Author details
Author's Published Works
Author details
Showing 1-8 of 8 results
- Sort
Filter Results
Show
Sort By
Results
Results of the first experimental series on X-ray radiation generation at multi-wire liners implosion, powered from magnetocumulative current generators
V. D. Selemir;V. A. Demidov;A. V. Ivanovsky;V. F. Ermolovich;G. M. Spirov;P. B. Repin;I.V. Pikulin;A. A. Volkov;A. P. Orlov;A. S. Boriskin;O. M. Tatsenko;S. A. Kazakov;V. T. Selyavsky;E. V. Shapovalov;P. L. Usenko;B. P. Giterman;Yu. V. Vlasov;P. S. Dydykin;V. I. Karelin;E. A. Ryaslov;D. V. Kotelnikov;P. V. Duday;S. V. Gaidash
2004 International Conference on High-Power Particle Beams (BEAMS 2004)
Year: 2004 | Conference Paper |
Results of four explosive Z-pinch experiments with multi-wire liner powering with current of 2÷3 MA and current rise time of ~0.4μs from magneto cumulative generator MCG-100 with explosive current opening switch, are presented. Temperature of the pinch plasma was 28 ... 30 eV, and total energy of X-ray radiation was ~30 kJ.Show More
Results of the first experimental series on X-ray radiation generation at multi-wire liners implosion, powered from magnetocumulative current generators
V. D. Selemir;V. A. Demidov;A. V. Ivanovsky;V. F. Ermolovich;G. M. Spirov;P. B. Repin;I.V. Pikulin;A. A. Volkov;A. P. Orlov;A. S. Boriskin;O. M. Tatsenko;S. A. Kazakov;V. T. Selyavsky;E. V. Shapovalov;P. L. Usenko;B. P. Giterman;Yu. V. Vlasov;P. S. Dydykin;V. I. Karelin;E. A. Ryaslov;D. V. Kotelnikov;P. V. Duday;S. V. Gaidash
Year: 2004 | Conference Paper |
Registration of spatial-temporal parameters of discharged plasma in explosive experiments MAGO
A.A. Volkov;P.L. Usenko;A.N. Demin;V.I. Mamyshev;A.N. Subbotin;V.P. Korchagin
Summary form only given, as follows. The systems with compression of magnetized heated plasma (MAGO/MTF) are promising regarding the achievement of the thermonuclear fusion threshold. A version of this system has been realized in VNIIEF where a dense high temperature DT-plasma was obtained with the lifetime of some microseconds, being a source of high-power neutrons and X-ray pulses. The research ...Show More
Methods of parameters diagnostics of multifunctional electrophysical explosive complex "EMIR"
A.A. Volkov;V.D. Selemir;V.V. Borovkov;V.A. Demidov;V. Ivanovskiy;V.G. Kornilov;A.M. Moiseenko;N.V. Stepanov;O.M. Tatsenko;P.L. Usenko;V.I. Chelpanov
Summary form only given, as follows. For future research in the area of thermonuclear fusion and high energy density physics VNIIEF is performing the development of the multifunctional electrophysical explosive complex "EMIR". It is supposed that with the use of this complex the conditions of thermonuclear ignition in high-temperature plasma (/spl sim/0.3 keV) with a lifetime of about several nano...Show More
Registration of plasma spatial-temporal parameters in explosive experiments MAGO
A. Volkov;P. Usenko;S. Garanin;A. Demin;V. Mamyshev;A. Subbotin;V. Korchagin
The systems with compression of preheated magnetized plasma (MAGO/MTF) are promising regarding the achievement of the thermonuclear fusion threshold. A version of this system has been realized in VNIIEF where a dense high temperature DT-plasma was obtained with a lifetime of few microseconds, being a source of high power neutron and X-ray pulses. For diagnostics a research method for spatial-tempo...Show More
Methods for parameters diagnostics of multifunctional electrophysical explosive complex "EMIR"
V. Selemir;V. Borovkov;A. Volkov;V. Demidov;A. Ivanovskiy;V. Kornilov;A. Moiseenko;N. Stepanov;O. Tatsenko;P. Usenko;V. Chelpanov
