The oretical analysis of electromagnetic field inside the eggs of a graine of mulberry silkworm

Abstract

This article conducts research on the distribution of the electromagnetic field inside the silkworm eggs, which are being presented in the form of a homogeneous sphere with dimensions comparable to the wavelength of the acting field EHF. Researches on the distribution of information EMF within silkworm eggs are necessary to determine the parameters of the field (frequency, power density, exposure) that increase the yield and quality of silkworm cocoons. Given the above, analysis in this article is based on a methodical planning to solve the problem of determining the electromagnetic field inside biological objects. Among methods that were used for that main one is gradual approximation which was applied to the real data situations resulting in transition to cases that could be solved by known techniques and approaches allowing to discover new data. Given the electrical properties in particular the permittivity of silkworm eggs a classical approach was used to calculate the structure of the electromagnetic field inside the biological homogeneous objects which being exposed to external electromagnetic fields. Because the shape of silkworm eggs can be compared approximately to the shape with a regular geometry, the problem of diffracting electromagnetic fields on them has been reduced to the problem of diffraction by a sphere.