Search Results - "Pak, S. V."

Data analysis algorithm for the development of extracellular miRNA-based diagnostic systems for prostate cancer by Bryzgunova, O E, Zaporozhchenko, I A, Lekchnov, E A, Amelina, E V, Konoshenko, M Yu, Yarmoschuk, S V, Pashkovskaya, O A, Zheravin, A A, Pak, S V, Rykova, E Yu, Laktionov, P P

“…Urine of prostate cancer (PCa) carries miRNAs originated from prostate cancer cells as a part of both nucleoprotein complexes and cell-secreted extracellular…”
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Cell-free plasma miRNAs analysis for low invasive lung cancer diagnostics by Konoshenko, M. Yu, Laktionov, P. P., Lancuhaj, Yu. A., Pak, S. V., Krasilnikov, S. E., Bryzgunova, O. E.

“…Introduction . The high mortality rate in patients with lung cancer (LC) is due to the lack of highly sensitive diagnostic markers of this disease. Genetic and…”
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Dynamics of miRNA expression in urine extracellular vesicles of prostate cancer patients after radical prostatectomy by Shutko, E. V., Bryzgunova, O. E., Ostal’cev, I. A., Pak, S. V., Krasi’nikov, S. E., Laktionov, P. P., Konoshenko, M. Yu

“…Introduction. It is known that the treatment of oncological diseases including prostate cancer (PCa) causes changes in the expression of oncogenic and…”
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MAGO-IX Experiment by Chernyshev, V. K., Korchagin, V. P., Babich, L. P., Burenkov, O. M., Volkov, G. I., Dolin, Yu. N., Dudin, V. I., Ivanov, V. A., Ivanovskiy, A. V., Karpov, G. V., Krayev, A. I., Kudelkin, V. B., Morozov, I. V., Pak, S. V., Polyushko, S. M., Skobelev, A. N., Tokarev, V. A., Zubaerova, R. R.

“…The results of the last (in the thermonuclear program “Magnetic compression”) MAGO-IX experiment with a plasma chamber including a third compartment designed…”
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Method of generating a mega-ampere current pulse to accelerate a liner by a magnetic field by Duday, P. V., Zimenkov, A. A., Ivanov, V. A., Kraev, A. I., Pak, S. V., Skobelev, A. N., Fevralev, A. Yu

“…This paper describes a method and device for generating a mega-ampere quasi-trapezoidal current pulse of given amplitude and duration in a liner load. The…”
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Development of a plasma focus neutron source powered by an explosive magnetic generator by Ablesimov, V. E., Andrianov, A. V., Bazanov, A. A., Glybin, A. M., Dolin, Yu. N., Drozdov, I. Yu, Drozdov, Yu. M., Duday, P. V., Zimenkov, A. A., Ivanov, V. A., Ivanovskii, A. V., Kalinychev, A. E., Karpov, G. V., Kraev, A. I., Lomtev, S. S., Nudikov, V. N., Pak, S. V., Pozdov, N. I., Polyushko, S. M., Rybakov, A. F., Skobelev, A. N., Turov, A. N., Fevralev, A. Yu

“…This paper presents the results of laboratory and explosive experiments with a plasma focus discharge Mather-type chamber at a discharge current amplitude of…”
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Target Plasma Formation for Magnetic Compression/Magnetized Target Fusion by Lindemuth, IR, Reinovsky, RE, Chrien, RE, Christian, JM, Ekdahl, CA, Goforth, JH, Haight, RC, Idzorek, G, King, NS, Kirkpatrick, RC, Larson, RE, Morgan, GL, Olinger, BW, Oona, H, Sheehey, PT, Shlachter, JS, Smith, RC, Veeser, LR, Warthen, BJ, Younger, SM, Chernyshev, VK, Mokhov, VN, Demin, AN, Dolin, YN, Garanin, SF, Ivanov, VA, Korchagin, VP, Mikhailov, OD, Morozov, IV, IV, Pak, SV, Pavlovskii, ES, Seleznev, NY, Skobelev, AN, Volkov, GI, Yakubov, VA

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Experimental study of conical liner magnetic implosion by Carlotti, X.F., Jestin, M.G., Sarry, M.L., Vanpoperynghe, J.M., Premont, D.A., Veron, L.D., Chernychev, V.K., Volkov, G.I., Ivanov, A.V., Skobolev, A.I., Pak, S.V.

“…Summary form only given. High matter velocities level (several tens of km/s) can be achieved by means of magnetic implosion, using explosive magnetic…”
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Fundamentals of Electrodynamic Technique of Numerical Designing of Helical High-Explosive Magnetic Generators by Pak, Semyon V., Babich, Leonid P., Ivanovskii, Andrei V.

“…Presented are the fundamentals of a consistently electrodynamic 2-D technique of designing helical explosive magnetic generators by numerical simulation on the…”
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2-D calculations of magnetic field diffusion in the task "loop above the armature" by Chernyshev, V.K., Pak, S.V., Volkov, G.I., Avdeev, D.V., Fedotova, N.S.

“…The paper describes a technique to calculate the diffusional losses of magnetic flux in the helical generator in a two-dimensional approximation. The equations…”
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Reduction of extreme conditions of MAGO chamber operation by changing the shape of pulse of plasma magnetization current by Chernyshev, V.K., Volkov, G.I., Pak, S.V., Ivanov, V.A., Skobelev, A.N., Morozov, I.V., Korchagin, V.P., Demin, A.N.

