LIDAR (Light Detection and Ranging) sends short laser pulses into the atmosphere which interact with atmospheric particles, generating reflection and scattering light, which are then collected by telescopes for analysis to obtain atmospheric parameters. LIDAR is an active remote sensing tool which embraces various types such as aerosol LiDAR, ozone LiDAR, and Raman LiDAR, depending on the detection needs. Common wavelengths used are 266 nm and 355 nm in the UV band, 532 nm in the visible band, and 1,064 nm in the near-infrared band.
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Solution
The Nimma-L series lasers from Beamtech Optronics Co., Ltd. are specifically designed for high-energy meteorological LIDAR applications, including ozone LIDAR and Raman LIDAR. This series features an new automatic phase-adjustment (NAPA)frequency doubling module which optimizes frequency doubling efficiency automatically to enhance the convenience of remote operation and system integration.
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Lapa
The Lapa series lasers are a new generation of air-cooled, DPSS lasers.They offer fundamental energy output of 100mJ, repetition rates from 1-20Hz, and pulse widths of less than 10ns. Frequency doubling to 532nm, tripling to 355nm, and quadrupling to 266nm are available options.
