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    • 1. 发明授权
    • Gas separation with rotating plasma arc reactor
    • 用旋转等离子弧反应器进行气体分离
    • US5039312A
    • 1991-08-13
    • US477395
    • 1990-02-09
    • Daniel L. Hollis, Jr.Jerry T. McLendonBroderick E. Davis
    • Daniel L. Hollis, Jr.Jerry T. McLendonBroderick E. Davis
    • B01D59/20H01J49/26H05H1/50
    • H05H1/50B01D59/20H01J49/26
    • Method of separating components from gaseous mixtures in an arc plasma reactor energized by surrounding magnetic field coil windings by producing an electrical arc discharge of at least about 600A at about 22V between a positively charged centrally disposed electrode ball that is movable upwardly or downwardly in a surrounding negatively charged electrode; introducing a plasma working gas of a mixture of a heavy and light gas in spaces between the electrodes at about atmospheric pressure at a temperature of about 10,000.degree. K. to produce gas rotation electromagnetically at a rotation rate that is sufficient to force the heavy gas to a peripheral area of the reactor and accumulate the light gas in a centerline area of the reactor; and removing the heavy gas from the peripheral area of the reactor and removing the light gas from the centerline area of the reactor.
    • 在通过围绕磁场线圈绕组激励的电弧等离子体反应器中将气体混合物中的气体混合物分离出来的方法,该电弧等离子体反应器在约22V的电弧放电之间产生至少约600A的电弧放电, 带负电极; 在约10,000°K的温度下,在约大气压下,在重要和轻质气体混合物的等离子体工作气体中引入等离子体工作气体,以大气压力产生气体旋转,旋转速度足以迫使重质气体 反应器的周边区域,并将轻质气体聚集在反应器的中心线区域; 并从反应器的周边区域除去重质气体,并从反应器的中心线区域除去轻质气体。