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Characterization Of Optical Waveguides In β-bab_2o_4 Crystals Formed By 3.0 Mev Ni~(2+) Ions Implantation

机译:3.0 Mev Ni〜(2+)离子注入形成的β-bab_2o_4晶体中光波导的表征

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We report on the optical planar waveguides formation and modal characterization in β-BaB_2O_4 crystals by Ni~(2+) ion implantation at energy of 3.0 MeV and doses of ~10~(14) ions/cm~2. The prism coupling method was used to investigate the dark-mode property at wavelengths of 633 nm and 1539 nm, respectively. The refractive index profiles of the waveguides with different doses were reconstructed by an effective refractive index method based on the reflectivity calculation method (RCM). The modal analysis indicates that the fields of TM modes can be well restricted in the guiding region, which means the formation of non-leaky waveguide in the crystal.
机译:我们报道了在能量为3.0 MeV和剂量为〜10〜(14)ions / cm〜2的条件下通过Ni〜(2+)离子注入在β-BaB_2O_4晶体中形成光学平面波导的过程和模态表征。使用棱镜耦合法研究波长分别为633 nm和1539 nm的暗模特性。基于反射率计算方法(RCM),通过有效折射率方法重建了不同剂量的波导的折射率分布。模态分析表明,TM模的场可以很好地限制在引导区域,这意味着晶体中会形成非泄漏波导。

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