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Effect of Convective, Diffusive and Source Terms in Self Generated Magnetic Field due to Laser Plasma Interactions

机译:对流,扩散和源项对激光等离子体相互作用产生的自生磁场的影响

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Laser-plasma interaction phenomenon has various applications and the most important one is in the Inertial confinement Fusion. Spatial and temporal variations of self generated magnetic field have been studied within the framework of magneto hydrodynamics. The evolution equation that describes the generation of magnetic field is solved using complex Fourier and Laplace transformation methods as an initial value problem. Convective, diffusive and source terms are considered in the evolution equation and are solved theoretically. Magnetic fields of the order of megagauss have been obtained among which the maximum field is just about 40 MG. The results are comparable with earlier reported results.The Himalayan Physics Year 5, Vol. 5, Kartik 2071 (Nov 2014)Page: 27-30
机译:激光等离子体相互作用现象具有多种应用,其中最重要的一种是在惯性约束聚变中。在磁流体动力学的框架内研究了自生磁场的时空变化。使用复数傅里叶和拉普拉斯变换方法作为初始值问题,可以解决描述磁场产生的演化方程。对流,扩散和源项在演化方程中被考虑,并在理论上得到解决。已经获得了大约高斯级的磁场,其中最大磁场仅为约40 MG。结果与先前报道的结果相当。《喜马拉雅物理学年鉴》第5卷。 5,Kartik 2071(2014年11月)页:27-30

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