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    • 1. 发明授权
    • Method and apparatus for time-alignment of non-plug flow
    • 非插头流时间对准的方法和装置
    • US5636135A
    • 1997-06-03
    • US523318
    • 1995-09-05
    • Gerald JesionLee A. FeldkampGintaras V. PuskoriusChristine A. GierdzakJames W. Butler
    • Gerald JesionLee A. FeldkampGintaras V. PuskoriusChristine A. GierdzakJames W. Butler
    • G01N33/00G01N21/84G06F17/10
    • G01N33/0026Y10S706/911
    • A method of time-aligning sequential gas concentrations, generated by a non-plug flow real time emissions analyzer, with corresponding plug flow inputs from an emissions source includes selecting a sequence of known plug flow test gas pulses representative of the emissions source, feeding the known plug flow test gas pulses into the analyzer, saving a sequence of blurred test pulses generated by the analyzer, determining a mathematical relationship between the known plug flow test gas pulses and the blurred test pulses, configuring a filter such that the filter corresponds to the mathematical relationship, inputting a subset of the blurred test pulses into the filter, recording a sequence of deconvoluted test pulses generated by the filter, comparing the deconvoluted test pulses with a subset of the known plug flow test gas pulses to generate difference errors, adjusting the filter to minimize the plurality of difference errors, repeating the first inputting step, the first recording step, the comparing step, and the adjusting step to reduce the difference errors, feeding the plug flow inputs into the analyzer, recording the sequential gas concentrations generated by the analyzer, and deconvoluting the sequential gas concentrations.
    • 将由非插头流实时排放分析仪产生的顺序气体浓度与来自排放源的相应插塞流输入进行时间对准的方法包括选择一系列已知的插塞流测试气体脉冲,代表排放源, 已知的塞流测试气体脉冲进入分析器,从而节省由分析仪产生的模糊测试脉冲序列,确定已知的塞流测试气体脉冲与模糊测试脉冲之间的数学关系,配置滤波器使得滤波器对应于 数学关系,将模糊测试脉冲的子集输入到滤波器中,记录由滤波器产生的解卷积测试脉冲序列,将去卷积的测试脉冲与已知插塞流测试气体脉冲的子集进行比较以产生差分误差, 过滤器以最小化多个差异误差,重复第一输入步骤,第一记录 步骤,比较步骤和调整步骤以减少差异误差,将插塞流量输入馈送到分析器中,记录分析仪产生的顺序气体浓度,并对顺序气体浓度进行解卷积。