Author details
Author's Published Works
Scheduled Maintenance on Monday 1/13/2025
Single article sales and account management will be unavailable from 5:00 AM - 7:00 PM ET (09:00 - 23:00 UTC). We apologize for the inconvenience.
Author details
Showing 1-25 of 42 results
- Sort
Filter Results
Show
Sort By
Results
Explosive magnetic liner devices to produce shock pressures up to 3 TPa
A.M. Buyko;S.F. Garanin;Yu N. Gorbachev;G.G Ivanova;A.V. Ivanovsky;I.V. Morozova;V.N. Mokhov;A.A. Petrukhin;V.N. Sofronov;V.B. Yakubov;W.L. Atchison;R.E. Reinovsky
The paper discusses devices with a Disk Explosive Magnetic flux compression Generator (DEMG), which are similar to the ALT-1,2 experimental devices and are intended for testing the possibility of producing 1-3 TPa (10-30 Mbar) pressures and the possibility of measuring Hugoniots of different materials at such pressures. It is expected that two-layer, cylindrical liners, Al+Fe and/or Al+W, will be ...Show More
Experimental Test Bench on the Basis of Helical EMG to Study Spallation Mechanisms in Cylindrical Geometry
S.V. Balashov;P.V. Duday;B.T. Egorychev;A.M. Glybin;Yu.N. Gorbachev;V.A. Ivanov;A.V. Ivanovsky;N.Yu. Ilyushkina;G.V. Karpov;V.E. Kolomyitsev;A.I. Krayev;V.B. Kudel'kin;A.I. Kuzyayev;I.V. Morozov;S.S. Nadezhin;S.V. Pak;A.A. Petrukhin;Yu.V. Savtsova;N.I. Sitnikova;A.N. Skobelev;O.A. Tyupanova;V.A. Vasyukov;G.I. Volkov;R.R. Zubayerova;B.G. Anderson;W.L. Atchison;A.M. Kaul;M. Salazar;G. Rodriguez;R.E. Reinovsky;L. Tabaka;D.T. Westley
2006 IEEE International Conference on Megagauss Magnetic Field Generation and Related Topics
Year: 2006 | Conference Paper |
Cited by: Papers (3)
The paper presents the results of application of the explosive magnetic pulsed power source (EMPPS), in the first experiments studying the spallation mechanisms of the solid substances damage under conditions of converging axisymmetric geometry of loading of samples by the impact of the cylindrical liner driven to a velocity of 0,2-1 km/s.Show More
Experimental Test Bench on the Basis of Helical EMG to Study Spallation Mechanisms in Cylindrical Geometry
S.V. Balashov;P.V. Duday;B.T. Egorychev;A.M. Glybin;Yu.N. Gorbachev;V.A. Ivanov;A.V. Ivanovsky;N.Yu. Ilyushkina;G.V. Karpov;V.E. Kolomyitsev;A.I. Krayev;V.B. Kudel'kin;A.I. Kuzyayev;I.V. Morozov;S.S. Nadezhin;S.V. Pak;A.A. Petrukhin;Yu.V. Savtsova;N.I. Sitnikova;A.N. Skobelev;O.A. Tyupanova;V.A. Vasyukov;G.I. Volkov;R.R. Zubayerova;B.G. Anderson;W.L. Atchison;A.M. Kaul;M. Salazar;G. Rodriguez;R.E. Reinovsky;L. Tabaka;D.T. Westley
Year: 2006 | Conference Paper |
Quasi-Trapezoidal Shape Current Pulse Former Experimental Series ≪≪R-Damage≫≫
P.V. Duday;A.M. Glybin;V.A. Ivanov;I. Izutov;G.V. Karpov;A.I. Kuzyayev;I.V. Morozov;S.V. Pak;A.A. Petrukhin;A.N. Skobelev;G.I. Volkov
2006 IEEE International Conference on Megagauss Magnetic Field Generation and Related Topics
Year: 2006 | Conference Paper |
Cited by: Papers (2)
The design and the results of testing of an explosive device forming a current pulse of quasi-trapezoidal shape with the given amplitude and duration in the liner load are presented. A need for such devices was caused by a necessity to compare the experimental data obtained on the gas guns with the results of the experiments with a magnetic drive of the liners under the effect of current flowing t...Show More
