首页> 外文会议>ESA symposium on European rocket and balloon programmes and related research >UPDATE ON ENVISAT / SCIAMACHY VALIDATION WITH BALLOON-BORNE DO AS INSTRUMENTS: COMPARISON OF O_3, NO_2 AND BRO PROFILES
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UPDATE ON ENVISAT / SCIAMACHY VALIDATION WITH BALLOON-BORNE DO AS INSTRUMENTS: COMPARISON OF O_3, NO_2 AND BRO PROFILES

机译:以气球为代表的ENVISAT / SCIAMACHY验证方法的最新动态:O_3,NO_2和BRO曲线的比较

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Here the level 2 product validation (profiles of O_3, NO_2 and BrO inferred by the IUP Bremen) from the Envisat/SCIAMACHY instrument is updated with spectroscopic balloon-borne measurements of the same quantities during 2003 - 2009. Generally, the satellite and the balloon-borne O_3 retrievals agree within 15 to 20 % above 15 km. For NO_2, a good agreement of < 20% is found for altitude > 18 km. For lower altitudes the relative differences increase, reaching about 40% at 15 km. For BrO we extend earlier validation studies of the BrO profile inter-comparison [1, 15]. A fair agreement of typical 20% discrepancies is found for BrO profile measurements between 15 and 25 km at mid and high-latitudes. For inter-comparisons of tropical measurements the discrepancy ranges between 20-50% above 20 km.
机译:在此,从Envisat / SCIAMACHY仪器获得的2级产品验证(由IUP不来梅推断出的O_3,NO_2和BrO的分布图)在2003-2009年期间使用相同数量的光谱球囊测量进行了更新。通常,卫星和球囊的O_3取回在15公里以上的15%至20%之内。对于NO_2,对于海拔> 18 km,发现<20%的良好一致性。对于较低的海拔,相对差异增加,在15 km处达到约40%。对于BrO,我们扩展了BrO概况比对的早期验证研究[1,15]。在中高纬度地区15至25 km之间的BrO剖面测量发现典型的20%差异是合理的。对于热带测量的相互比较,差异在20公里以上20-50%之间。

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