“…This paper considers the scheme to supply the MAGO chamber with the help of all inductive shunt. In this scheme the time of flow of the preliminary supply…”
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Reduction of the extreme conditions of MAGO chamber operation by changing the shape of current pulse of plasma magnetization by Pak, S.V., Chemyshev, V.K., Volkov, G., Ivanov, V.A., Skobelev, A.N., Morozov, I.V., Korchagin, V.P., Demin, A.N.

“…Summary form only given, as given. Considers the scheme to supply the MAGO chamber with the help of an inductive shunt. In this scheme the time of flow of the…”
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Two-dimensional calculation of inductances of the coupled helical coils. Calculation HEMG with capture of a magnetic flux by Morozov, I. V., Skobelev, A. N., Pak, S. V.

“…The paper presents the technique and results of 2-D computations for inductance and mutual inductance of coaxial helical coils As well as in the paper [1], the…”
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Sectionalized explosive current opening switch by Duday, P. V., Ivanov, V. A., Nemchinov, A., Pak, S. V., Polyushko, S. M., Skobelev, A. N., Volkov, G. I.

“…The paper considers the design of the sectionalized explosive current opening switch which allows increasing the power of the current pulse in the load. The…”
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Main types of explosive opening switches and their switching parameters by Volkov, G. I., Duday, P. V., Ivanov, V. A., Mikhailov, O. D., Pak, S. V., Skobelev, A. N., Krayev, A. I.

“…The results of the research of the switching parameters of three types of explosive current opening switches used for the energy output from the inductive…”
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Simulation of parameters of the stationary facility "ATLAS" by means of disk EMG by Buyko, A.M., Chernyshev, V.K., Ivanova, G.G., Gorbachev, Y.N., Kuzaev, A.I., Kulagin, A.A., Mokhov, V.N., Pak, S.V., Petrukhin, A.A., Sofronov, V.N., Yakubov, V.B., Anderson, B.G., Atchison, W.L., Clark, D.A., Faehl, R.J., Lindemuth, I.R., Reinovsky, R.E., Rodriguez, G., Stokes, J.L., Tabaka, L.J.

“…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…”
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Powerful Pulsed Source with Adjustable Time of Current Rise on the Basis of Helical EMG and Explosive Opening Switch to Drive Solid Liners by Duday, P., Glybin, A.M., Egorichev, B.T., Ivanov, V.A., Krayev, A.I., Kudel'kin, V.B., Polyushko, S.M., Morozov, I.V., Pak, S.V., Skobelev, A.N., Volkov, G.I.

“…The facilities for pulsed compression of materials are necessary to study the phase transformations and the dynamic parameters of substances. The acceleration…”
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Quasi-Trapezoidal Shape Current Pulse Former Experimental Series ≪≪R-Damage by Duday, P.V., Glybin, A.M., Ivanov, V.A., Izutov, I., Karpov, G.V., Kuzyayev, A.I., Morozov, I.V., Pak, S.V., Petrukhin, A.A., Skobelev, A.N., Volkov, G.I.

“…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…”
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Experimental Test Bench on the Basis of Helical EMG to Study Spallation Mechanisms in Cylindrical Geometry by Balashov, S.V., Duday, P.V., Egorychev, B.T., Glybin, A.M., Gorbachev, Yu.N., Ivanov, V.A., Ivanovsky, A.V., Ilyushkina, N.Yu, Karpov, G.V., Kolomyitsev, V.E., Krayev, A.I., Kudel'kin, V.B., Kuzyayev, A.I., Morozov, I.V., Nadezhin, S.S., Pak, S.V., Petrukhin, A.A., Savtsova, Yu.V., Sitnikova, N.I., Skobelev, A.N., Tyupanova, O.A., Vasyukov, V.A., Volkov, G.I., Zubayerova, R.R., Anderson, B.G., Atchison, W.L., Kaul, A.M., Salazar, M., Rodriguez, G., Reinovsky, R.E., Tabaka, L., Westley, D.T.

“…The paper presents the results of application of the explosive magnetic pulsed power source (EMPPS), in the first experiments studying the spallation…”
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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 by Arinin, V. A., Buyko, A. M., Burenkov, O. M., Yegorychev, B. T., Vasyukov, V. A., Gorbachev, Y. N., Zmushko, V. V., Ivanova, G. O., Ivanovsky, A. V., Kuzyayev, A. I., Kulagin, A. A., Morozov, I. V., Mokhov, V. N., Nadezhin, S. S., Nizovtsev, P. N., Pavliy, V. V., Pak, S. V., Polienko, G. A., Petrukhin, A. A., Startsev, A. I., Skobelev, A. N., Sokolova, N. V., Sokolov, S. S., Soloviev, V. P., Sofronov, V. N., Khoroshailo, E. S., Chaika, T. I., Yakubov, V. B., Anderson, B. G., Atchison, W. L., Faehl, R. J., Lindemuth, I. R., McCulloch, Q., Olson, R. T., Oro, D. M., Reinovsky, R. E., Rodriguez, G., Stokes, J. L., Tabaka, L. J., Westley, D. T.

“…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…”
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