The electromagnetic field application for biosystems development control aboard space stations

Compensation opportunities of the space negative influence on a phytosystem in conditions of orbital space stations are considered. Influences of microgravitation, the gas environment and a water mode are taken into account as well as the influence of fields of the various kinds and, first of all, E-field radiation of mm-range of wavelengths at all stages of physiological evolution of plants. Microgravitation of space stations influences on phytosystem (vegetative systems) and breaks physiology of their development. Development of plants depends on influence of electrostatic and electromagnetic fields. The resulted laws show, that microgravitation can be compiled by influence of E-field radiation in mm-range of wavelengths.