STAND FOR MODELING OF HIGH-SPEED OPPOSING COLLISIONS OF POOR-CONDUCTING SOLID BODIES

摘要

FIELD: high-voltage pulse engineering.;SUBSTANCE: stand has magnetic field pulse source made in form of guiding rails which are connected in series to pulse current source. Inside rail the tray is installed for electric interaction. Under influence of electric interaction the electro-dynamic force, which acts onto tray, is directed to output end of rails. Any tray together with pair of rails forms step of acceleration which is connected in parallel with other step of acceleration relatively pulse current source. Between any two steps of acceleration there are two steps of brake of any tray. Any step of brake has to be additional magnetic field pulse source. Steps of brake are formed by means of additional biasing circuits connected in series with pulse current source and by means of guiding rails disposed inside any circuit for electric interaction with corresponding tray, which results in electro-dynamic force is generated to act onto tray; the force is directed in opposition to initial movement. Steps of brake are connected together in parallel relatively to magnetic field pulse source.;EFFECT: elimination of factor of brake reduction.;1 dwg