Investigation of Solid Quasi-Spherical Liner Implosion Using Diagnostic Test Stand and Helical Explosive Magnetic Generator as a Pulsed Power Source
Boris T. Egorychev;Dmitry V. Avdeev;Viktor V. Avdoshin;Anatoly M. Buyko;Gennady I. Volkov;Aleksey M. Glybin;Andrey V. Ivanovsky;Vitaly A. Ivanov;Yevgeny I. Ivanov;Andrey I. Krayev;Valery B. Kudelkin;Anatoly I. Kuzyayev;Ivan V. Morozov;Semen V. Pak;Sergey M. Polyushko;Aleksandr A. Petrukhin;Anatoly A. Savosin;Aleksandr N. Skobelev;Vladimir K. Chernyshev;Vladimir I. Shpagin;Aleksey A. Zimenkov;Walter L. Atchison;Rickey J. Faehl
2006 IEEE International Conference on Megagauss Magnetic Field Generation and Related Topics
Year: 2006 | Conference Paper |
Cited by: Papers (1)
This paper studied the process of implosion of the solid quasi-spherical liner driven by the axial magnetic field generated by the pulsed power source. In the experiment the pulsed power source comprising the helical EMG, the current opening switch and the transmission line provided the current pulse of 13 MA with the rise time of ~10 mus in the liner load. Two radiographic images of the quasi-sph...Show More
Investigation of Solid Quasi-Spherical Liner Implosion Using Diagnostic Test Stand and Helical Explosive Magnetic Generator as a Pulsed Power Source
Boris T. Egorychev;Dmitry V. Avdeev;Viktor V. Avdoshin;Anatoly M. Buyko;Gennady I. Volkov;Aleksey M. Glybin;Andrey V. Ivanovsky;Vitaly A. Ivanov;Yevgeny I. Ivanov;Andrey I. Krayev;Valery B. Kudelkin;Anatoly I. Kuzyayev;Ivan V. Morozov;Semen V. Pak;Sergey M. Polyushko;Aleksandr A. Petrukhin;Anatoly A. Savosin;Aleksandr N. Skobelev;Vladimir K. Chernyshev;Vladimir I. Shpagin;Aleksey A. Zimenkov;Walter L. Atchison;Rickey J. Faehl
Year: 2006 | Conference Paper |
A Series of Joint VNIIEF/LANL Explosive Magnetic Experiments RHSR-0,1,2 on Radiographic Study of Perturbations Growth at a Copper Liner Boundary with Polyethylene or Water
Vladimir A. Arinin;Vladislav N. Buyko;Oleg M. Burenkov;Boris T. Yegorychev;Vladimir A. Vasyukov;Yuriy N. Gorbachev;Vadim V. Zmushko;Galina G. Ivanova;Andrey V. Ivanovskiy;Anatoliy I. Kuzyayev;Alexander A. Kulagin;Ivan V. Morozov;Vladislav N. Mokhov;Sergey S. Nadezhin;Piotr N. Nizovtsev;Vladimir V. Pavliy;Semen V. Pak;Grigoriy A. Polienko;Alexander A. Petrukhin;Alexander I. Startsev;Alexander N. Skobelev;Nadezhda V. Sokolova;Sergey S. Sokolov;Vyacheslav P. Soloviev;Vasiliy N. Sofronov;E. S. Khoroshailo;Tamara I. Chaika;Valeriy B. Yakubov;Brodie G. Anderson;Walter L. Atchison;Rickey J. Faehl;Irvin R. Lindemuth;Quinn McCulloch;Russell T. Olson;David M. Oro;Robert E. Reinovsky;George Rodriguez;John L. Stokes;Leonard J. Tabaka;Darin T. Westley
In the three joint VNIIEF/LANL experiments RHSR-0,1,2 with a disk EMG and a three-layer liner system (Al-dielectric-Cu) a method of radial radiography was used to study growth of perturbations amplitude at the boundary between copper layer and polyethylene (in experiments RHSR-0,1) and water (in experiment RHSR-2); the growth occurs during the evolution of the Raleigh-Taylor instability of this bo...Show More
A Series of Joint VNIIEF/LANL Explosive Magnetic Experiments RHSR-0,1,2 on Radiographic Study of Perturbations Growth at a Copper Liner Boundary with Polyethylene or Water
