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Numerical modeling of behavior of high-energy plasmoid in upper ionosphere

机译:高能电浆在电离层中行为的数值模拟

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In this paper the numerical investigation of parameters of the plasmoid expanding into rarefied ionosphere and the geomagnetic field are performed. The range of the initial energy change is epsilon similar to 10(12) - 10(15) [J] and of the mass change is M = (0.3-1) (.) 10(3) [kg]. These ranges conform to the well-known large-scale geophysical experiments "Argus" and "Starfish". The first stages of the development of the plasma flow are considered: the radiation-gas-dynamic, the inertial and the braking stage by the geomagnetic field. For this goal a special numerical algorithm is created. (C) 2004 Published by Elsevier B.V.
机译:本文对膨胀到稀薄电离层的等离子体的参数和地磁场进行了数值研究。初始能量变化的范围是ε,类似于10(12)-10(15)[J];质量变化的范围是M =(0.3-1)(。)10(3)[kg]。这些范围符合众所周知的大规模地球物理实验“ Argus”和“ Starfish”。考虑了等离子体流发展的第一阶段:地磁场对气体的辐射动力学,惯性和制动阶段。为此,创建了一种特殊的数值算法。 (C)2004由Elsevier B.V.发布

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