THE THEORETICAL ANALYSIS OF LOW ENERGY AND ELECTROMAGNETIC ULTRA-HIGH RANGE FIELDS’ IMPACT ON INFECTIOUS MICROORGANISMS IN WOUNDS OF ANIMAL SKIN
Keywords:
low-energy electromagnetic field, microwave radiation, the skin of animals, infectious microorganismsAbstract
Justification of resource-saving electrotechnology with the optimal settings of habitats electromagnetic field and means of radiation of electromagnetic energy to restore the injured skin of farm animals. The article explored the interaction between the electromagnetic fields of ultra-high band of tissue healing and skin of animals by biotropni parameters for EMF suppression of infectious microorganisms in wounds of the skin of its effective recovery. It was proved that biotropnymy parameters for electromagnetic fields suppression of infectious microorganisms and efficient recovery of injured skin animals are: frequency range 35 ... 37 GHz, the power flux density 3 ... 5 mW / cm 2, Exposition 3 ... 5 min. The proposed study on the creation of sources of ultra-high band, which should consist of a transistor (10 GHz) and the diode (over 10 GHz) parts using the method of adding capacity for power within the 2,000-2,500 mWt may be applicable to a broad class of sources high output power. For better recovery of injured skin of animals low-energy electromagnetic fields of millimeter wavelength range, which will create an efficient, energy-saving and environmentally friendly technologies should be usedReferences
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