1995•Journal of the Optical Society of America BRequires access

Multiwavelength optical parametric amplification with angle-tuned lithium triborate

Zuyan Xu, Xiang Liu, Daoqun Deng, Qiong Wu, Ling-An Wu, Baichang Wu, Shujie Lin, Bin Lin, Chuangtian Chen, Peilin Wang

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Abstract

The retracing behavior of the phase matching in optical parametric processes with angle-tuned LiB3O5 crystals has been investigated. The simultaneous generation of two pairs of parametric beams and a novel multiwavelength interaction phenomenon have been observed and analyzed. The design and performance of a picosecond multiwavelength optical parametric amplifier with three angle-tuned lithium triborate crystals is described. As much as 2.34 mJ/pulse of output, corresponding to a conversion efficiency of 26%, has been obtained.

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What this paper is about

The retracing behavior of the phase matching in optical parametric processes with angle-tuned LiB3O5 crystals has been investigated. The simultaneous generation of two pairs of parametric beams and a novel multiwavelength interaction phenomenon have been observed and analyzed. The design and performance of a picosecond multiwavelength optical parametric amplifier with three angle-tuned lithium triborate crystals is described. As much as 2.34 mJ/pulse of output, corresponding to a conversion efficiency of 26%, has been obtained.

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Available abstract

The retracing behavior of the phase matching in optical parametric processes with angle-tuned LiB3O5 crystals has been investigated. The simultaneous generation of two pairs of parametric beams and a novel multiwavelength interaction phenomenon have been observed and analyzed. The design and performance of a picosecond multiwavelength optical parametric amplifier with three angle-tuned lithium triborate crystals is described. As much as 2.34 mJ/pulse of output, corresponding to a conversion efficiency of 26%, has been obtained.

Key concepts: Lithium triborate, Optical parametric amplifier, Parametric statistics, Optics, Phase matching, Picosecond, Materials science, Optical amplifier

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