摘要
本文设计了一种实验系统。在实验中采用频率为２４５０ＭＨｚ的微波作为激励源，观察了６５６．１ｎｍ、４８６．２ｎｍ、３９４．２ｎｍ等几条［Ｏ２（１△ｇ）］２二聚物的谱带，并利用放大的自发辐射法测出了６５６．１ｎｍ处介质的小信号增益曲线。当气压力０．３ｔｏｒｒ，微波功率为３００Ｗ时，净增益为１．８３％ｃｍ－１。可见［Ｏ２（△ｇ）］２二聚物可望成为一种新型准分子激光介质。
In this thesis,an experimental system has been designed.In the experiment,using a 2450 MHz microwave as exciting source,we have obtained several spectral bands of [O2 (1△g)]2 whose centre wave lengths are656.1nm, 486.2nm,and 394. 2nm respectively. We have obtained the gain characteristics of the medium at 656.1nmby the means of amplified spontaneous emission. When the pressure of oxygen was 0. 3 torr and the power of microwave was 300W, the met gain as high as 1. 83 % cm-1 was obtained,so the dimer of [O2 (1△g)]2 is expected to be a new excimer laser medium.
出处
《激光杂志》
CAS
CSCD
北大核心
1996年第3期116-118,131,共4页
Laser Journal
