Title :
1 MJ electromagnetic compressor of a strip type with electrical current output into a loading
Author :
Lototskiy, Alexey P. ; Grabovskiy, Ugeni V. ; Bakhtin, Vitaly P. ; Efremov, Nikolay M. ; Krylov, Mikhail K. ; Homutinnikov, Georgi N. ; Umrikhin, Nikolay M. ; Galanin, Mikhail P. ; Rodin, Aleksandr S.
Author_Institution :
SRC RF TRINITI, Moscow, Russia
Abstract :
Two series of experiments on the magnetic compressor (MC): with magnetic flow compression and electrical current output in the external loading are carried out. A megajoule capacitor battery is used as primary source of energy. The deformation dynamics of the liner material consisting of two flat plates, accelerated towards each other is investigated. The new scheme of electromagnetic acceleration, which automatically creates a magnetic flow in a compression zone, is used. At velocity of plates of 1 km/s the output electrical current of MC exceeds 4 MA. The results of modeling coincide with the experiment data with satisfactory accuracy. The MC device is intended for a power amplification of the inductive store of installation “MOL”.
Keywords :
capacitor storage; compressors; deformation; electromagnetic devices; inductive energy storage; power amplifiers; MC; MOL installation; current 4 MA; deformation dynamics; electromagnetic acceleration; electromagnetic compressor; energy 1 MJ; flat plate; inductive store; liner material; magnetic flow compression; megajoule capacitor battery; power amplification; strip type electrical current output; Acceleration; Cavity resonators; Coils; Electromagnetics; Loading; Magnetic fields; Strips; acceleration; edges deformation; magnetic flow; peaking current; strip liner;
Conference_Titel :
Magnetic Field Generation and Related Topics (MEGAGUSS), 2012 14th International Conference on Megagauss
Conference_Location :
Maui, HI
Print_ISBN :
978-1-4673-5719-7
DOI :
10.1109/MEGAGAUSS.2012.6781428
