Review on the Research Progress of Non-secondary Greenhouse Gas HFC Remote Sensing and Observation

Hao ZHANG; Xingying ZHANG; Zhengqiang LI; Yinghui HAN; Cheng FAN; Li LI; Zheng SHI; Zhuo HE; Qian YAO; Peng ZHOU

doi:10.11873/j.issn.1004-0323.2024.1.0001

Remote Sensing Technology and Application, Volume. 39, Issue 1, 1(2024)

Review on the Research Progress of Non-secondary Greenhouse Gas HFC Remote Sensing and Observation

Hao ZHANG^1,3、*, Xingying ZHANG², Zhengqiang LI^1,3, Yinghui HAN³, Cheng FAN^1,3, Li LI^1,3, Zheng SHI^1,3, Zhuo HE^1,3, Qian YAO^1,3, and Peng ZHOU^1,4

Author Affiliations

¹State Environmental Protection Key Laboratory of Satellite Remote Sensing，Aerospace Information Innovation Research Institute，Chinese Academy of Sciences，Beijing 100094，China

²National Satellite Meteorological Center，China Meteorological Administration，Beijing 100081，China

³University of Chinese Academy of Sciences，Beijing 100049，China

⁴School of Surveying and Land Information Engineering，Henan Polytechnic University，Jiaozuo 454000，China

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Figures & Tables(10)

Fig. 1. HFC-134a satellite remote sensing inversion distribution map（isolongitude profile）^［9］

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Fig. 2. GC/MS gas chromatography mass spectrometer

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Fig. 3. SCISAT satellite structural diagram with ACE-FTS load

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Fig. 4. Solar occultation technique

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Fig. 5. HFC-32 spectrum calculated at 35°N， 125°W and 5 km tangent height

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Fig. 6. HFC-32 Satellite remote sensing inversion process

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Fig. 7. HFC-32 inversion result （isolongitude profile）^［13］

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Table 1. Global age station information table

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Table 1. Global age station information table

序号	站点名称	纬度/°N	经度/°E
1	Tacolneston	52.5	1.14
2	Taunus	50.22	8.44
3	Monte Cimone	44	10
4	Jungfraujoch	47	8
5	Hateruma	24	123
6	Cape Ochiishi	43	145
7	Gosan, Jeju Island	33	126
8	Shangdianzi	40	117
9	Zeppelin,Ny-Alesund	79	12
10	Mt. Mugogo	-1.6	29.6
11	Ragged Point	13	-59
12	Trinidad Head	41	-124
13	Cape Meares,Oregon	45	-124
14	Mace Head	53	-10
15	Adrigole	52	-10
16	Cape Grim	-41	145
17	Cape Matatula	-14	-171

Table 2. The information of ACE-FTS sensor
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Table 2. The information of ACE-FTS sensor
序号技术参数指标
1 光谱范围/cm^-1 750~4 400
2 光谱分辨率/cm^-1 0.02
3 信噪比 >100∶1
4 视场角/mrad 1.2
5 过滤通道/µm^-1 0.525、1.02
6 孔径/mm 100
7 平均功耗/W 37

Table 3. List of ACE-FTS and similar sensors
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Table 3. List of ACE-FTS and similar sensors
仪器光谱范围光谱分辨率垂直分辨率
HALOE 996~4 081 cm^-1 - -
ILAS 850~1 611 cm^-1 0.012 9 nm 1.9~3.5 km
ACE-FTS 750~4 400 cm^-1 0.02 cm^-1 3~4 km
AIUS 752~4 166 cm^-1 0.03 cm^-1 3~6 km

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Hao ZHANG, Xingying ZHANG, Zhengqiang LI, Yinghui HAN, Cheng FAN, Li LI, Zheng SHI, Zhuo HE, Qian YAO, Peng ZHOU. Review on the Research Progress of Non-secondary Greenhouse Gas HFC Remote Sensing and Observation[J]. Remote Sensing Technology and Application, 2024, 39(1): 1

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