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本文阐述了傅里叶变换光谱学的基本原理和理论,评述了近年来这一领域中的若干重要进展。目前傅里叶变换光谱学方法已发展成为从亚亳米波到红外甚至近红外区域最重要最有力的光谱学手段,并广泛用于科学研究、工业检测、空间开发和环境监护等各方面。非对称傅里叶变换光谱学,双束傅里叶光谱方法,傅里叶变换数据处理,远红外和近红外波段的傅里叶光谱方法,以及傅里叶光谱方法和其他技术结合等方面仍在继续研究发展之中。
This paper describes the basic theory and theory of Fourier transform spectroscopy and reviews some important advances in this field in recent years. At present, the Fourier transform spectroscopy has developed into the most important and powerful spectroscopic method from the millimeter wave to the infrared and even the near infrared. It is widely used in scientific research, industrial testing, space development and environmental monitoring. Asymmetric Fourier transform spectroscopy, two-beam Fourier spectroscopy, Fourier transform data processing, Fourier spectroscopy in the far-infrared and near-infrared bands, and Fourier spectroscopy in combination with other techniques Continue to research and development.