Vladimir A. Arinin;Vladislav N. Buyko;Oleg M. Burenkov;Boris T. Yegorychev;Vladimir A. Vasyukov;Yuriy N. Gorbachev;Vadim V. Zmushko;Galina G. Ivanova;Andrey V. Ivanovskiy;Anatoliy I. Kuzyayev;Alexander A. Kulagin;Ivan V. Morozov;Vladislav N. Mokhov;Sergey S. Nadezhin;Piotr N. Nizovtsev;Vladimir V. Pavliy;Semen V. Pak;Grigoriy A. Polienko;Alexander A. Petrukhin;Alexander I. Startsev;Alexander N. Skobelev;Nadezhda V. Sokolova;Sergey S. Sokolov;Vyacheslav P. Soloviev;Vasiliy N. Sofronov;E. S. Khoroshailo;Tamara I. Chaika;Valeriy B. Yakubov;Brodie G. Anderson;Walter L. Atchison;Rickey J. Faehl;Irvin R. Lindemuth;Quinn McCulloch;Russell T. Olson;David M. Oro;Robert E. Reinovsky;George Rodriguez;John L. Stokes;Leonard J. Tabaka;Darin T. Westley
Year: 2005 | Conference Paper |
Explosive Magnetic Device with a Three-Layered Liner for Radiographic Study of Dynamic Strength of Materials
Anatoliy M. Buyko;Yuriy N. Gorbachev;Anatoliy I. Kuzyayev;Vladislav N. Mokhov;Vladimir A. Pavliy;Alexander A. Petrukhin;Valeriy B. Yakubov;Walter L. Atchison;Irvin R. Lindemuth;Robert E. Reinovsky
This paper presents the construction-technology schematic of the device comprising the helical and disk EMGs with a three-layered cylindrical liner (Al-dielectric-Cu) designed for experiments RHSR-0,1,2 at the current of 33-35 MA. Polyethylene or water was used as a dielectric layer. The experiments tested successfully the idea to study the dynamic strength of materials by X-raying the growth of a...Show More
Explosive Magnetic Device with a Three-Layered Liner for Radiographic Study of Dynamic Strength of Materials
Anatoliy M. Buyko;Yuriy N. Gorbachev;Anatoliy I. Kuzyayev;Vladislav N. Mokhov;Vladimir A. Pavliy;Alexander A. Petrukhin;Valeriy B. Yakubov;Walter L. Atchison;Irvin R. Lindemuth;Robert E. Reinovsky
Year: 2005 | Conference Paper |
Radiographing the High-Speed Implosion of Condensed Liner at 35 MA Current Prodused by Explosive Magnetic Generator
A.M. Buyko;O.M. Burenkov;V.A. Vasyukov;Y.N. Gorbachev;A.V. Ivanovsky;A.I. Kusyayev;A.A. Kulagin;S.A. Leschev;V.N. Mokhov;A.A. Petrukhin;G.A. Poliyenko;V.A. Tatarin;B.G. Anderson;W.L. Atchison;R.E. Reinovsky;R.T. Olson
2005 IEEE Pulsed Power Conference
Year: 2005 | Conference Paper |
The high-speed implosion of a condensed liner is an efficient method to achieve the state of substance characterized by high energy density, temperature and pressure. The experimental procedure for radiographing the perturbations growing in the cylindrical aluminum liner having the walls 2 mm thick, which is imploded under the effect of 35 MA pulses produced by high-power explosive magnetic disk g...Show More
Radiographing the High-Speed Implosion of Condensed Liner at 35 MA Current Prodused by Explosive Magnetic Generator
A.M. Buyko;O.M. Burenkov;V.A. Vasyukov;Y.N. Gorbachev;A.V. Ivanovsky;A.I. Kusyayev;A.A. Kulagin;S.A. Leschev;V.N. Mokhov;A.A. Petrukhin;G.A. Poliyenko;V.A. Tatarin;B.G. Anderson;W.L. Atchison;R.E. Reinovsky;R.T. Olson
Year: 2005 | Conference Paper |
Dynamic Copper and Polyethylene Strengths in Shockless Loading to 15 GPA According to the Data of Explosive Magnetic Experiments with Cylindrical Three-Layer Liner Systems
A.M. Buyko;V.V. Zmushko;V.N. Mokhov;S.S. Nadezhin;P.N. Nizovtsev;A.A. Petrukhin;V.P. Solovyev;V.B. Yakubov;W.L. Atchison;R.E. Reinovsky
