Abstract
The results of calculating the combined effects of intense laer beams and plasma jets on a cylindrical target located in external magnetic field are presented. Parameters of compressed plasma are demonstrated and the capability to create neutron source with combined scheme—the number of neutrons per unit length N fus ≈ 1015 n · cm−1 by the time the exposure is completed, is shown. The conclusion is drawn about the prospects of the combined use of laser radiation and pulsed jets in interaction with a magnetized target.
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