Search Results - "Zakharov, Yuri P."

Collisionless laboratory astrophysics with lasers by Zakharov, Y.P.

“…Possibilities of laboratory simulation of various explosive phenomena in space and cosmic plasmas with magnetic fields are analyzed on the bases of similarity…”
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Laser-Produced Plasma Experiments and Particle in Cell Simulation to Study Thrust Conversion Processes in a Laser Fusion Rocket by Vchivkov, Konstantin V., Nakashima, Hideki, Zakharov, Yuri P., Esaki, Tomonori, Kawano, Toshihiko, Muranaka, Takanobu

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Analysis of Exploding Plasma Behavior in a Dipole Magnetic Field by Takanobu Muranaka, Takanobu Muranaka, Hideyuki Uchimura, Hideyuki Uchimura, Hideki Nakashima, Hideki Nakashima, Yuri P. Zakharov, Yuri P. Zakharov, Sergey A. Nikitin, Sergey A. Nikitin, Arnold G. Ponomarenko, Arnold G. Ponomarenko

“…Numerical analyses on plasma behaviors in a dipole magnetic field are performed using a three-dimensional (3D) hybrid code. Results are compared with the…”
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Optimization of thrust efficiency in laser fusion rocket by using three-dimensional hybrid particle-in-cell code by Vchivkov, Konstantin V., Nakashima, Hideki, Ichikawa, Fumihiro, Zakharov, Yuri P.

“…An optimization study on thrust efficiency of exploding plasma in the magnetic thrust chamber for laser fusion rocket is performed by using a three-dimensional…”
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Laser-plasma simulations of artificial magnetosphere formed by giant coronal mass ejections by Zakharov, Yuri P., Ponomarenko, Arnold G., Vchivkov, Konstantin V., Horton, Wendell, Brady, Parrish

“…We employed the laboratory (Laser-Produced Plasmas, LPP) and numerical (3D/PIC-code) simulations to study the resulting state of very strong compression of…”
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Laser-plasma simulations of artificial magnetosphere formed bygiant coronal mass ejections by Zakharov, Yuri P, Ponomarenko, Arnold G, Vchivkov, Konstantin V, Horton, Wendell, Brady, Parrish

“…We employed the laboratory (Laser-Produced Plasmas, LPP) and numerical (3D/PIC-code) simulations to study the resulting state of very strong compression of…”
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Laser Plasma Experiments to Simulate Coronal Mass Ejections During Giant Solar Flare and Their Strong Impact on Magnetospheres by Ponomarenko, A.G., Zakharov, Y.P., Antonov, V.M., Boyarintsev, E.L., Melekhov, A.V., Posukh, V.G., Shaikhislamov, I.F., Vchivkov, K.V.

“…Giant solar flares are the most powerful phenomenon in the solar system, which can strongly affect various geospheres and technical systems in the near Earth's…”
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Laser plasma experiments to simulate coronal mass ejections during giant solar flare and their strong impact on magnetospheres: Space and cosmic plasma by PONOMARENKO, Arnold G, ZAKHAROV, Yuri P, ANTONOV, Vladimir M, BOYARINTSEV, Eduard L, MELEKHOV, Alexandr V, POSUKH, Vitaliy G, SHAIKHISLAMOV, Ildar F, VCHIVKOV, Konstantin V

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Collisionless laboratory astrophysics with lasers: Special issue on space and cosmic plasma by ZAKHAROV, Yuri P

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Laboratory Modeling of Collisionless Interaction of Plasma Flows by Laser Plasma Blobs with Ions of Different Masses by Zakharov, Yuri P., Shaikhislamov, Ildar F., Posukhl, Vitaly G., Chibranov, Alexey A., Rumenskikh, Marina A., Boyarintsev, Eduard L., Melckhov, Alexander V., Bcrezutskiy, Artem G., Miroshnichenko, Ilya B., Ponomarenko, Arnold G., Terekhin, Vladimir A.

“…Laboratory experiment on interaction of expanding laser produced plasma flow with magnetized background at conditions when gyroradius of ions rotation is…”
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Magnetospheric Effects as a New Aspect of the Asteroid Impact Problem: Necessity and Possibilities of Laboratory Simulation Experiments by ZAKHAROV, YURI P., NIKITIN, SERGEI A., PONOMARENKO, ARNOLD G., MINAMI, SHIGEYUKI

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Pole to Equator Temperature Gradient for Coniacian Time, Late Cretaceous： Oxygen and Carbon Isotopic Data on the Koryak Upland and Hokkaido by Zakharov, Yuri D., Smyshlyaeva, Olga P., Popov, Alexander M., Velivetskaya, Tatiana A., Afanasyeva, Tamara B., Tanabe, Kazushige, Shigeta, Yasunari, Maeda, Haruyoshi

“…The purpose of this study was to estimate the Coniacian latitudinal thermal gradient in the Northern Hemisphere. Both hemipelagic （ammonoids） and benthic…”
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