Some pioneering research in laboratory simulation of scaled astrophysical phenomena by Russian physicists

Abstract

The review about the problems of astrophysical phenomena pioneering researching by Russian recognized physicists – S.Anisimov, I.V.Minin, O.V.Minin, V.F.Minin and A.Velikovich - is carried out. For the first time, a mode of hypercumulative collapse of a conical cavity was proposed for the formation of an ultra-high-speed plasma jet. The description of “cumulative plasma jets” is presented. The main parameters of the cumulative plasma jet and the results of laboratory studies on the creation of a hyper cumulative plasma jet are described. It was shown that the proposed mechanism allows one to obtain record characteristics of such a jet, which have not been surpassed so far. Test data description of the numerical simulation of the inter action between plungers and a conic cavity on the explosive initiation of the D-D reaction with the aid of aluminum plungers is discussed. The mechanisms of the plunger surface acceleration are described. The generation of the Mach configuration of shock waves in the target was also used for the explosive production of wurtzite with a record yield of the mass of the synthesized material and to focusing of the shock waves in water using plane diffractive optics.

Optical Super‐Resonances in Mesoscale Dielectric Cenosphere: Giant Magnetic Field Generations

“…The methods of the magnetic fields generation (including laser light interaction with a conical target for plasma jet formation in a hypercumulative mode) up to ≈100 MGaus, higher than that in flux-compression generators, were discussed in Refs. [12][13][14][15]. The history of high magnetic field generation are reviewed in Refs.…”

Optical Super‐Resonances in Mesoscale Dielectric Cenosphere: Giant Magnetic Field Generations

“…Minin began work on the generation of megagauss magnetic fields and electromagnetic acceleration of microparticles up to several km/s. The methods of the magnetic fields generation (including laser light interaction with a conical target for plasma jet formation in a hypercumulative mode) up to about 100 MG, higher than that in flux-compression generators, were discussed in [12][13][14][15]. The history of high magnetic field generation are reviewed in [5,11,16,17].…”