In optics and optoelectronics domain, the research of how to get more range of optical maser wavelength is one of the most popular topics, now. 现代光学和光电子学的发展对于激光提出了更高的要求,如何获得更宽波长范围内的各种光源,是目前该领域的研究热点。
In this thesis, the fast distinguishing technology of optical maser wavelength was researched in theoretically and practically in detail using principle of optical rotatory dispersion. 本篇论文从理论和实践上详细探讨了基于旋光色散原理快速鉴别激光波长的技术。
There is a unique certain relationship between optical maser wavelength which is measured by wave meter and optical rotation. So, the optical maser wavelength can be derived by the rotation angles. 已知激光波长与波长计得出的旋光度存在一一对应的关系,所以,可通过旋光角度得出光源的波长。