A. I. Kuzyaev - IEEE Xplore Author Profile
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A. I. Kuzyaev

Also published under: A. K. Kuzyaev

Publications
13
Citations
41
Publications by Year
19912004
Co-Authors:
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A. I. Kuzyaev

Also published under: A. K. Kuzyaev

Affiliation

All-Russian Scientific슠Research슠Institute of Experimental Physics슠, Nizhny Novgorod, Russia

Publication Topics

Biography

A. I. Kuzyaev, photograph and biography not available at the time of publication.(Based on document published on 25 October 2004).
Publications
13
Citations
41
Publications by Year
19912004
Co-Authors:
Show All Co-Authors (81)
Author's Published Works

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Results of a 100-megaampere liner implosion experiment

R.J. Faehl;B.G. Anderson;D.A. Clark;C.A. Ekdahl;J.H. Goforth;I.R. Lindemuth;R.E. Reinovsky;P.T. Sheehey;T. Peterson;L.J. Tabaka;V.K. Chernyshev;V.N. Mokhov;V.N. Buzin;O.M. Burenkov;A.M. Buyko;V.V. Vakhrushev;S.F. Garanin;B.E. Grinevich;G.G. Ivanova;V.A. Demidov;V.I. Dudoladov;V.V. Zmushko;A.I. Kuzyaev;A.I. Kucherov;B.M. Lovyagin;P.N. Nizovtsev;A.A. Petrukhin;A.I. Pishurov;V.N. Sofronov;S.S. Sokolov;V.P. Solovyev;A.I. Startsev;V.B. Yakubov;E.V. Gubkov

IEEE Transactions on Plasma Science
Year: 2004 | Volume: 32, Issue: 5 | Journal Article |
Cited by: Papers (14)
A very high-current liner implosion experiment was conducted, using an explosive magnetic-compression generator (EMG) to deliver a peak current of 102 /spl plusmn/ 3 MA, to implode a 4.0-mm-thick aluminum liner. Analysis of experimental data showed that the inner surface of the liner had attained a velocity of between 6.8-8.4 km/s, consistent with detailed numerical calculations. Both calculations...Show More

Results of a 100-megaampere liner implosion experiment

R.J. Faehl;B.G. Anderson;D.A. Clark;C.A. Ekdahl;J.H. Goforth;I.R. Lindemuth;R.E. Reinovsky;P.T. Sheehey;T. Peterson;L.J. Tabaka;V.K. Chernyshev;V.N. Mokhov;V.N. Buzin;O.M. Burenkov;A.M. Buyko;V.V. Vakhrushev;S.F. Garanin;B.E. Grinevich;G.G. Ivanova;V.A. Demidov;V.I. Dudoladov;V.V. Zmushko;A.I. Kuzyaev;A.I. Kucherov;B.M. Lovyagin;P.N. Nizovtsev;A.A. Petrukhin;A.I. Pishurov;V.N. Sofronov;S.S. Sokolov;V.P. Solovyev;A.I. Startsev;V.B. Yakubov;E.V. Gubkov

Year: 2004 | Volume: 32, Issue: 5 | Journal Article |

Experimental simulation of the energy parameters of the "Atlas" capacitor bank using a disk explosive-magnetic generator

A.M. Buyko;G.I. Volkov;Yu.N. Gorbachev;B.T. Yegorychev;V.V. Zmushko;V.A. Ivanov;G.G. Ivanova;A.I. Kuzyaev;A.A. Kulagin;V.N. Mokhov;V.V. Pavlii;S.V. Pak;A.A. Petrukhin;A.N. Skobelev;V.N. Sofronov;V.K. Chernyshev;V.B. Yakubov;B.G. Anderson;W.L. Atchison;D.A. Clark;R.J. Faehl;I.R. Lindemuth;R.E. Reinovsky;G. Rodrigues;J.L. Stokes;L.J. Tabaka

