Yuting WANG, Guisheng JIANG, Lingli LI, Qilei ZHANG, Ya WANG, Qinghai LIU, Juanjuan JI, Shenlong ZHA, Yu ZHANG, Hui ZHANG, Hongliang MA. Development review of optical gas absorption cell[J]. Journal of Atmospheric and Environmental Optics, 2023, 18(5): 401
- Journal of Atmospheric and Environmental Optics
- Vol. 18, Issue 5, 401 (2023)
![Traditional White gas absorption cell[10]](/richHtml/dqyhjgx/2023/18/5/401/img_01.jpg)
Fig. 1. Traditional White gas absorption cell[10]
![Structure of Doussin gas absorption cell (a) and its light pattern (b)[14]](/richHtml/dqyhjgx/2023/18/5/401/img_02.jpg)
Fig. 2. Structure of Doussin gas absorption cell (a) and its light pattern (b)[14]
![“T”-shaped White absorption cell[15]](/Images/icon/loading.gif){kind=icon}
Fig. 3. “T”-shaped White absorption cell[15]
Fig. 4. Structure of Chernin type gas absorption cell (a) and its light pattern (b)[11]
Fig. 5. Structural diagram of Herriott type gas absorption cell
Fig. 6. Structure of astigmatic type gas absorption cell (a) and its light patterns with optical path of 100 m (b) and 36 m (c)[23]
Fig. 7. Structure of Cylindrical mirror gas absorption cell (a) and its light patterns with curvature radius of 77.3 cm (b) and 262 cm (c)[24]
Fig. 8. Structure of Robert gas absorption cell (a) and its light patterns (b)[25]
Fig. 9. Structure (a) and spot pattern (b) of the gas multi-pass cell developed by Liu et al.[27]
Fig. 11. Spot patterns of the dense absorption cell (a)[21] and the dual-path Herriott-type gas absorption cell (b)[30]
Fig. 12. Dense spot patterns with optical path of 24.06 m (a) and with optical path of 46.11 m (b)
Fig. 13. Circular multipass cell structure designed by Chernin et al.[13]
Fig. 14. Calculated (a) and actual (b) beam patterns of the circular multipass cell designed by Manninen et al.[31]
Fig. 15. Double circular design of circular multipass gas absorption cell[32]
Fig. 16. Structure diagram of spiral gas absorption cell (a) and its 3D tracing diagram (b), (c)[33,34]
Fig. 17. Three dimensional view of spherical mirror reflection in double ring gas absorption cell[35]
Fig. 18. "Hot window" type high temperature gas absorption cell[46]
Fig. 19. "Cold window" type high temperature gas absorption cell[50]
Fig. 20. "Windowless" high temperature gas absorption cell[55]
Fig. 21. Single-pass cryogenic gas absorption cell system designed by Willey et al.[58] (a) and Gao et al.[59] (b)
Fig. 22. Herriott type cryogenic gas absorption cell designed by Mondelain et al.[74]
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Table 1. Principles，performance indexes，advantages and disadvantages of various optical gas absorption cells
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