论文标题
来自独立超高频率源的开放磁陷阱中注入的等离子体的低频振荡
Low Frequency Oscillations of Plasma Injected in Open Magnetic Trap from Independent Ultra-high Frequency Source
论文作者
论文摘要
在线性等离子体设备OMT2的陷阱中研究了电磁波加热的血浆加热方法，电磁波与磁性血浆，等离子体湍流和传输过程的相互作用。超高频率（UHF）非接触式方法用于填充血浆的开放磁陷阱。我们提出了一种新的开放磁陷阱填充的方法，该方法从独立的固定式UHF源沿磁场中注入陷阱中的等离子体。该源位于陷阱外部，血浆形成在其强烈的磁场中发生，通过UHF功率在电子回旋共振（ECR）方向上进行。在本文中，我们研究了陷阱中血浆和血浆低频（LF）振荡的开放磁陷阱填充的效率。
Methods of plasma heating by electromagnetic waves, interaction of electro-magnetic waves with magnetoactive plasma, plasma turbulence and transport processes are investigated in the trap of the linear plasma device OMT2. An ultrahigh frequency (UHF) contactless method is used to fill the open magnetic trap by plasma. We propose a new method of open magnetic trap filling with plasma whereby plasma is injected in the trap along the magnetic field from an independent stationary UHF source. The source is located outside the trap and plasma formation in it takes place in the strongly nonuniform magnetic field, in the electron cyclotron resonance (ECR) regime by means of the UHF power. In this paper we study the efficiency of open magnetic trap filling by plasma and plasma low frequency (LF) oscillations in the trap.
