Использование модели биологически активной точки и фрактальной структуры биообъекта для реализации датчиков контроля и дозиметрии патогенных излучений

Abstract

The authors present the relationship between the fractal geometry and biophysics, in particular the pathogenic effects of electromagnetic radiation on personnel of enterprises and institutions. A model of biologically active points of the skin of the person, which is the most adequate for the technical implementation of the sensors in the system for monitoring and dosimetry, is considered in this paper. It is shown that the fractal structure of a bioobject explains many of the natural science aspects of the physics, the fractal geometry and describes many processes in the biosystem, including pathological. It is established that due to the multiplicity of electro-magnetic resonances in biological systems, the pathogenicity of human exposure in the risk group of staff must be taken into account in the systems of monitoring and dosimetry as a spreading of pathogenic electromagnetic waves in a fractal biological environment. The results of this research of fractal properties of biological objects allow to conclude that the human body perceives pathogenic radiation in all spectra, as it has developed fractal structure with multiple biological resonances. This research shows that the modified model of the Hodgkin - Huxley for the description of electromagnetic processes in the field of biologically active point is the most significant information. For the practical implementation of the model on the computer was produced simplification. This model is recommended as a basic reference for the technical design of the sensors monitoring and dosimetry affecting staff pathogenic radiation.