Ground-based measurements of mesospheric water vapor with 13.7m radio telescope

ZHOU Yulan; ZENG Qin; PEI Liben; YANG Guipan; LIU Changsheng

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Ground-based measurements of mesospheric water vapor with 13.7m radio telescope

机译：用13.7m射电望远镜对中层水蒸气进行地面测量

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Ground-based remote sensing has been an important technique in the measurement of the mesosphere. This technique involves making high spectral resolution measurement of the predominantly pressure-broadening rotational spectra of the mesospheric molecules and then inverting the measured spectra to yield information on the vertical distribution of the molecular mixing ratio. Using this technique, we have measured and studied vertical distribution of the mesospheric ozone in 1989 cooperating with Nagoya University.

机译：地面遥感已成为测量中层空间的一项重要技术。该技术涉及对中层分子主要是压力扩展旋转光谱进行高光谱分辨率测量，然后将测得的光谱反转以产生有关分子混合比垂直分布的信息。利用这种技术，我们与名古屋大学合作，于1989年测量并研究了中层臭氧的垂直分布。

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来源
《Chinese science bulletin》 |1995年第22期|p.1899-1902|共4页
作者
ZHOU Yulan; ZENG Qin; PEI Liben; YANG Guipan; LIU Changsheng;
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作者单位

Purple Mountain Observatory, United Laboratory for Radio Astronomy, Chinese Academy of Sciences, Nanjing 210008, China;

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原文格式 PDF
正文语种 eng
中图分类自然科学现状及发展;
关键词
mesospheric water; millimeter wave remote sensing; inversion procedure;

机译：中层水;毫米波遥感;反演程序;

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专利

1. Ground-based measurements of mesospheric water vapor with 13.7m radio telescope [J] . ZHOU Yulan, ZENG Qin, PEI Liben, Chinese science bulletin . 1995,第22期

机译：用13.7m射电望远镜对中层水蒸气进行地面测量
2. A COMPARATIVE STUDY OF MESOSPHERIC WATER VAPOR MEASUREMENTS FROM THE GROUND-BASED WATER VAPOR MILLIMETER-WAVE SPECTROMETER AND SPACE-BASED INSTRUMENTS [J] . Nedoluha GE., Gomez RM., Waltman WB., Journal of Geophysical Research. Biogeosciences . 1997,第d14期

机译：基于地基水蒸气毫米波谱仪和基于空间仪器的中层水蒸气测量的比较研究
3. Comparison of Ground-Based FTIR and Radio Sounding Measurements of Water Vapor Total Content [J] . A. O. Semenov, Ya. A. Virolainen, Yu. M. Timofeyev, Atmospheric and oceanic optics . 2015,第2期

机译：地面FTIR和水汽总含量的无线电测深测量的比较
4. Measurement Of Water Vapor And Cloud Liquid Water Content By A Dual-channel Ground-based Microwave Radiometer [C] . Conglong Zhao, Huaqing Cai . 2001

机译：双通道地面微波辐射计测量水汽和云层液体含水量
5. Retrieval techniques and information content analysis to improve remote sensing of atmospheric water vapor, liquid water and temperature from ground-based microwave radiometer measurements. [D] . Sahoo, Swaroop. 2014

机译：检索技术和信息内容分析，可通过地面微波辐射计测量结果改善对大气水蒸气，液态水和温度的遥感。
6. Observed responses of mesospheric water vapor to solar cycle and dynamical forcings [O] . Ellis Remsberg, Robert Damadeo, Murali Natarajan, -1

机译：观测到的中层水汽对太阳周期和动力强迫的响应
7. A QBO-signal in mesospheric water vapor measurements at ALOMAR (69.29° N, 16.03° E) and in model calculations by LIMA over a solar cycle [O] . Sonnemann, G. R., Hartogh, P., Li, S., 2009

机译：在ALOMAR（69.29°N，16.03°E）的中层水汽测量中以及在太阳周期中LIMA进行的模型计算中的QBO信号

Ground-based measurements of mesospheric water vapor with 13.7m radio telescope

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