Growth, Characterization and Optical Device Applications of B-Barium Borate

提出了一项为期一年的研究计划，以开发新的光源 例如宽调谐光学参量振荡器和紫外光 基于新型非线性光学晶体的飞秒激光光源 偏硼酸钡（BBO）。 这项提案的调查人员已经 最近首次成功地生长了BBO的大晶体 在这个国家。 然而，还有很多工作要做， 技术，并完全表征这种新晶体。 他们 我建议集中力量做好以下工作：（1）完善成长机制 大尺寸BBO晶体的制备技术;（2）BBO晶体的完整表征 晶体;（3）发展飞秒紫外激光源， 在BBO中加倍。

A one-year research program is proposed to develop new optical sources such as widely tunable optical parametric oscillators and ultra-violet femtosecond laser sources based on the new nonlinear optical crystal barium metaborate (BBO). The investigators of this proposal have recently succeeded in growing large crystals of BBO for the first time in this country. However, much work remains to perfect the growth technology and to characterize completely this new crystal. They propose to concentrate on the following tasks: (1) perfect the growth technology of large BBO crystals; (2) complete characterization of BBO crystals; (3) develop femtosecond uv laser sources using intra-cavity doubling in BBO.