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Fluorescence oxygen sensor using photo quenching with oxygen molecule

机译:使用光淬火的荧光氧传感器与氧分子

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Fluorescence oxygen gas sensor using photo quenching with oxygen molecule was characterized. The quenching ratio of fluorescence from an organic fluorescence dye is proportional to oxygen partial pressure by the Stern-Volmer's formula. The oxygen concentration, therefore, is estimated from the quenching ratio of fluorescence intensity. We have fabricated a fluorescent oxygen sensor chip (light emitting substance: aromatic compounds), characteristics of which was experimentally investigated as an oxygen concentration sensor in visible light. The relationship between the oxygen concentration and the intensity of fluorescence was measured in the vapor phases. The oxygen concentration in the vapor phases can be measured using the oxygen sensor chip by measuring the intensity of fluorescence.
机译:表征了使用光淬火的荧光氧气传感器。来自有机荧光染料的荧光的猝灭比与船尾的式配方与氧分压成比例。因此,氧浓度估计荧光强度的猝灭比率。我们制造了一种荧光氧传感器芯片(发光物质:芳族化合物),其特征在实验上被实验研究为可见光的氧浓度传感器。在蒸汽相中测量氧浓度与荧光强度之间的关系。通过测量荧光强度,可以使用氧传感器芯片测量蒸汽相中的氧浓度。

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