PPPS-2001 Pulsed Power Plasma Science 2001. 28th IEEE International Conference on Plasma Science and 13th IEEE International Pulsed Power Conference. Digest of Papers (Cat. No.01CH37251)
Year: 2001 | Conference Paper |
Cited by: Papers (2)
A joint US/Russian Advanced Liner Technology experiment ALT-1 was conducted to simulate the anticipated performance of the Atlas capacitor bank. A disk-explosive magnetic generator and foil opening switch were used to produce an electrical current waveform that reached a peak value of 32.5 MA and that imploded an aluminum liner to an inner surface velocity of 12 km/s.Show More

Experimental simulation of the energy parameters of the "Atlas" capacitor bank using a disk explosive-magnetic generator

A.M. Buyko;G.I. Volkov;Yu.N. Gorbachev;B.T. Yegorychev;V.V. Zmushko;V.A. Ivanov;G.G. Ivanova;A.I. Kuzyaev;A.A. Kulagin;V.N. Mokhov;V.V. Pavlii;S.V. Pak;A.A. Petrukhin;A.N. Skobelev;V.N. Sofronov;V.K. Chernyshev;V.B. Yakubov;B.G. Anderson;W.L. Atchison;D.A. Clark;R.J. Faehl;I.R. Lindemuth;R.E. Reinovsky;G. Rodrigues;J.L. Stokes;L.J. Tabaka

Year: 2001 | Volume: 1 | Conference Paper |

Diagnostic probes complex and implosive liners dynamical parameters recording methods

A.M. Buyko;B.E. Grinevich;V.K. Chernyshev;A.I. Kuzyaev;V.N. Mokhov;A.A. Petrukhin;V.B. Yakubov

12th International Conference on High-Power Particle Beams. BEAMS'98. Proceedings (Cat. No.98EX103)
Year: 1998 | Conference Paper |
During the last 20 years, VNIIEF has been studying the compression of liners accelerated under the effect of pressure by a powerful azimuth magnetic field formed by powerful explosive magnetic generators. The research is carried out in applications to create sources of soft X-rays of megajoule level and to obtain a hot thermonuclear plasma. During the experiments, condensed (speed-10 km/s) and pla...Show More

Diagnostic probes complex and implosive liners dynamical parameters recording methods

A.M. Buyko;B.E. Grinevich;V.K. Chernyshev;A.I. Kuzyaev;V.N. Mokhov;A.A. Petrukhin;V.B. Yakubov

Year: 1998 | Volume: 1 | Conference Paper |

The study of variable mass liner acceleration in order to create the source of soft X-rays

A.M. Bujko;V.K. Chernyshev;S.F. Garanin;Y.N. Gorbachev;V.A. Demidov;G.G. Ivanova;V.N. Kostyukov;S.D. Kuznetsov;A.I. Kuzyaev;A.B. Mezhevov;V.N. Mokhov;A.A. Petrukhin;V.N. Sofronov;A.I. Startsev;V.B. Yakubov;B.G. Anderson;C.A. Ekdahl;J.L. Kammerdiener;I.R. Lindemuth;R.E. Reinovsky;P.J. Rodriguez;L.R. Veeser;S.M. Younger;W.D. Zerwekh;D.A. Poling;R.C. Kirkpatirck;T.J. Englert;G.F. Kiuttu

12th International Conference on High-Power Particle Beams. BEAMS'98. Proceedings (Cat. No.98EX103)
Year: 1998 | Conference Paper |
High power pulsed energy sources are required to produce a large amount of X-rays. The leading role in creation of ultra-high power stationary machines belongs to the USA national laboratories. VNIIEF has made much progress in creation of ultra-high power explosive magnetic generators (EMG) of a single action, which allow experiments up to 200 MJ of the stored energy and up to 10/sup 13/ W of the ...Show More

The study of variable mass liner acceleration in order to create the source of soft X-rays

