A new concept for compact autonomous completely explosive pulsed power systems is presented. This concept utilizes the physical effect of transverse shock wave demagnetization of Nd2Fe14B high-energy hard ferromagnets and magnetic flux compression. This compact pulsed power system contains two stages. The first stage is a high-power transverse shock wave ferromagnetic generator (FMG) that serves as a primary power source (seed source). The second stage is a compact magnetic flux compression generator (FCG) that serves as a pulsed power amplifier. Experimental data are presented for operation of a compact completely explosive system based on the FMG seed source and a helical FCG. ©2007 IEEE
Results of the investigation of the operation of explosive-driven high-voltage shock wave ferromagne...
An analytical model of the operation of recently invented ultracompact explosive-driven shock-wave f...
The authors are currently developing a high explosive pulsed power system concept that they call Ran...
The design and performance of a compact autonomous completely explosive pulsed power system based on...
A new design idea for a compact, autonomous, completely explosive pulsed power system is proposed. T...
A conventional pulsed power technology has been combined with an explosive pulsed power technology t...
Completely explosive pulsed power mini-systems based on the transverse shock wave ferromagnetic gene...
A new concept for constructing compact autonomous pulsed power systems is presented. This concept ut...
Comprehensive studies of explosively driven ferromagnetic generators (FMGs) have been performed. It ...
A new application of the effect of transverse-shock-wave demagnetization of Nd2Fe14B high-energy har...
Novel explosive and conventional pulsed-power technologies were combined, and a series of explosive-...
A compact explosively driven ferromagnetic generator (FMG) is developed for seed power source of hel...
A conventional pulsed power technology has been combined with an explosive pulsed power technology t...
Investigations of the magnetic phase state of Nd2Fe14B high-energy hard ferromagnets under the actio...
Systematic experimental studies and digital modeling of a two-stage, compact, completely explosive p...
Results of the investigation of the operation of explosive-driven high-voltage shock wave ferromagne...
An analytical model of the operation of recently invented ultracompact explosive-driven shock-wave f...
The authors are currently developing a high explosive pulsed power system concept that they call Ran...
The design and performance of a compact autonomous completely explosive pulsed power system based on...
A new design idea for a compact, autonomous, completely explosive pulsed power system is proposed. T...
A conventional pulsed power technology has been combined with an explosive pulsed power technology t...
Completely explosive pulsed power mini-systems based on the transverse shock wave ferromagnetic gene...
A new concept for constructing compact autonomous pulsed power systems is presented. This concept ut...
Comprehensive studies of explosively driven ferromagnetic generators (FMGs) have been performed. It ...
A new application of the effect of transverse-shock-wave demagnetization of Nd2Fe14B high-energy har...
Novel explosive and conventional pulsed-power technologies were combined, and a series of explosive-...
A compact explosively driven ferromagnetic generator (FMG) is developed for seed power source of hel...
A conventional pulsed power technology has been combined with an explosive pulsed power technology t...
Investigations of the magnetic phase state of Nd2Fe14B high-energy hard ferromagnets under the actio...
Systematic experimental studies and digital modeling of a two-stage, compact, completely explosive p...
Results of the investigation of the operation of explosive-driven high-voltage shock wave ferromagne...
An analytical model of the operation of recently invented ultracompact explosive-driven shock-wave f...
The authors are currently developing a high explosive pulsed power system concept that they call Ran...