For future research in the area of thermonuclear fusion and physics of high-energy-density VNIIEF is conducting the development of the multifunctional electrophysical explosive complex "EMIR". It is supposed, that with the use of this complex the conditions of thermonuclear ignition in high temperature plasma (/spl sim/0.3 keV) with a lifetime about several nanoseconds, forming during the electrod...Show More
The experimental study of plasma parameters in MAGO chamber
V.K. Chernyshev;A.N. Demin;Yu.N. Dolin;V.I. Dudin;V.P. Korchagin;I.V. Morozov;A.N. Subbotin;G.I. Volkov;P.L. Usenko
12th International Conference on High-Power Particle Beams. BEAMS'98. Proceedings (Cat. No.98EX103)
Year: 1998 | Conference Paper |
In the experiments, the MAGO chamber was used, for the present, only as a device intended for plasma preliminary heating. The explosive magnetic generators with a stored energy of 1-10 MJ are used in the experiments as the sources of electromagnetic energy. The explosive magnetic generators (EMG) are the superpower sources of electric energy. The use of the explosive energy allows one to realize t...Show More
MHD-nozzle device as a thermonuclear target in MAGO/MTF concept
A.N. Demin;V.K. Chernyshev;V.P. Korchagin;V.N. Mokhov;V.A. Ivanov;S.V. Pak;V.B. Yakubov;S.F. Garanin;V.I. Mamyshev;S.D. Kuznetsov;A.N. Subbotin;O.M. Burencov;Y.N. Dolin;V.I. Dudin;I.V. Morozov;A.A. Volkov;S.V. Trusilo;P.L. Usenko;A.N. Skobelev;V.I. Shpagin
12th International Conference on High-Power Particle Beams. BEAMS'98. Proceedings (Cat. No.98EX103)
Year: 1998 | Conference Paper |
Cited by: Papers (1)
Describes the MAGO-MTF (magnetised target fusion) approach to fusion energy using a MHD-nozzle device as the thermonuclear target. In MAGO-MTF, thermonuclear reaction ignition has two stages: 1) heated magnetized plasma formation; and 2) adiabatic compression of the obtained plasma and the achievement of thermonuclear reaction burning conditions. The formation of plasma with definite temperature a...Show More
MHD-nozzle device as a thermonuclear target in MAGO/MTF concept
A.N. Demin;V.K. Chernyshev;V.P. Korchagin;V.N. Mokhov;V.A. Ivanov;S.V. Pak;V.B. Yakubov;S.F. Garanin;V.I. Mamyshev;S.D. Kuznetsov;A.N. Subbotin;O.M. Burencov;Y.N. Dolin;V.I. Dudin;I.V. Morozov;A.A. Volkov;S.V. Trusilo;P.L. Usenko;A.N. Skobelev;V.I. Shpagin
Diagnostics of the soft X-ray emission in a plasma focus device
Digest of Technical Papers. 11th IEEE International Pulsed Power Conference (Cat. No.97CH36127)
Year: 1997 | Conference Paper |
Experimental results of the soft X-ray spectra investigation from a hot plasma produced by impulse discharge of a dense plasma focus in pure neon are presented. The spectral-energy characteristics of X-ray emission were measured in the photon energy range of 0.5-5.0 keV with the help of thin absorber filters set and silicon semiconductor p-i-n detectors SPPD11-04. A study was made at the filling g...Show More
IEEE Account
Purchase Details
Profile Information
Need Help?
- US & Canada: +1 800 678 4333
- Worldwide: +1 732 981 0060
- Contact & Support
- About IEEE Xplore
- Contact Us
- Help
- Accessibility
- Terms of Use
- Nondiscrimination Policy
- Sitemap
- Privacy & Opting Out of Cookies
A not-for-profit organization, IEEE is the world's largest technical professional organization dedicated to advancing technology for the benefit of humanity.
© Copyright 2025 IEEE - All rights reserved. Use of this web site signifies your agreement to the terms and conditions.