FIELD: physics.
SUBSTANCE: invention relates to acceleration engineering and can be used to accelerate macrobodies, simulate micrometeorites and manmade particles and in high-speed impact physics. The pulsed rail accelerator comprises a conducting armature, rail electrodes, magnetising coils, a current sensor, untriggered dischargers, pulsed storage capacitors, triggered dischargers, separating resistors of the pulsed storage, power supply units, triggered discharger drivers and a control system. The pulsed rail accelerator has a flexible modular structure which enables to increase the number of stages to achieve the required velocities. All modules have the same structure, which simplifies hardware development.
EFFECT: providing high velocities of a thrown armature and longevity of rail electrodes.
1 dwg
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