Spectrum characteristic study of sodium-ethane excimer pairs

Shu Hu, Baodong Gai, Pengyuan Wang, Hui Li, Y. Tan, Jinbo Liu, Jingwei Guo
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引用次数: 1

Abstract

Excimer pumped sodium laser (XPNaL) can accurately achieve lasing at 589.16 nm without any complicated control system to reduce the wavelength error, so XPNaL will provide a novel technical system for sodium beacon laser. In this paper, we studied the Na-C2H6 system, which was an efficient excimer pair. We excited the Na-C2H6 system using a pulsed dye laser with wavelength of 553 nm, and measured lifetime of sodium D2 line based on the fluorescence spectra. Meanwhile, we have also detected strong amplified spontaneous emission (ASE) signal in Na-C2H6 system, through the experimental study, the Na-C2H6 system is considered to own the potential to be utilized in high power XPNaL.
钠-乙烷准分子对的光谱特性研究
准分子泵浦钠激光器(XPNaL)无需复杂的控制系统即可精确实现589.16 nm的激光输出,从而减小了波长误差,为钠信标激光器提供了一种新的技术体系。本文研究了Na-C2H6体系,这是一种高效的准分子对。利用波长为553 nm的脉冲染料激光器激发Na-C2H6体系,并根据荧光光谱测量了D2钠谱线的寿命。同时,我们还在Na-C2H6体系中检测到较强的自发发射放大(ASE)信号,通过实验研究认为Na-C2H6体系具有应用于大功率XPNaL的潜力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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