This paper presents the computational analysis of an experimental three-layer liner system, Al-polyethylene-Cu and Al-water-Cu, designed for the study of dynamic strength of low-density and high-density materials using the perturbation growth caused by the Rayleigh-Taylor instability. Copper and polyethylene dynamic strength models developed by VNIIEF are used. Comparison between computations and ...Show More
Dynamic Copper and Polyethylene Strengths in Shockless Loading to 15 GPA According to the Data of Explosive Magnetic Experiments with Cylindrical Three-Layer Liner Systems
A.M. Buyko;V.V. Zmushko;V.N. Mokhov;S.S. Nadezhin;P.N. Nizovtsev;A.A. Petrukhin;V.P. Solovyev;V.B. Yakubov;W.L. Atchison;R.E. Reinovsky
Year: 2005 | Conference Paper |
Electrodynamical Way of Protection from Explosion
L.P. Babich;B.A. Boyko;A.V. Ivanovsky;A.A. Petrukhin;I.V. Shestakova
2005 IEEE Pulsed Power Conference
Year: 2005 | Conference Paper |
The capabilities are presented of a new way of active protection from explosion effects on the people, buildings and industrial equipment. Unlike to the conventional absolutely mechanical ways of the protection the new one combines mechanical and electrical elements. It is based on the well-known magnetic cumulation effect allowing conversing the explosion product kinetic energy in the electromagn...Show More
On the possibility of experimental studies of dynamic material strength according to perturbation growth in magnetically driven layered liner systems
Anatoliy M. Buyko;Oleg M. Burenkov;Vladimir A. Vasyukov;Yuriy N. Gorbachev;Vadim V. Zmushko;Galina G. Ivanova;Andrey V. Ivanovsky;Anatoliy I. Kuzyayev;Vladislav N. Mokhov;Sergey S. Nadezhin;Piotr N. Nizovtsev;Vladimir V. Pavliy;Grigoriy A. Polienko;Alexander A. Petrukhin;Alexander I. Startsev;Nadezhda V. Sokolova;Sergey S. Sokolov;Vyacheslav P. Soloviev;Vasiliy N. Sofronov;Tamara I. Chaika;Valeriy B. Yakubov;Walter L. Atchison;Rickey 1. Faehl;Irvin R. Lindemuth;Robert E. Reinovsky
2004 International Conference on High-Power Particle Beams (BEAMS 2004)
Year: 2004 | Conference Paper |
Cited by: Papers (1)
Explosive magnetic experiments RHSR-l,2 confirmed the designed characteristics of three-layered liner systems (Al-H2O-Cu) and practicability of using water as a medium weakly inhibiting perturbation growth of the liners as opposed to polyethylene that in the experiment RHSR-l showed a high yield strength, ~ 10-20 times higher than the quasi-static one. The paper presents calculations of liners use...Show More
On the possibility of experimental studies of dynamic material strength according to perturbation growth in magnetically driven layered liner systems
Anatoliy M. Buyko;Oleg M. Burenkov;Vladimir A. Vasyukov;Yuriy N. Gorbachev;Vadim V. Zmushko;Galina G. Ivanova;Andrey V. Ivanovsky;Anatoliy I. Kuzyayev;Vladislav N. Mokhov;Sergey S. Nadezhin;Piotr N. Nizovtsev;Vladimir V. Pavliy;Grigoriy A. Polienko;Alexander A. Petrukhin;Alexander I. Startsev;Nadezhda V. Sokolova;Sergey S. Sokolov;Vyacheslav P. Soloviev;Vasiliy N. Sofronov;Tamara I. Chaika;Valeriy B. Yakubov;Walter L. Atchison;Rickey 1. Faehl;Irvin R. Lindemuth;Robert E. Reinovsky
Year: 2004 | Conference Paper |
