论文标题
将Gratton Vargas模型应用于任意阳极和绝缘体形状
Application of the Gratton Vargas Model to arbitrary anode and insulator shapes
论文作者
论文摘要
本文展示了Gratton-Vargas模型（GV）2-D雪地模型的应用到任意阳极和绝缘体几何形状。这是构建等离子体焦点的增量模型和类似设备的较大项目的删节版本，该模型主要解决了能量从储能到等离子体的传递，直到达到轴为止，因为随后的血浆变换物理学仍然是实验性发现阶段。该增量模型的第一阶段是构建一个运动框架，该运动框架允许计算虚构的3-D旋转表面，该旋转表面具有与力学中质量中心相同的目的。用简单的阳极形状说明了该过程。
This paper demonstrates the application of the Gratton-Vargas model (GV) 2-D snowplow model to arbitrary anode and insulator geometry. This is an abridged version of a larger project of constructing an incremental model of the plasma focus and similar devices that mainly addresses the transfer of energy from the energy storage to the plasma until it reaches the axis since the physics of plasma transformations that follow is still at the experimental discovery stage. The first stage of this incremental model is to construct a kinematic framework that allows calculation of an imaginary 3-D surface of rotation that serves the same purpose as the imaginary center of mass in mechanics. The procedure is illustrated with a simple anode shape.
