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SOLAR campaign: Stratospheric Ozone Lidar of Argentina

机译：太阳能运动：阿根廷的平流层臭氧潮羊段

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As part of environmental studies of the southern atmosphere, the CEILAP Lidar Division in collaboration with the Service d'Aeronomie has developed a mobile differential absorption lidar capable of making precise and accurate measurements of the stratospheric ozone. The XeCl excimer laser emission at 308 nm is used as absorbed line in the DIAL technique and an Nd-YAG laser 355 nm third harmonic is employed as a reference wavelength. Six detected channels are used for stratospheric ozone retrieval, four of them in the high and low energy of the elastically backscattered signal of the emitted wavelengths and two corresponding to the first Stokes nitrogen Raman of the emitted wavelengths. Tropospheric Water Vapor profiles using Raman channels and Aerosol Backscatter profiles are also obtained. In this paper we present a detailed description of the instrument, a discussion of data analysis and the results of the first lidar-satellite inter-comparison of stratospheric ozone profiles measured with this instrument. We also present a description of the SOLAR campaign that will be held in the 2005 southern winter-spring period in Rio Gallegos (51° 55'S, 69° 14'W) with the objective of studying the ozone layer when the polar vortex crosses over the continental part of Argentina. This campaign will be supported by JICA (Japan International Cooperation Agency).
机译：如南部气氛的环境研究的一部分，该激光雷达CEILAP司与服务D'Aeronomie合作开发出了移动差分吸收激光雷达能够使同温层臭氧的精确和准确的测量。在308 nm处的XeCl受激准分子激光器发射被用作调谐技术吸收线和Nd-YAG激光器355nm的三次谐波被用作参考波长。六个检测信道用于同温层臭氧的检索，在所发射的波长的弹性背散射信号的高和低能量其中四个和两个对应于所发射的波长的第一斯托克斯拉曼氮。也获得使用拉曼信道和反向散射气溶胶型材对流层的水蒸汽分布。在本文中，我们提出的仪器的详细描述中，数据分析的讨论和与此仪器测量平流层臭氧轮廓的第一激光雷达卫星间对比的结果。我们还与客观研究臭氧层的存在，将在2005年的南方冬春期间里奥加耶戈斯举行太阳能战役的描述（51°55'S，69°14'W）时，极涡越过了阿根廷的大陆部分。此次活动将通过JICA（日本国际协力机构）的支持。

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