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Long range scanning pulsed Coherent Lidar for real time wind monitoring in the Planetary Boundary Layer

机译：远程扫描脉冲相干激光雷达，可在行星边界层中实时监测风

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A new long range lidar has been designed and tested at LEOSPHERE, based on 1550nm fibered pulsed EDFA technology. The Windcube200S measures in 3D wind profiles up to 7km with 70m spatial resolution, 0.5m/s velocity resolution ad 1s time resolution. The lidar is integrated in a robust casing for long term atmosphere monitoring.

机译：基于1550nm光纤脉冲EDFA技术，新的远程激光雷达已在LEOSPHERE设计和测试。 Windcube200S在3D风剖面中可测量7 km的距离，其空间分辨率为70m，速度分辨率为0.5m / s，时间分辨率为1s。激光雷达集成在坚固的外壳中，可以长期监测大气。

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来源
《16th coherent laser radar conference 2011》|2011年|p.148-151|共4页
会议地点 Long Beach CA(US);Long Beach CA(US)
作者
Jean-Pierre Cariou; Laurent Sauvage; Ludovic Thobois; Guillaume Gorju; Mehdi Machta; Guillaume Lea; Marie Duboue;
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作者单位

LEOSPHERE SAS -16 Rue Jean Rostand - 91400 Orsay- France;

LEOSPHERE SAS -16 Rue Jean Rostand - 91400 Orsay- France;

LEOSPHERE SAS -16 Rue Jean Rostand - 91400 Orsay- France;

LEOSPHERE SAS -16 Rue Jean Rostand - 91400 Orsay- France;

LEOSPHERE SAS -16 Rue Jean Rostand - 91400 Orsay- France;

LEOSPHERE SAS -16 Rue Jean Rostand - 91400 Orsay- France;

LEOSPHERE SAS -16 Rue Jean Rostand - 91400 Orsay- France;

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正文语种 eng
中图分类光学定位雷达、激光雷达;
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专利

1. Set of Algorithms and Techniques for Accurate 3D, Single Beam – Single Pointing, Lidar Measurements for Slant Range Visibility, Planetary Boundary Layer Height and Wind Speed Retrieval, Atmospheric Layers Spatial Distribution and Categorization in Real Time [J] . Alexandros Pantazis, Alexandros Papayannis EPJ Web of Conferences . 2020,第4期

机译：一套算法和精确3D，单束 - 单指向，LIDAR测量，用于倾斜范围可见性，行星边界层高度和风速检索，大气层空间分布和实时分类
2. Lidar algorithms and technique in 3D scanning for planetary boundary layer height and single-beam-single-pointing wind speed retrieval [J] . Pantazis Alexandros, Papayannis Alexandros Applied optics . 2019,第9期

机译：三维扫描三维扫描的激光雷达算法及单梁单向风速检索
3. Long-range wind monitoring in real time with optimized coherent lidar [J] . Agnes Dolfi-Bouteyre, Guillaume Canat, Laurent Lombard, Optical engineering . 2017,第3期

机译：优化的相干激光雷达实时进行远程风向监测
4. Long range scanning pulsed Coherent Lidar for real time wind monitoring in the Planetary Boundary Layer [C] . Jean-Pierre Cariou, Laurent Sauvage, Ludovic Thobois, Coherent laser radar conference . 2011

机译：长距离扫描脉冲相干激光器，用于实时风电监测行星边界层
5. Determination of Planetary Boundary Layer Height from Ground Based Wind Profiler and Lidar Measurements using the Covariance Wavelet Transform (CWT). [D] . Compton, Jaime Cole. 2012

机译：使用协方差小波变换（CWT）从基于地面的风廓线仪和激光雷达测量中确定行星边界层高度。
6. Independent Biaxial Scanning Light Detection and Ranging System Based on Coded Laser Pulses without Idle Listening Time [O] . Gunzung Kim, Yongwan Park 2018

机译：基于编码激光脉冲的独立双轴扫描光探测与测距系统无空闲时间
7. Investigation of feasibility of wind turbulence measurement by a pulsed coherent doppler lidar in the atmospheric boundary layer [O] . Igor Smalikho, Viktor Banakh 2018

机译：大气边界层脉冲相干多普勒利达脉冲湍流测量可行性研究
8. Monitoring of the Boundary-Layer Stratification by a Scanning Mie Lidar During the FOS 83 Experiment [R] . Renaut, D., Capitini, R. 1984

机译：在FOs 83实验期间通过扫描mie激光雷达监测边界层分层

Long range scanning pulsed Coherent Lidar for real time wind monitoring in the Planetary Boundary Layer

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