A promising technique to measure water vapor content in the polar atmosphere: Lyman-α/OH fluorescence hygrometer

元データ 国立極地研究所

概要

For monitoring the water vapor content in the polar troposphere and stratosphere a Lyman-α/OH fluorescence hygrometer is very useful owing to its rapid response, high sensitivity and wide dynamic range. Cooperative measurement of Lα/OH fluorescence hygrometry with other monitoring techniques of atmospheric water vapor such as satellite, Raman scattering lidar, balloon-borne carbon humidity sensor and so on will produce abundant results which help understand the water vapor concentration in the polar atmosphere.

著者

Iwasaka Yasunobu Water Research Institute Nagoya University
Iwasaka Y Nagoya Univ. Nagoya Jpn
Kawaguchi Sadao Nagaoka National College Of Technology
Wada Makoto National Institute For Polar Research
KAWAGUCHI Sadao National Institute of Polar Research
Yamanouchi Takashi National Institute For Polar Research
Satow K Nagaoka National College Of Technology
Iwasaka Yasunobu Unmanned Aircraft Planning Group:solar Terrestrial Environmental Laboratory Nagoya University:nihon
Hirasawa Takeo National Institute of Polar Research
Murabayashi Shigeru Water Research Institute, Nagoya University
Yamashita Yoshihiro Meteorological Research Institute
Kobayashi Takao Department of Electrical Engineering, Faculty of Engineering, Fukui University
Iwasaka Yasunobu Water Research Institue Nagoya University
Koga S National Inst. Resources And Environment Tsukuba
Kobayashi Takao Department Of Bioregulatory Function Graduate School Of Medicine The University Of Tokyo
Yamada T Geosystems Inc.
Kawaguchi Sadao Nagoya University
Yamanouchi Takashi National Inst. Of Polar Res. And Dep. Of Polar Sci. The Graduate Univ. For Advanced Studies 10-3 Mid
Murabayashi Shigeru Water Research Institute Nagoya University
Koga S Nagaoka National College Of Technology
Wada Makoto National Inst. Polar Res. Tokyo

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