Justification of plant for pre-planting vegetable crops

The scientific task is to develop a multimodular radio-hermetic installation of continuous operation for pre-planting processing of vegetable crops with spherical resonators with a high intrinsic quality factor, providing excitation of an ultra-high frequency electromagnetic field, containing electric gas-discharge lamps connected to a kilohertz source and allowing ionization and ozonization of air due to corona discharge ... The installation provides a complex effect of an electromagnetic field of ultrahigh frequency, a bactericidal flow of UV rays and ozonized air on raw materials. The installation contains spherical resonators located along the periphery of the round table. Inside each resonator, along the horizontal axis, a fluoroplastic disk is rigidly mounted, having an unloading hole at the periphery. One end of a corrugated dielectric sleeve is attached to the hole with a shutter on the back side of the disk, the other end of the sleeve is connected to the lower transcendental waveguide located on the outer side of the spherical resonator. In the recesses of the fluoroplastic disks, there are electric gas-discharge lamps powered by kilohertz sources attached to the outside of the spherical resonators. In the developed design of the cavity resonator, the raw material is heated evenly due to the uniform distribution of the ultra-high frequency electromagnetic field in the sphere with a high intrinsic Q factor and due to mixing with a brush, which simultaneously supports corona of the electric gas discharge lamp with its conductive fibers.