Technologies of Atmospheric Electrodynamics Based on Ionized Dispersed Media

Parameters of ionized dispersed microparticles formed by hydride compounds, one of which is water, are considered. Properties of hydrogen compounds and chemical elements of Groups 5, 6, and 7 of Period 2 differ in the temperatures of phase transitions from other compounds, despite the similarity of s and p electron shells. Ionization conditions of water microparticles in a coaxial resonator and their movement trajectories in the atmosphere are studied. Microparticle behavior is similar to the properties of de Broglie waves, which allows to use their potential in information and other technologies.