NDACC ozone LIDAR data data sets from NIWA Lauder atmospheric research station available at the NDACC and EVDC Data Handling Facilities

The RIVM stratospheric lidar is a differential absorption lidar (DIAL). Since September 2007, it has a Coherent LPXPro 325C XeCl excimer laser, predominantly emitting light pulses in the wavelength 308 nm. A secondary beam (at 353 nm) is generated through Raman conversion in a Hydrogen cell. Subsequently, the system measures the backscatter in these two wavelengths (both measured in near [5% intensity] and far [95% intensity] channels) and at 332 and 385 nm (Raman channels).

荷兰国家公共卫生与环境研究所（RIVM）的平流层激光雷达为差分吸收激光雷达（DIAL）。自2007年9月起，该系统配备相干LPXPro 325C型XeCl准分子激光器，其主要发射波长为308 nm的光脉冲。波长353 nm的次级光束通过氢气室中的拉曼转换生成。后续，该系统将对上述两个波长的后向散射信号（分别通过近程[强度占比5%]与远程[强度占比95%]探测通道采集）以及332 nm、385 nm波长的拉曼通道信号开展测量。

搜集汇总

背景与挑战

背景概述

该数据集包含来自新西兰NIWA Lauder大气研究站的NDACC臭氧激光雷达（LIDAR）观测数据，基于差分吸收激光雷达（DIAL）技术，主要测量308 nm和353 nm波长，适用于大气科学研究。数据以NASA AMES和GEOMS HDF格式提供，发布于2020年，受NIWA、ESA、NASA等多个机构资助，并遵循CC BY-NC-SA许可证和NDACC数据使用协议。