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首页> 外文期刊>電子情報通信学会技術研究報告. レ-ザ·量子エレクトロニクス. Lasers and Quantum Electronics >Development of a multi-stripe plastic dye laser array for a laser spectroscopy novel application of an integrated tunable laser system
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Development of a multi-stripe plastic dye laser array for a laser spectroscopy novel application of an integrated tunable laser system

机译:一种多条带塑料染料激光阵列的开发,用于激光光谱新颖应用综合可调激光系统

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摘要

Integrated and compact tunable laser was developed on dye doped plastic waveguides. Single mode stripped waveguides were fabricated, and distributed feedback structures were recorded on them. The plastic waveguided DFB laser operation was in the region of 560 nm~994 nm by introducing seven different kinds of laser dyes. Threshold energy of the integrated dye lase was 0.5μJ with a repetition rate of 1 kHz, and dye durability of 5 million shots could be attained by using a micro-chip Nd:YAG laser (SHG) as a pumping source. The proposed 'Spatially Dispersive Digital Spectrosopy' was demonstrated by using a fabricated multi-stripe, multi-wavelength DFB dye laser array.
机译:在染料掺杂塑料波导上开发了集成和紧凑的可调激光。 制造单模剥离波导,并在它们上记录分布式反馈结构。 通过引入七种不同类型的激光染料,塑料波导DFB激光操作在560nm〜994nm的区域中。 集成染料液体的阈值为0.5μJ,重复率为1kHz,可以通过使用微芯片Nd:YAG激光(SHG)作为泵浦源来实现500万次拍摄的染料耐久性。 通过使用制造的多条纹多波长DFB染料激光阵列证明了所提出的“空间分散数字光谱”。

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