Плазмохимический комплекс синтеза микро- и наночастиц с контролируемыми составом и структурой на основе микроволнового разряда в гиротронном излучении

We present the description of the plasmochemical system designed for synthesis of micro- and nanoparticles using the radiation of a high-power gyrotron, which was developed by A. M. Prokhorov General Physics Institute of the Russian Academy of Sciences (Plasma Physics Division). The system includes a plasmochemical reactor, a gyrotron unit, an in-line calorimeter, a diagnostic system, which ensures video and spectroscopic measurements, balance measurements of microwave radiation, and thermal imagery measurements, a chemical unit for preparation and analysis of synthesis products, an electronic logging unit, and a specimen labeling system for organization and storage of large volumes of experimental data and specimens.