A.M. Bujko;V.K. Chernyshev;S.F. Garanin;Y.N. Gorbachev;V.A. Demidov;G.G. Ivanova;V.N. Kostyukov;S.D. Kuznetsov;A.I. Kuzyaev;A.B. Mezhevov;V.N. Mokhov;A.A. Petrukhin;V.N. Sofronov;A.I. Startsev;V.B. Yakubov;B.G. Anderson;C.A. Ekdahl;J.L. Kammerdiener;I.R. Lindemuth;R.E. Reinovsky;P.J. Rodriguez;L.R. Veeser;S.M. Younger;W.D. Zerwekh;D.A. Poling;R.C. Kirkpatirck;T.J. Englert;G.F. Kiuttu

Year: 1998 | Volume: 2 | Conference Paper |

Results of Russian/US high-performance DEMG experiment

A.M. Buyko;N.P. Bidylo;V.K. Chernyshev;V.A. Demidov;S.F. Garanin;V.N. Kostyukov;A.A. Kulagin;A.I. Kuzyaev;A.B. Mezhevov;V.N. Mokhov;E.S. Pavlovskiy;A.A. Petrukhin;V.B. Yakubov;B.T. Yegorychev;J.W. Canada;C.A. Ekdahl;J.H. Goforth;J.C. King;I.R. Lindemuth;R.E. Reinovsky;P. Rodriguez;R.C. Smith;L.R. Veeser;S.M. Younger

IEEE Transactions on Plasma Science
Year: 1997 | Volume: 25, Issue: 2 | Journal Article |
Cited by: Papers (3)
In November 1992, the All-Russian Scientific Research Institute of Experimental Physics (VNIIEF), Arzamas-16, Russia and the Los Alamos National Laboratory, Los Alamos NM, USA embarked on a historic effort to conduct a joint explosive pulse-power experiment. With the concurrence of the Ministry of Atomic Energy (Russia) and the Department of Energy (US), the two laboratories entered into a laborat...Show More

Results of Russian/US high-performance DEMG experiment

A.M. Buyko;N.P. Bidylo;V.K. Chernyshev;V.A. Demidov;S.F. Garanin;V.N. Kostyukov;A.A. Kulagin;A.I. Kuzyaev;A.B. Mezhevov;V.N. Mokhov;E.S. Pavlovskiy;A.A. Petrukhin;V.B. Yakubov;B.T. Yegorychev;J.W. Canada;C.A. Ekdahl;J.H. Goforth;J.C. King;I.R. Lindemuth;R.E. Reinovsky;P. Rodriguez;R.C. Smith;L.R. Veeser;S.M. Younger

Year: 1997 | Volume: 25, Issue: 2 | Journal Article |

High energy imploding liner experiment HEL-1: experimental results

D.A. Clark;B.G. Anderson;C.A. Ekdahl;R.J. Faehl;J.H. Goforth;I.R. Lindemuth;T.L. Petersen;R.E. Reinovsky;L.J. Tabaka;V.K. Chernyshev;V.N. Mokhov;V.N. Buzin;O.M. Byrenkov;A.M. Bujko;V.V. Vakhruchev;S.F. Garanin;B.E. Grinevich;Y.N. Gorbachov;E.B. Gubkov;B.A. Demidov;V.I. Dudoladov;V.V. Zmushko;A.I. Kuzyaev;A.I. Kucherov;B.M. Lovyagin;Y.I. Matsev;P.N. Nizovtsev;A.A. Petrukhin;A.I. Pishurov;S.S. Sokolov;V.P. Solovjov;A.I. Startsev;V.B. Yakubov

Digest of Technical Papers. 11th IEEE International Pulsed Power Conference (Cat. No.97CH36127)
Year: 1997 | Conference Paper |
Cited by: Papers (4)
The imploding liner is a cylinder of conducting material through which a current is passed in the longitudinal direction. Interaction of the current with its own magnetic field causes the liner to implode. In August, 1996, a high energy liner experiment (HEL-1) was conducted at the All-Russia Scientific Research Institute (VNIIEF) in Sarov, Russia. A 5 tier 1 meter diameter explosive disk generato...Show More

