METHOD FOR CONDUCTING SELF-SUSTAINED LOW-TEMPERATURE PLASMA MOLECULAR SYNTHESIS AND APPARATUS FOR REALISING SAID METHOD

摘要

FIELD: physics. ^ SUBSTANCE: method of conducting self-sustained low-temperature plasma molecular synthesis involves an operation for exposing a volume of gas in a processing zone to a physical field created especially for that purpose and superimposing a magnetic field with given strength onto the zone of origination of the plasma generated during processing. The physical field acting on the gas medium is a variable magnetic field. Volume of the gas medium is processed using said magnetic field with strength of 1.0ù104-1.0ù106 am with frequency range 20-70 Hz. The processed gas medium used is atmospheric gases. The physical field effect on the air mixture takes place inside a chamber which is in form of a pipe section which is open at one end and linked to the atmosphere or a hollow box with a different shape. The apparatus for realising said method consists of a hollow chamber filled with a working gas mixture. Electric coils are placed in the body of elements making up a closed magnetic loop, where the said elements are made from magnetically conducting material. ^ EFFECT: providing conditions for the process of low-temperature plasma molecular synthesis in self-sustained mode. ^ 2 cl, 2 dwg