摘要
光声光谱检测可很好地应用在植物光合作用的研究领域,可更有效于传统检测方法并已在大量检测研究中得以证明。在一套光声光谱仪检测装置中,光声池是其核心部件,其设计好坏直接影响着实验的结果。文章阐述了适用于植物光合作用的光声池的设计方法及其需要关注的关键问题;展望了植物光合作用的光声光谱检测与其他检测方法联用的重点及其研究方向;提出了光声池设计中应着重关注其活体实时在线检测及其相关技术问题。
Photoacoustic spectroscopy can be well applied in research of plant photosynthesis, a lot of study has be proven that, it can be more effective than traditional detection method. Photoacoustic cell is the core components in photoacoustic spectrometer. The design of photoacoustic cell directly influences the results of experiments, we summarized the design method of photoacoustic cell applicable in plant photosynthesis and its key problems which need attention, and prospected the combination of photoacoustic spectroscopy and other detection methods, put forward photoacoustic cell＇ s subsequent design should be paid special attention to real-time ＂on-line＂ detection and its correlative technique problem.
出处
《激光生物学报》
CAS
CSCD
2011年第5期569-574,共6页
Acta Laser Biology Sinica
基金
国家自然科学基金项目(60974038)
关键词
光声光谱
光声池
光合作用
photoacoustic spectroscopy
photoacoustic cell
photosynthesis
