Аналітичні дослідження впливу ультрафіолетового опромінювання на біооб’єкти

Abstract

The results of analytical studies of the influence of electromagnetic radiation of the optical spectrum on bioobjects in the UV range (UVB, UVC) and, in particular, on pathogenic microflora, which is the carrier of various invasive and infectious diseases in beekeeping, including such as varroathosis, are presented. For the first time, mathematical expressions were obtained that simulate the dependence of the electrical and structural characteristics of protective devices that implement the operation of the LPRS-1 pilot fittings equipped with LED-modules of UV radiation when powered from solar photocells. The manufacture of protective devices with scientifically grounded parameters allows to optimize the power and quantity of UV light emitting diodes, their placement in the tunnel of the air console, determine the wavelength, exposure, as well as the geometric parameters of the LPRS-1 airborne equipment that provide harmful UV radiation to the physiological functions of the tick Varroa.