High energy imploding liner experiment HEL-1: experimental results

D.A. Clark;B.G. Anderson;C.A. Ekdahl;R.J. Faehl;J.H. Goforth;I.R. Lindemuth;T.L. Petersen;R.E. Reinovsky;L.J. Tabaka;V.K. Chernyshev;V.N. Mokhov;V.N. Buzin;O.M. Byrenkov;A.M. Bujko;V.V. Vakhruchev;S.F. Garanin;B.E. Grinevich;Y.N. Gorbachov;E.B. Gubkov;B.A. Demidov;V.I. Dudoladov;V.V. Zmushko;A.I. Kuzyaev;A.I. Kucherov;B.M. Lovyagin;Y.I. Matsev;P.N. Nizovtsev;A.A. Petrukhin;A.I. Pishurov;S.S. Sokolov;V.P. Solovjov;A.I. Startsev;V.B. Yakubov

Year: 1997 | Volume: 2 | Conference Paper |

Study of high-energy liner compression in HEL-1 experiment

V.K. Chernyshev;V.N. Mokhov;V.N. Buzin;O.M. Burenkov;A.M. Bujko;V.V. Vakhrushev;S.F. Garanin;B.E. Grinevich;Y.N. Gorbachev;V.A. Demidov;V.I. Dudoladov;V.V. Zmushko;A.I. Kuzyaev;A.I. Kucherov;B.M. Lovyagin;Y.I. Matsev;P.N. Nizovtsev;A.A. Petrukhin;A.I. Pishchurov;S.S. Sokolov;V.P. Solovjov;A.I. Startsev;V.B. Yakubov;B.G. Anderson;C.A. Ekdahl;D. Gofort;D. Clark;I.R. Lindemuth;R.E. Reinovsky;R. Fail;S.M. Younger

Digest of Technical Papers. 11th IEEE International Pulsed Power Conference (Cat. No.97CH36127)
Year: 1997 | Conference Paper |
Cited by: Papers (8)
The paper describes arrangement and the results of the first joint experiment between VNIIEF and LANL with explosive magnetic generators (EMG) of 1 m diameter and a nonevaporating liner. The experiment took place in August 22, 1996. The goal of the experiment was to accelerate magnetically cylindrical relatively thin aluminum liner and to get kinetic energy of 20 MJ or more. As the energy source f...Show More

Study of high-energy liner compression in HEL-1 experiment

V.K. Chernyshev;V.N. Mokhov;V.N. Buzin;O.M. Burenkov;A.M. Bujko;V.V. Vakhrushev;S.F. Garanin;B.E. Grinevich;Y.N. Gorbachev;V.A. Demidov;V.I. Dudoladov;V.V. Zmushko;A.I. Kuzyaev;A.I. Kucherov;B.M. Lovyagin;Y.I. Matsev;P.N. Nizovtsev;A.A. Petrukhin;A.I. Pishchurov;S.S. Sokolov;V.P. Solovjov;A.I. Startsev;V.B. Yakubov;B.G. Anderson;C.A. Ekdahl;D. Gofort;D. Clark;I.R. Lindemuth;R.E. Reinovsky;R. Fail;S.M. Younger

Year: 1997 | Volume: 1 | Conference Paper |

HEL-1: a DEMG based demonstration of solid liner implosions at 100 MA

R.E. Reinovsky;B.G. Anderson;D.A. Clark;C.A. Ekdahl;R.J. Faehl;J.H. Goforth;I.R. Lindemuth;T.L. Petersen;P.T. Sheehey;L.J. Tabaka;V.K. Chernyshev;V.N. Mokhov;V.N. Buzin;O.M. Byrenkov;A.M. Bujko;V.V. Vakhruchev;S.F. Garanin;B.E. Grinevich;Y.N. Gorbachev;E.V. Gubkov;V.A. Demidov;V.I. Dudoladov;V.V. Zmushko;A.I. Kuzyaev;A.I. Kucherov;B.M. Lovyagin;Y.I. Matsev;P.N. Nizovtsev;A.A. Petrukhin;A.I. Pishurov;S.S. Sokolov;V.P. Solovjov;A.I. Startsev;V.B. Yakubov

