Application of a novel two-longitudinal-mode LD as a source for CW THz wave generation by photomixing

T. Hidaka, S. Matuura, M. Tani, K. Sakai
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Abstract

Summary form only given. Generation of cw THz electromagnetic waves by photomixing of two lights from independent two lasers had attracted a great deal of attention. However, each laser in the system should be stabilized separately, and a perfect spatial mode matching was required for efficient THz generation. Optical-alignment procedure is troublesome in practical uses. We report here a novel cw THz wave generation system using a two-longitudinal-mode laser diode (LD) in place of those complex or expensive light sources so far used. The two-longitudinal-mode LD used here radiated two coherent lights with their separation about 0.9THz, simultaneously from a single stripe.
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一种新型双纵模LD作为光混合产生连续太赫兹波源的应用
只提供摘要形式。利用独立的两个激光器的光混合产生连续波太赫兹电磁波引起了人们的广泛关注。然而,系统中的每个激光器都需要单独稳定,并且需要完美的空间模式匹配才能有效地产生太赫兹。光学对准过程在实际应用中比较麻烦。本文报道了一种新型的连续波太赫兹波产生系统,该系统使用双纵模激光二极管(LD)来代替迄今为止使用的复杂或昂贵的光源。本文采用的双纵模LD从一条条纹同时发射两束相干光,其间距约为0.9THz。
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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