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首页> 外文期刊>Analytical Chemistry >SOURCE IDENTIFICATION OF UNDERGROUND FUEL SPILLS BY PATTERN RECOGNITION ANALYSIS OF HIGH-SPEED GAS CHROMATOGRAMS
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SOURCE IDENTIFICATION OF UNDERGROUND FUEL SPILLS BY PATTERN RECOGNITION ANALYSIS OF HIGH-SPEED GAS CHROMATOGRAMS

机译:高速色谱图谱识别分析识别地下燃油泄漏物

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摘要

Pattern recognition methods have been used to classify high-speed gas chromatograms of weathered and unweathered jet fuels, A total of 228 neat jet fuel samples representing common aviation fuels sold in the United States were characterized by 85-peak gas chromatograms, Discriminants were developed by parametric and nonparametric pattern recognition procedures that correctly classified the gas chromatograms of neat jet fuels according to fuel type (JP-4, Jet-A, JP-7, JPTS, or JP-5), and these discriminant functions were successfully used to classify gas chromatograms of jet fuels which had undergone weathering in a subsurface environment. This approach for identification of weathered fuels was taken because the physical and chemical interactions of jet fuel components with the subsurface environment are not yet fully understood. [References: 26]
机译:模式识别方法已用于对风化和未风化的喷气燃料的高速气相色谱进行分类。通过在85个峰值的气相色谱图上表征了在美国出售的代表228种纯净喷气燃料的普通航空燃料,通过参数和非参数模式识别程序,可以根据燃料类型(JP-4,Jet-A,JP-7,JPTS或JP-5)正确地对纯喷气燃料的气相色谱进行分类,并且这些判别函数已成功用于分类在地下环境中风化的喷气燃料的气相色谱图。之所以采用这种识别风化燃料的方法,是因为喷气燃料成分与地下环境之间的物理和化学相互作用尚不完全清楚。 [参考:26]

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