| 摘要 |
FIELD: electricity.SUBSTANCE: method includes operations of magnetic flow introduction, capture of magnetic flow at the moment of time corresponding to the start of deformation of the primary circuit, deformation of the primary circuit of a current conductor with the help of energy of explosives, compression and displacement of the magnetic flow in the primary circuit from the working part into the loading one, and simultaneous transformation of the magnetic flow into the secondary circuit. In the secondary circuit during deformation of the primary circuit additionally a flow of mutual indication is excited, directed oppositely to the initially introduced flow. At the same time, according to this invention, the operation of magnetic flow introduction is carried out into the secondary circuit with the primary one open, and at the moment of time corresponding to the start of deformation of the primary circuit, the primary circuit is closed, and the magnetic flow introduced into the secondary circuit is captured, at the same time previously the inductive link is established between the zone of transformation and the working zone, at the moment of time corresponding to the completion of deformation of the working zone, the magnetic flow is dissipated in the material of the current conductor in the working zone, EMF is induced, as well as current in the loading circuit, thanks to inductive link of the working area and the zone of transformation, thus increasing energy transfer.EFFECT: considerable increase of energy transfer coefficient from the primary circuit into a load of the secondary circuit with simultaneous reduction of device dimensions for implementation of this method, increase of its cost-effectiveness.1 dwg |
