A method for generating plasma in a plasma nozzle at atmospheric pressure and regulating the intensities of the E and H electromagnetic field and the transmission and regulation of the active power flow from a radio frequency source to the plasma nozzle plasma and a device for its implementation

摘要

it is a way of regulating intensities (e and h of the electromagnetic field and regulating the flow of the active power of high frequency periodic signal source 3 - 300 mhz to the plasma.in the condition of minimum size reflected power, plasma thrusters protu00e9kanu00e9 working medium, where the density of the active power flow is consumed in the processes and reactions.transmission of high frequency electromagnetic energy is produced and regulated by means of spatially structured system rezonanu010dnu00edho circuit with rozprostu0159enu00fdmi parameters in the presence of plasmathe forming space or its part is inside the area of geometrically defined complete system rezonanu010dnu00edho circuit with rozprostu0159enu00fdmi parameters.transmission of high frequency electromagnetic energy is also controlled by regulating the spatial distribution of electromagnetic field.when the minimum size of the reflected power from the state back to the radio resources and also shaping the distribution of components of the electromagnetic field in each part of the volume of plasma.installations for carrying out the method includes a resonant circuit (15) with rozprostu0159enu00fdmi parameters flame structure (19) of electromagnetic waves and the resonance system (14), and a resonator.which is composed of a shielding (6) area (x) of geometrically defined system rezonanu010dnu00edho circuit (15).further includes at least one forming space (16) within the space (x), where a forming space (16) extends into the vu00fdbojovu00e9ho area (17) protu00e9kanu00e9ho working medium, and further includes a plasma (10).the resonance circuit (15) is provided with at least one element (18) regulating the spatial distribution of the electromagnetic field and the density of the active power flow, which is arranged on the plasma nozzle (1).