Digest of Technical Papers. 11th IEEE International Pulsed Power Conference (Cat. No.97CH36127)
Year: 1997 | Conference Paper |
Cited by: Papers (9)
In August 1997, the Los Alamos National Laboratory (LANL) and the All-Russian Scientific Research Institute of Experimental Physics (VNIIEF) conducted a joint experiment in Sarov, Russia to demonstrate the feasibility of applying explosive pulsed power technology to implode large scale, high velocity cylindrical liners. Kilogram mass metal liners imploding at velocities of 5-25 km/sec are useful s...Show More

HEL-1: a DEMG based demonstration of solid liner implosions at 100 MA

R.E. Reinovsky;B.G. Anderson;D.A. Clark;C.A. Ekdahl;R.J. Faehl;J.H. Goforth;I.R. Lindemuth;T.L. Petersen;P.T. Sheehey;L.J. Tabaka;V.K. Chernyshev;V.N. Mokhov;V.N. Buzin;O.M. Byrenkov;A.M. Bujko;V.V. Vakhruchev;S.F. Garanin;B.E. Grinevich;Y.N. Gorbachev;E.V. Gubkov;V.A. Demidov;V.I. Dudoladov;V.V. Zmushko;A.I. Kuzyaev;A.I. Kucherov;B.M. Lovyagin;Y.I. Matsev;P.N. Nizovtsev;A.A. Petrukhin;A.I. Pishurov;S.S. Sokolov;V.P. Solovjov;A.I. Startsev;V.B. Yakubov

Year: 1997 | Volume: 1 | Conference Paper |

Explosive magnetic source for high energy liner studying

V.K. Chernyshev;V.N. Mokhov;V.V. Vakhrushev;A.M. Buyko;B.E. Grinevich;A.I. Kucherov;A.A. Petrukhin;A.I. Kuzyaev;Yu.I. Matsev;A.I. Pishchurov

Digest of Technical Papers. 11th IEEE International Pulsed Power Conference (Cat. No.97CH36127)
Year: 1997 | Conference Paper |
The paper presents the experimental data analysis of a high-power disk explosive magnetic generator (DEMG) aimed to study the acceleration process and motion stability of bulk condensed liners with the multimegajoule range of the kinetic energy. Five module disk explosive magnetic generator (DEMG), having a diameter of disk elements of 100 cm, powering a quasistationary inductive load with an init...Show More

Explosive magnetic source for high energy liner studying

V.K. Chernyshev;V.N. Mokhov;V.V. Vakhrushev;A.M. Buyko;B.E. Grinevich;A.I. Kucherov;A.A. Petrukhin;A.I. Kuzyaev;Yu.I. Matsev;A.I. Pishchurov

Year: 1997 | Volume: 2 | Conference Paper |

Investigation Of Liner Ponderomotor Units, Used As Drivers In Magnetic Implosion System

V.K. Chernyshev;V.N. Mokhov;M.S. Protaoov;V.B. Yakubov;A.A. Petrukhin;A.K. Kuzyaev;E.S. Pavlovskii;A.M. Buyko;B.E. Grinevitch;V.I. Mawyshev;V.V. Vakbrushev;V.A. Shevtsov;V.A. Demidov

Eighth IEEE International Conference on Pulsed Power
Year: 1991 | Conference Paper |
A system design for investigation of the feasibility of controlled inertial thermonuclear fusion (ITF), based on target implosion by fast-rising magnetic field was published in 1979. The base of this design became the realization of a powerful explosive-magnetic generator (EMG) of disc type by that time. Only the disc EMG capable to be employed as a current source for energy releasing unit - a pon...Show More

Investigation Of Liner Ponderomotor Units, Used As Drivers In Magnetic Implosion System

V.K. Chernyshev;V.N. Mokhov;M.S. Protaoov;V.B. Yakubov;A.A. Petrukhin;A.K. Kuzyaev;E.S. Pavlovskii;A.M. Buyko;B.E. Grinevitch;V.I. Mawyshev;V.V. Vakbrushev;V.A. Shevtsov;V.A. Demidov

Year: 1991 | Conference Paper |

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