Neurofrequency Ecology includes subsections Nonlinear Neuroelectrothermal Effects at External Influences, Neurofrequency Control, Ecobalancing, Nonlinear Neuroelectrothermodynamics and Bioelectronics of Ultralow Frequencies: the "Formula" of Weak Neuroenergoinformational Influences in the Application of Parapsychology, and Electrmagnetic Environmental Pollution as the Agent of Increasing Social Threat, which are biophysically bound by a single theoretical foundation, neurofrequency phenomena, and nonlinear cell neuroelectrothermodynamics regularities.

Primarily, the chapter materials are used to examine the results of investigating neurofrequency generation stability at reversible and irreversible actions of preformed agents-stimulants of various nature on the Helix pomatia mollusk neurons and there are disclosed the mechanisms of previously unknown in neurophysiology neuroaccommodation mechanisms under the action of combined interferences-stimulants, which are programmatically manipulated. In case of neurofrequency control the main attention is paid to the control through the space, directed at the immediate transfer of physical electric pulses to nervous electric pulses, amplitude increase, and nerve pulses frequency sticking under the action of weak sinusoidal external electric pulses, their repetition frequency being bigger than the nerve pulses generation center frequency.

The neurofrequency models of energy, time, and space biotransformation allow natural proceeding on the chapter material to the range of problems of the system "man-environment" ecobalancing at introducing interferences-stimulants of various nature into the natural environment. The main attention is paid to neuroelectromagnetic compatibility, bioelec-tromagnetic safety in the system "bioobject-environment". The problem of extrasensory interactions in the system "man-environment" is considered a problem of weak neuroenergoinformational interactions in ultralow frequencies bioelectronics in the application of parapsychology.

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