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    • 1. 发明授权
    • Apparatus and method for forming a high pressure plasma discharge column
    • 用于形成高压等离子体放电柱的装置和方法
    • US06956329B2
    • 2005-10-18
    • US10357553
    • 2003-02-04
    • Neil H. BrooksTorkil H. JensenCharles P. Moeller
    • Neil H. BrooksTorkil H. JensenCharles P. Moeller
    • H01J37/32H05H1/24H01J7/24
    • H01J61/82H01J37/32009
    • An apparatus for producing a stable, high pressure plasma column with long length, and high axial uniformity. Rotating a gas-filled tube about an horizontal axis creates a vortex with minimal, or no shear flow. Such a vortex provides a stable equilibrium for a central column of high temperature gas and plasma when, for a given rotation speed, the centrifugal force dominates over the gravitational force inside the smallest radial dimension of the containment envelope. For gas pressures sufficiently high that the particle mean free path is short compared with the thickness of the gas layer between the central plasma column and the wall, thermal transport across this sheath layer is small and its temperature is low. High pressure discharges inside a rotating envelope may be sustained by a variety of means, including electrical, electromagnetic and chemical; they may find application in plasma torches, light sources, etc. One preferred embodiment used direct current between co-rotating electrodes to sustain a one-meter-long plasma column less than 5 mm in diameter. Another preferred embodiment employed microwave heating to produce a perfectly centered plasma flame 0.5 meters long into which tens of kilowatts of power can be coupled.
    • 一种用于生产具有长长度和高轴向均匀性的稳定的高压等离子体柱的设备。 围绕水平轴旋转气体填充管产生具有最小或无剪切流动的涡流。 当对于给定的转速,离心力主导超过容纳外壳的最小径向尺寸内的重力时,这种涡流为高温气体和等离子体的中心柱提供了稳定的平衡。 对于足够高的气体压力,颗粒平均自由程与中心等离子体柱和壁之间的气体层的厚度相比较短,穿过该鞘层的热传输较小并且其温度较低。 旋转外壳内的高压放电可以通过各种手段来维持,包括电气,电磁和化学; 它们可以应用于等离子体炬,光源等。一个优选实施例在共旋转电极之间使用直流电流,以维持直径小于5mm的1米长的等离子体柱。 另一个优选实施例使用微波加热来产生0.5米长的完美中心的等离子体火焰,其中可连接数十千瓦的功率。