Radiographing the high-speed implosion of condensed liner at 35 MA current produced by explosive magnetic generator
A. M. Buyko;O. M. Burenkov;V. A. Vasyukov;Y. N. Gorbachev;A. V. Ivanovsky;A. I. Kusyayev;A. A. Kulagin;S. A. Leschev;V. N. Mokhov;A. A. Petrukhin;G. A. Polienko;V. A. Tatarin;B. G. Anderson;W. L. Atchison;R. E. Reinovsky;R. T. Olson
2004 International Conference on High-Power Particle Beams (BEAMS 2004)
Year: 2004 | Conference Paper |
The high-speed implosion of a condensed liner is an efficient method to achieve the state of substance characterized by high energy density, temperature, pressure and substance density. The experimental procedure for radiographing the perturbations growing in the cylindrical aluminum liner having the walls 2 mm thick, which is imploded under the effect of 35 MA pulses produced by high-power explos...Show More
Radiographing the high-speed implosion of condensed liner at 35 MA current produced by explosive magnetic generator
A. M. Buyko;O. M. Burenkov;V. A. Vasyukov;Y. N. Gorbachev;A. V. Ivanovsky;A. I. Kusyayev;A. A. Kulagin;S. A. Leschev;V. N. Mokhov;A. A. Petrukhin;G. A. Polienko;V. A. Tatarin;B. G. Anderson;W. L. Atchison;R. E. Reinovsky;R. T. Olson
Year: 2004 | Conference Paper |
A series of joint VNIIEF/LANL explosive magnetic experiments RHSR-0, 1, 2 on radiographic study of perturbations growth at a copper liner boundary with polyethylene or water
Vladimir A. Arinin;Anatoliy M. Buyko;Oleg M. Burenkov;Boris T. Yegorychev;Vladimir A. Vasyukov;Yuriy N. Gorbachev;Vadim V. Zmushko;Galina O. Ivanova;Andrey V. Ivanovsky;Anatoliy I. Kuzyayev;Alexander A. Kulagin;Ivan V. Morozov;Vladislav N. Mokhov;Sergey S. Nadezhin;Piotr N. Nizovtsev;Vladimir V. Pavliy;Semen V. Pak;Grigoriy A. Polienko;Alexander A. Petrukhin;Alexander I. Startsev;Alexander N. Skobelev;Nadezhda V. Sokolova;Sergey S. Sokolov;Vyacheslav P. Soloviev;Vasiliy N. Sofronov;E. S. Khoroshailo;Tamara I. Chaika;Valeriy B. Yakubov;Brodie G. Anderson;Walter L. Atchison;Rickey J. Faehl;Irvin R. Lindemuth;Quinn McCulloch;Russell T. Olson;David M. Oro;Robert E. Reinovsky;George Rodriguez;John L. Stokes;Leonard J. Tabaka;Darin T. Westley
2004 International Conference on High-Power Particle Beams (BEAMS 2004)
Year: 2004 | Conference Paper |
In the three joint VNIIEFILANL experiments RHSR-0, 1,2 with a disk EMG and a three-layer liner system (Al-dielectric-eu) a method of radial radiography was used to study growth of perturbations amplitude at the boundary between copper layer and polyethylene (in experiments RHSR-0, 1) and water (in experiment RHSR-2); the growth occurs during the evolution of the Raleigh-Taylor instability of this ...Show More
A series of joint VNIIEF/LANL explosive magnetic experiments RHSR-0, 1, 2 on radiographic study of perturbations growth at a copper liner boundary with polyethylene or water
Vladimir A. Arinin;Anatoliy M. Buyko;Oleg M. Burenkov;Boris T. Yegorychev;Vladimir A. Vasyukov;Yuriy N. Gorbachev;Vadim V. Zmushko;Galina O. Ivanova;Andrey V. Ivanovsky;Anatoliy I. Kuzyayev;Alexander A. Kulagin;Ivan V. Morozov;Vladislav N. Mokhov;Sergey S. Nadezhin;Piotr N. Nizovtsev;Vladimir V. Pavliy;Semen V. Pak;Grigoriy A. Polienko;Alexander A. Petrukhin;Alexander I. Startsev;Alexander N. Skobelev;Nadezhda V. Sokolova;Sergey S. Sokolov;Vyacheslav P. Soloviev;Vasiliy N. Sofronov;E. S. Khoroshailo;Tamara I. Chaika;Valeriy B. Yakubov;Brodie G. Anderson;Walter L. Atchison;Rickey J. Faehl;Irvin R. Lindemuth;Quinn McCulloch;Russell T. Olson;David M. Oro;Robert E. Reinovsky;George Rodriguez;John L. Stokes;Leonard J. Tabaka;Darin T. Westley
