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中国科学通报：英文版

Distribution of populations in excited states of electrodeless discharge lamp of Rb atoms

Tao, Zhiming, Wang, Yanfei, Hong, Yelong, Dongying, Zhang, ShengNan, Zhuang, Wei Nie, Chen, JingBiao

Published Jan 1, 2013• 0 citations
OpenAlex

Abstract

荧光的紧张光谱在 3501110 nm 的区域的 Rb 原子的线在 eletrodeless 被测量分泌物灯。在激动的状态之间的人口比率与率方程根据自发的转变可能性被计算。同时，精力水平的人口密度也被获得。没有抽的激光，结果以更高激动的状态在原子过滤器和光频率引用提供无电极的分泌物灯的潜在的应用程序。

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荧光的紧张光谱在 3501110 nm 的区域的 Rb 原子的线在 eletrodeless 被测量分泌物灯。在激动的状态之间的人口比率与率方程根据自发的转变可能性被计算。同时，精力水平的人口密度也被获得。没有抽的激光，结果以更高激动的状态在原子过滤器和光频率引用提供无电极的分泌物灯的潜在的应用程序。
The intensity of fluorescence spectral lines of Rb atoms in the region of 350–1110 nm is measured in eletrodeless discharge lamp. The population ratio between the excited states is calculated according to the spontaneous transition probabilities with rate equations. At the same time, the population density of energy level is also obtained. The results provide the potential applications of electrodeless discharge lamp in atomic filter and optical frequency reference at higher excited states without a pumping laser.
Population ratios between excited states are measured to build the excited state Faraday anomalous dispersion optical filter (ESFADOF).We calculate these values between the excited states according to the spontaneous transition probabilities using rate equations and the measured intensities of fluorescence spectral lines of He atoms in an electrodeless discharge lamp in the visible spectral region from 350 to 730 nm.The electrodeless discharge lamp with populations in excited states can be used to realize the frequency stabilization reference of the laser frequency standard.This lamp can also build ESFADOFs for submarine communication application in the blue-green wavelength to simplify the system without the use of a pump laser.