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Helical magnetic flux compression generators (HMFCG) driven by high explosive are widely used in a variety of high- energy and high current applications, especially in a single shot at remote location applications. General principles of HMFCG are reasonably well documented, R&D of an HMFCG has been got a great achievement. However the desire to design an HMFCG with a higher efficiency is still...
Two approaches to enhance the output power and current of a flux trapping two staged HMFCG are proposed. Influences of these efforts on its performance is analyzed systematically by using code MFCG-IV, which is a 2D MHD code used to model the dynamic behavior of magnetic flux compression generators with helically wound coils. A series of models have been simulated and analyzed. Simulation results...
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