Year: 2004 | Conference Paper |
Experiment on accelerating the cylindrically converged liner by single-turn EMG using magnetic-opening switch
V. K. Chernyshev;V. N. Mokhov;A. A. Petrukhin;V. A. Vasyukov;V. B. Yakubov;N. M. Sabayev;I. R. Lindemuth;R. E. Reinovsky;V. L. Achison;R. I. Fahel
2004 International Conference on High-Power Particle Beams (BEAMS 2004)
Year: 2004 | Conference Paper |
The experiment data on liner implosion under the effect of pressure pulse produced by single-turn explosive magnetic generator (EMG) with 4 MJ output energy and shaped by magnetic-opening switch are presented. When rising up to 10 MA the current produced by high-current EMG runs along the annular component of the magnetic-opening switch over a long time equal to 430 μs. The annular component 100 m...Show More
Explosive magnetic device with a three-layered liner for radiographic study of dynamic strength of materials
Anatoliy M. Buyko;Yuriy N. Oorbachev;Anatoliy I. Kuzyayev;Vladislav N. Mokhov;Vladimir A. Pavliy;Alexander A. Petrukhin;Valeriy B. Yakubov;Walter L. Atchison;Irvin R. Lindemuth;Robert E. Reinovsky
2004 International Conference on High-Power Particle Beams (BEAMS 2004)
Year: 2004 | Conference Paper |
Cited by: Papers (1)
This paper presents the construction-technology schematic of the device comprising the helical and disk EMGs with a three-layered cylindrical liner (Al-dielectric-Cu) designed for experiments RHSR-0, 1, 2 at the current of 33-35 MA. Polyethylene or water was used as a dielectric layer. The experiments tested successfully the idea to study the dynamic strength of materials by X-raying the growth of...Show More
Explosive magnetic device with a three-layered liner for radiographic study of dynamic strength of materials
Anatoliy M. Buyko;Yuriy N. Oorbachev;Anatoliy I. Kuzyayev;Vladislav N. Mokhov;Vladimir A. Pavliy;Alexander A. Petrukhin;Valeriy B. Yakubov;Walter L. Atchison;Irvin R. Lindemuth;Robert E. Reinovsky
Year: 2004 | Conference Paper |
Basic directions of EMG-assisted research
Anatoliy M. Buyko;Sergey F. Garanin;Andrey V. Ivanovsky;Ivan V. Morozov;Vladislav N. Mokhova;Alexander A. Petrukhin;Valeriy B. Yakubov;Walter L. Atchison;Robert E. Reinovsky
2004 International Conference on High-Power Particle Beams (BEAMS 2004)
Year: 2004 | Conference Paper |
Cited by: Papers (2)
Problems in the field of high energy densities physics that have been considered or can be solved using helical and disk explosive magnetic generators (EMG) based in RFNC-VNIIEF as drivers are briefly considered. High currents (up to hundreds of MA) obtained that increase during microsecond times allow to simulate physical processes and different devices operation at high temperatures and pressure...Show More
Computer simulation of the liner X-ray diagnostics protection system in disk EMG experiments
Anatoliy M. Buyko;Oleg M. Burenkov;Vladimir A. Vasyukov;Alexander A. Petrukhin;Sergey S. Sokolov;Tamara I. Chaika
2004 International Conference on High-Power Particle Beams (BEAMS 2004)
