Bistatic Imaging Lidar Measurements in the Lower Atmosphere

In order to measure spatial distributions of aerosol, fog and clouds in the lower atmosphere during daytime as well as nighttime, we have been developing a bistatic imaging lidar using a high sensitivity cooled CCD camera with an image intensifier as a high speed shutter. We made two field observati...

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Veröffentlicht in:Rēzā kenkyū 1999/12/15, Vol.27(12), pp.827-834
Hauptverfasser: LIN, Jinming, MISHIMA, Hidetsugu, KUBOTA, Yasuhiro, KOBAYASHI, Fumitoshi, KAWAHARA, Takuya, SAITO, Yasunori, NOMURA, Akio, YAMAGUCHI, Kenji, MORIKAWA, Kimio
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container_end_page 834
container_issue 12
container_start_page 827
container_title Rēzā kenkyū
container_volume 27
creator LIN, Jinming
MISHIMA, Hidetsugu
KUBOTA, Yasuhiro
KOBAYASHI, Fumitoshi
KAWAHARA, Takuya
SAITO, Yasunori
NOMURA, Akio
YAMAGUCHI, Kenji
MORIKAWA, Kimio
description In order to measure spatial distributions of aerosol, fog and clouds in the lower atmosphere during daytime as well as nighttime, we have been developing a bistatic imaging lidar using a high sensitivity cooled CCD camera with an image intensifier as a high speed shutter. We made two field observational campaigns. One made cooperatively with a wind profiler and a radiosonde at Moriya (36 km north of Tokyo) for 5 days from May 26 to 30, 1997 and another cooperatively with a monostatic lidar at Hakuba alpine ski area of Nagano for 10 days from February 7 to 16, 1998 during the period of the 18th winter Olympic Games in Japan. In this paper we report the results obtained at both campaigns and demonstrate the unique capabilitiesof the bistatic imaging lidar in measuring meteorological features of the lower atmosphere under different local conditions.
doi_str_mv 10.2184/lsj.27.827
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subjects Bistatic lidar
CCD camera
Imaging lidar
Lower atmosphere
title Bistatic Imaging Lidar Measurements in the Lower Atmosphere
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