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机译:使用自组织波导模拟微米级和纳米级设备之间的自对准光学耦合
Tokyo Univ. of Technol., Hachioji, Japan;
finite difference time-domain analysis; micro-optics; nanophotonics; optical couplers; optical interconnections; optical waveguides; finite-difference time-domain method; gap sizes; large-scale integrated circuit; lateral misalignment; luminescent target; micro-scale waveguide; minimum coupling loss; multi-chip module; nano-scale devices; optical solder; optimum writing time; photo-induced refractive-index increase-type material; printed circuit board; self-aligned optical coupling; self-organized waveguides; unmonitored optical solder formation; Couplings; Luminescence; Materials; Optical coupling; Optical devices; Optical waveguides; Probes; Integrated optics; Optical coupling; Optical interconnections; Optical self-focusing; Optical waveguides; integrated optics; optical coupling; optical self-focusing; optical waveguides;
机译:由双光子光化学自组织的聚合物波导,用于具有宽失准公差的自对准光学耦合
机译:通过自组织波导朝向有机/无机杂化材料中的发光目标进行自对准光耦合
机译:通过自组织波导朝向有机/无机杂化材料中的发光目标进行自对准光耦合
机译:模拟自组织波导以实现微米级和纳米级器件之间的自对准耦合
机译:用于近红外波长的高密度光子集成电路的微米和纳米级光学器件。
机译:微型和纳米尺度医疗器械的激光直接写入
机译:由两光子光化学自组织的聚合物波导,用于具有宽失准公差的自对准光学耦合
机译:用于微米和纳米级器件的多铁性混合复合材料的纳米级工程。