CAJ | 학술논문

转动光谱学是以量子力学为基础，研究分子、自由基，以及离子的转动光谱的基础科学，在天文观测以及大气成分监测等领域有着重要的应用。本文综述了转动光谱学的一些基本理论，两种傅里叶变换微波光谱仪的搭建原理，以及几种典型的微波光谱实例分析，并对微波光谱技术的未来发展做了展望。
전동광보학시이양자역학위기출，연구분자、자유기，이급리자적전동광보적기출과학，재천문관측이급대기성분감측등영역유착중요적응용。본문종술료전동광보학적일사기본이론，량충부리협변환미파광보의적탑건원리，이급궤충전형적미파광보실례분석，병대미파광보기술적미래발전주료전망。
Based on quantum mechanics, rotational spectroscopy is a branch of fundamental science to study the rotational spectra of molecules, free radicals and ions, and has great applications on radio astronomy and many analytical fields such as atmospheric remote sensing. In this paper we reviewed the basic theory of rotational spectroscopy, two different types of Fourier transform microwave spectrometers, some typical spectroscopic analysis, and future prospect of the microwave spectroscopic techniques as well.