光学气体吸收池的研究进展

摘要/Abstract

摘要： 光学气体吸收池可以模拟气体分子的吸收环境并提供较长的吸收光程，因此被广泛应用于气体分子光谱测量以及痕量气体检测等领域。从常温和变温两个角度综述了光学气体吸收池的发展历程，首先介绍了应用于常温气体测量的White 型、Chernin 型、Herriott 型、环型光学气体吸收池的结构原理以及相关应用，并分析了相应的优缺点；随后总结了应用于变温气体测量的光学气体吸收池的技术工艺、主要性能指标、结构特点及应用；最后，对光学气体吸收池的发展前景进行了展望。

关键词: 光学气体吸收池, 气体检测, 激光吸收光谱

Abstract: As it can simulate the absorption environment of gas molecules and provide a long absorption optical path, optical gas absorption cell has been widely used in gas molecular spectroscopy, trace gas detection and other fields. The development of optical gas absorption cell is reviewed from the perspectives of normal temperature and variable temperature in this work. Firstly, the principle and application of White cell, Chernin cell, Herriott cell and Circular multipass optical gas absorption cell used in room temperature gas measurement are introduced, and the corresponding advantages and disadvantages are analyzed. Then, the technology, main performance indexes, structure characteristics and applications of the optical gas absorption cell used in variable temperature gas measurement are described. Finally, the future development of optical gas absorption cell is prospected.

Key words: optical absorption cell, gas detection, laser absorption spectrum

中图分类号:

O433

王玉婷, 江贵生, 李伶俐, 张启磊, 汪亚, 刘清海, 纪娟娟, 查申龙, 张钰, 张惠, 马宏亮. 光学气体吸收池的研究进展[J]. 大气与环境光学学报, 2023, 18(5): 401-419.

WANG Yuting, JIANG Guisheng, LI Lingli, ZHANG Qilei, WANG Ya, LIU Qinghai, JI Juanjuan, ZHA Shenlong, ZHANG Yu, ZHANG Hui, MA Hongliang . Development review of optical gas absorption cell[J]. Journal of Atmospheric and Environmental Optics, 2023, 18(5): 401-419.

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