论文标题
在圆柱粘度限制的反应器中加油极限
Fueling limits in a cylindrical viscosity-limited reactor
论文作者
论文摘要
最近，提出了一种实现“自然热离子模式”的方法，它是利用具有固定边界的旋转等离子体中的离子粘性加热。我们探索了Braginskii方程的稳态解决方案，并找到参数状态，在该参数方面，离子和电子之间的明显温度差可以在驱动的稳态下维持。此效果的阈值发生在$ρ_i\ gtrsim0.1r $。获得了分析，领先的低流量解决方案，并研究了数值，中等的马赫数$ M \ Lessim2 $。发现限制为中等马赫数。
Recently, a method to achieve a "natural hot-ion mode" was suggested, by utilizing ion viscous heating in a rotating plasma with a fixed boundary. We explore the steady-state solution to the Braginskii equations and find the parameter regime in which a significant temperature difference between ions and electrons can be sustained in a driven steady state. The threshold for this effect occurs at $ρ_i\gtrsim0.1R$. An analytic, leading order low flow solution is obtained, and a numerical, moderate Mach number $M\lesssim2$ is investigated. The limitation is found to be at moderate Mach numbers.