Year: 2004 | Conference Paper |
In 2003-2004 RFNC-VNIIEF/LANL conducted joint experimental series RHSR-0, 1,2. In the experiments, dynamic strength of materials was studied from perturbation growth in layered liner systems driven by disk EMG. We managed to develop a unique protection system for X-ray films to X-ray the liners near the time of maximum perturbation growth in the disk EMG experiments. Results of the numerical simul...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
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
Explosive magnetic liner systems to study dynamic strength of materials
A.M. Buyko;G.G. Ivanova;V.N. Mkhov;P.N. Nizovtsev;A.A. Petrukhin;V.P. Solovyev;V.N. Sofronov;V.B. Yakubov
Digest of Technical Papers. PPC-2003. 14th IEEE International Pulsed Power Conference (IEEE Cat. No.03CH37472)
Year: 2003 | Conference Paper |
Cited by: Papers (8)
To study dynamic strength of materials according to the initial liner perturbation growth in Rayleigh-Taylor instability development, three-layer liner systems driven by azimuthal magnetic field pressure have been suggested. This paper demonstrates that 0.4 m diameter disk EMG ensuring currents up to /spl sim/70 MA can be used for this purpose. In the three-layer liner systems, the liner shock-fre...Show More
Linear experiment on verification of Rayleigh-Taylor instability magnetic stabilization effect (joint LANL/VNIIEF experiment Pegasus-2)
A.M. Buyko;S.F. Garanin;V.N. Mokhov;V.B. Yakubov;A.A. Petrukhin;A.I. Kuzyayev;V.K. Chernyshev;B.G. Anderson;W.E. Anderson;W.L. Atchison;R.R. Bartsch;W. Brostie;J. Cochrane;C.A. Ekdahl;R. Faehl;I.R. Lindemuth;D.V. Morgan;H. Oona;R.E. Reisnovsky;J. Stokes;L.C. Tabaka
Summary form only given, as follows. The Pegasus-2 liner implosion experiment (RUS 5) has been conducted, in which perturbation growths for two perturbation types were compared. On one half (over height) of a cylindrical liner azimuthally symmetric perturbations were made. On the other half of the liner the perturbations were of the same wavelength and amplitude, but the angle between the wave vec...Show More
Linear experiment on verification of Rayleigh-Taylor instability magnetic stabilization effect (joint LANL/VNIIEF experiment Pegasus-2)
A.M. Buyko;S.F. Garanin;V.N. Mokhov;V.B. Yakubov;A.A. Petrukhin;A.I. Kuzyayev;V.K. Chernyshev;B.G. Anderson;W.E. Anderson;W.L. Atchison;R.R. Bartsch;W. Brostie;J. Cochrane;C.A. Ekdahl;R. Faehl;I.R. Lindemuth;D.V. Morgan;H. Oona;R.E. Reisnovsky;J. Stokes;L.C. Tabaka
Simulation of parameters of the stationary facility "ATLAS" by means of disk EMG
A.M. Buyko;V.K. Chernyshev;G.G. Ivanova;Y.N. Gorbachev;A.I. Kuzaev;A.A. Kulagin;V.N. Mokhov;S.V. Pak;A.A. Petrukhin;V.N. Sofronov;V.B. Yakubov;B.G. Anderson;W.L. Atchison;D.A. Clark;R.J. Faehl;I.R. Lindemuth;R.E. Reinovsky;G. Rodriguez;J.L. Stokes;L.J. Tabaka
Summary form only given, as follows. The paper presents the results of the Russian-American experiment (ALT-1) on simulation of the ATLAS capacitor bank energy parameters in the liner load. The capacitor bank ATLAS is being constructed in USA for high energy density physics research (A New Energy Density Physics Research Facility: ATLAS). The experiment was conducted at VNIIEF in November 1999. Th...Show More
