Evaluation on vertical space characteristics of atmospheric water vapor and ozone for FY-4A GIIRS data sounding

Ci SONG; Qiu YIN

doi:10.11972/j.issn.1001-9014.2021.04.013

Journal of Infrared and Millimeter Waves, Volume. 40, Issue 4, 539(2021)

Evaluation on vertical space characteristics of atmospheric water vapor and ozone for FY-4A GIIRS data sounding

Ci SONG^1,2 and Qiu YIN^3、*

Author Affiliations

¹School of Communication and Information Engineering， Shanghai University， Shanghai 200444， China

²College of Science， Zhongyuan University of Technology， Zhengzhou 450007， China

³Shanghai Meteorological Service， Shanghai 200030， China

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Figures & Tables(13)

Fig. 1. Sounding altitude distribution of water vapor for FY-4A GIIRS （ $S N R_{m i n}$ =10， 20）

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Fig. 2. Sounding altitude distribution of ozone for FY-4A GIIRS （ $S N R_{m i n}$ =10， 20）

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Fig. 3. Sounding altitude distribution of atmospheric temperature for FY-4A GIIRS （ $S N R_{m i n}$ =10， 20）

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Fig. 4. Sounding altitude resolution distribution of water vapor for FY-4A GIIRS （ $S N R_{m i n}$ =10， 20）

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Fig. 5. Sounding altitude resolution distribution of ozone for FY-4A GIIRS （ $S N R_{m i n}$ =10， 20）

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Fig. 6. Sounding altitude resolution distribution of atmospheric temperature for FY-4A GIIRS （ $S N R_{m i n}$ =10， 20）

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Fig. 7. Sounding vertical asymmetry of water vapor for FY-4A GIIRS （ $S N R_{m i n}$ =10， 20）

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Fig. 8. Sounding vertical asymmetry of ozone for FY-4A GIIRS （ $S N R_{m i n}$ =10， 20）

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Fig. 9. Sounding vertical asymmetry of atmospheric temperature for FY-4A GIIRS （ $S N R_{m i n}$ =10， 20）

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Fig. 10. Sounding vertical coverage of water vapor for FY-4A GIIRS （ $S N R_{m i n}$ =10， 20）

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Fig. 11. Sounding vertical coverage of ozone for FY-4A GIIRS （ $S N R_{m i n}$ =10， 20）

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Fig. 12. Sounding vertical coverage of atmospheric temperature for FY-4A GIIRS （ $S N R_{m i n}$ =10， 20）

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Table 1. The number of reserved channels of water vapor, ozone, and atmospheric temperature with different sounding $S N R_{m i n}$
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Table 1. The number of reserved channels of water vapor, ozone, and atmospheric temperature with different sounding $S N R_{m i n}$
长波通道数中波通道数
$S N R_{m i n}$ 10 20 10 20
水汽 50 20 568 476
臭氧 54 5 / /
大气温度 223 145 724 635

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Ci SONG, Qiu YIN. Evaluation on vertical space characteristics of atmospheric water vapor and ozone for FY-4A GIIRS data sounding[J]. Journal of Infrared and Millimeter Waves, 2021, 40(4): 539

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Paper Information

Category: Research Articles

Received: Nov. 17, 2020

Accepted: --

Published Online: Sep. 9, 2021

The Author Email: Qiu YIN (yinqiu@cma.gov.cn)

DOI:10.11972/j.issn.1001-9014.2021.04.013

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Table 1. The number of reserved channels of water vapor, ozone, and atmospheric temperature with different soundingSNRmin

Table 1. The number of reserved channels of water vapor, ozone, and atmospheric temperature with different soundingSNRmin

Table 1. The number of reserved channels of water vapor, ozone, and atmospheric temperature with different sounding $S N R_{m i n}$

Table 1. The number of reserved channels of water vapor, ozone, and atmospheric temperature with different sounding $S N R_{m i n}$