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Output Properties of an Optically Side-Pumped Molecular Laser

机译:光学侧泵分子激光器的输出特性

摘要

This paper presents a novel type of optically pumped molecular laser and its output properties which were measured for several operational parameters. This optically side-pumped laser emits a sub-millimeter wave and features a lateral incidence of the infrared pump light. The dimension of the fabricated laser is 640 X 190 X185 mm3 and is considerably compact compared to conventional, optically pumped molecular lasers. The optically side-pumped laser, which operates on a CH3OH 119 symbolm line pumped with CO2 9P(36), emitted a power of 39 μW at a pump power of 13 W. Gain profiles, absorption efficiency and the reflection loss of pump light in the new laser are theoretically discussed and compared with those of the conventional end-pumped type.
机译:本文介绍了一种新型的光泵浦分子激光器及其输出性能,这些性能是针对几个操作参数进行测量的。这种光学的侧面泵浦激光器发出亚毫米波,并具有红外泵浦光的横向入射。所制造的激光器的尺寸为640 X 190 X185 mm3,与常规的光泵浦分子激光器相比,其结构紧凑。光学侧泵浦激光器在以CO2 9P(36)泵浦的CH3OH 119符号线上工作,在13 W的泵浦功率下发出39μW的功率。增益曲线,吸收效率和泵浦光的反射损耗从理论上讨论了这种新型激光器,并将其与传统的端泵型激光器进行了比较。

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