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Intercomparison of airborne N2O measurements using tunable diode laser absorption spectroscopy and in-situ gas chromatography

机译:使用可调二极管激光吸收光谱和原位气相色谱法对机载N2O进行测量的比对

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Abstract: During the STREAM98 campaign conducted from Timmins (Canada) in July 1998, simultaneous airborne measurements of chemical tracers were performed using a Cessna Citation II twinjet as carrier platform. We present an intercomparison of N$-2$/O measurements using an in-situ GC (University of Frankfurt/Main, Germany) and a tunable diode laser instrument (TRISTAR) operated by the Max Planck Institute for Chemistry, Mainz, Germany. The duty cycle of the GC is one second measurement per 120 s interval, whereas the sampling rate of the TDLAS is 1 Hz. Both instruments are in situ calibrated using working gas standards traced against primary standards provided by NOAA. The maximum deviation between the two independent measurements of N$-2$/O is less than two years, which is of the order of the uncertainties of both instruments.!13
机译:摘要:在1998年7月从加拿大蒂明斯(Timmins)进行的STREAM98战役中,同时使用Cessna Citation II twinjet作为运载平台对化学示踪剂进行了空中测量。我们使用原位GC(德国/美因河畔法兰克福大学)和德国美因茨的马克斯·普朗克化学研究所操作的可调二极管激光仪器(TRISTAR),介绍了N $ -2 $ / O测量的比对。 GC的占空比为每120 s间隔测量一秒,而TDLAS的采样率为1 Hz。两种仪器都使用根据NOAA提供的主要标准溯源的工作气体标准进行现场校准。两次独立测量的N $ -2 $ / O之间的最大偏差小于两年,大约是两种仪器的不确定性。13

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