Simulation of parameters of the stationary facility "ATLAS" by means of disk EMG
A.M. Buyko;V.K. Chernyshev;G.G. Ivanova;Y.N. Gorbachev;A.I. Kuzaev;A.A. Kulagin;V.N. Mokhov;S.V. Pak;A.A. Petrukhin;V.N. Sofronov;V.B. Yakubov;B.G. Anderson;W.L. Atchison;D.A. Clark;R.J. Faehl;I.R. Lindemuth;R.E. Reinovsky;G. Rodriguez;J.L. Stokes;L.J. Tabaka
Simple economic explosive magnetic generator of high pulsed power
V.K. Chernyshev;A.A. Petrukhin;V.V. Vakhrushev;V.A. Vasyukov;V.V. Chernyshev
Summary form only given. A source of electromagnetic energy made on the basis of two loop generators, supplied by a helical explosive magnetic generator, is described in the paper. A possibility has been considered of the loop generators usage to build up a pulsed power system suitable for condensed liners implosion study.Show More
Film protection in the radiographic experiments studying the liner compressed by magnetic field from disk EMG with HE mass of /spl sim/100 kg
V.K. Chernyshev;A.I. Kuzyaev;A.A. Petrukhin;V.A. Vasyukov;V.V. Chernyshev
Summary form only given. One of the most effective ways to get the high energy densities state of a substance (pressure and temperature) is a fast compression of cylindrical Al-liners by an ultra-high magnetic field, used for compression of the materials being studied. VNIIEF has developed a disk explosive magnetic generator (DEMG) with a fast electrical way of energy delivery to the load with an ...Show More
Simple economic explosive magnetic generator of high pulsed power
V.K. Chernyshev;V.A. Vasyukov;V.V. Vakhrushev;A.A. Petrukhin;V.V. Chernyshev
A source of electromagnetic energy made on the basis of two loop generators, supplied by a helical explosive magnetic generator, is described in the paper. A possibility has been considered of the loop generators usage to build up a pulsed power system suitable for condensed liners implosion study.Show More
Liner experiment on verification of Rayleigh-Taylor instability magnetic stabilization effect (joint LANL/VNIIEF experiment Pegasus-2)
B.G. Anderson;W.E. Anderson;W.L. Atchison;R.R. Bartsch;W. Brostie;J. Cochrane;C.A. Ekdahl;R. Faehl;I.R. Lindemuth;D.V. Morgan;H. Oona;R.E. Reinovsky;J. Stokes;L.C. Tabaka;S.M. Younger;A.M. Buyko;S.F. Garanin;V.N. Mokhov;V.B. Yakubov;A.A. Petrukhin;A.I. Kuzyayev;V.K. Chernyshev
A liner implosion experiment was conducted on facility Pegasus-2, in which two perturbation type growth was compared. On one half (through height) of the cylindrical liner sinusoidal azimuthally symmetric perturbations were produced. On the other liner half the perturbations were of the same wavelength and the same amplitude, but the angle between the wave vector and the cylinder axis was 45/spl d...Show More
Liner experiment on verification of Rayleigh-Taylor instability magnetic stabilization effect (joint LANL/VNIIEF experiment Pegasus-2)
B.G. Anderson;W.E. Anderson;W.L. Atchison;R.R. Bartsch;W. Brostie;J. Cochrane;C.A. Ekdahl;R. Faehl;I.R. Lindemuth;D.V. Morgan;H. Oona;R.E. Reinovsky;J. Stokes;L.C. Tabaka;S.M. Younger;A.M. Buyko;S.F. Garanin;V.N. Mokhov;V.B. Yakubov;A.A. Petrukhin;A.I. Kuzyayev;V.K. Chernyshev
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
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
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.