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    • 4. 发明申请
    • MICRO-DISCHARGE SENSOR SYSTEM
    • 微型放电传感器系统
    • WO2006020702A2
    • 2006-02-23
    • PCT/US2005/028406
    • 2005-08-10
    • HONEYWELL INTERNATIONAL INC.BONNE, UlrichKRAFTHEFER, Brian, C.SHIFFER, Stephen, R.
    • BONNE, UlrichKRAFTHEFER, Brian, C.SHIFFER, Stephen, R.
    • G01N21/67
    • G01N21/67G01N33/0037Y02A50/245
    • A micro plasma sensor system having a glow discharge gap formed by electrodes. A fluid to be sensed may be brought into the vicinity of a discharge at the gap. Light from the discharge may be coupled to a spectrum analyzer and/or processor for determining properties of the fluid. A coupling may include a waveguide proximate to the discharge gap. Window cleanliness and electrode electrical isolation may be maintained by the discharge. The optical analyzer may have filters for one or more optical channels to detectors. The detectors may output electrical signals to be processed. The electrodes may be parallel to each other with a light waveguide between them. Or the electrodes may be concentric forming an annular discharge gap. The light waveguide may likewise be concentric to one or more electrodes. The waveguide may be one or more optical fibers, or tubular.
    • 具有由电极形成的辉光放电间隙的微型等离子体传感器系统。 要感测的流体可以被带到间隙处的排出物附近。 来自放电的光可以耦合到频谱分析仪和/或处理器,用于确定流体的性质。 耦合可以包括靠近放电间隙的波导。 窗口清洁度和电极电气隔离可以通过放电来维持。 光学分析仪可以具有用于一个或多个光学通道到检测器的滤光器。 检测器可以输出待处理的电信号。 电极可以在它们之间具有光波导彼此平行。 或者电极可以同心地形成环形放电间隙。 光波导同样可以与一个或多个电极同心。 波导可以是一个或多个光纤,或管状。
    • 8. 发明申请
    • MICRO-DISCHARGE SENSOR SYSTEM
    • 微型放电传感器系统
    • WO2006020702A3
    • 2006-06-29
    • PCT/US2005028406
    • 2005-08-10
    • HONEYWELL INT INCBONNE ULRICHKRAFTHEFER BRIAN CSHIFFER STEPHEN R
    • BONNE ULRICHKRAFTHEFER BRIAN CSHIFFER STEPHEN R
    • G01N21/67G01N21/69
    • G01N21/67G01N33/0037Y02A50/245
    • A micro plasma sensor system having a glow discharge gap formed by electrodes (53). A fluid to be sensed may be brought into the vicinity of a discharge (56) at the gap. Light from the discharge may be coupled to a spectrum analyzer and/or processor (24) for determining properties of the fluid. A coupling may include a waveguide (63) proximate to the discharge gap. Window cleanliness and electrode electrical isolation may be maintained by the discharge. The optical analyzer may have filters (22) for one or more optical channels to detectors (23). The detectors may output electrical signals to be processed. The electrodes (53) have the ligth waveguide (63) between them. Or the electrodes (53) is formed concentrically around the light waveguide (63) forming an annular discharge gap whit the other electrode. The waveguide (63) may be one or more optical fibers.
    • 一种具有由电极(53)形成的辉光放电间隙的微型等离子体传感器系统。 待检测的流体可以被带到间隙处的排出口(56)附近。 来自放电的光可以耦合到频谱分析器和/或处理器(24),用于确定流体的性质。 耦合可以包括靠近放电间隙的波导(63)。 窗口清洁度和电极电气隔离可以通过放电来维持。 光学分析仪可以具有用于一个或多个光学通道到检测器(23)的滤光器(22)。 检测器可输出待处理的电信号。 电极(53)之间具有带状波导(63)。 或者电极(53)围绕形成围绕另一电极的环形放电间隙的光波导(63)同心地形成。 波导(63)可以是一根或多根光纤。