Optimized Cladding Materials for Nonlinear Optic Polymer Based Devices

机译：非线性光学聚合物基装置的优化包层材料

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We have investigated various conductive and non-conductive polymer materials suitable for use as cladding layers in nonlinear optic (NLO) polymer based opto-electronic devices. Out goal was to maximize the nonlinearity of the NLO core material, while minimizing the total poling voltage and minimizing the absorption loss. Using a cladding material that is more conductive than the NLO core material, the majority of the applied poling voltage is dropped across the core, realizing a maximum EO coefficient with minimum applied poling voltage. We found, however, that there are tradeoffs between absorption loss, conductivity, refractive index, materials processability and materials compatibility when using off-the-shelf materials. Results are presented for a 3-layer device structures using a conductive polymer material for both the top and bottom cladding layers.

机译：我们研究了适用于非线性光学（NLO）聚合物基光电器件中的各种导电和非导电聚合物材料。射门是最大化NLO芯材的非线性，同时最小化总极化电压并最小化吸收损失。使用比NLO芯材料更具导电的包层材料，大部分施加的极化电压滴过核心，实现最大EO系数，其最小施加的抛光电压。但是，我们发现，在使用搁板材料时，吸收损耗，电导率，折射率，材料可加工性和材料相容性之间存在权衡。使用用于顶部和底部包层的导电聚合物材料的3层器件结构提出了结果。

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《Conference on optoelectronic interconnects, integrated circuits, and packaging》|2002年||共7页
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Mary E. Leovich; Perry P. Yaney; Cheng Zhang; William H. Steier; Min-Choel Oh; Harold R. Fetterman; Alex K-Y Jen; Larry R. Dalton; James G. Grote; Robert J. Nelson;
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中图分类封装及散热问题;
关键词
nonlinear optic polymer; opto-electronic; electro-optic coefficient; conductive polymer; modulator; poling;

机译：非线性光学聚合物;光电;电光系数;导电聚合物;调制器;抛光;

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专利

1. Polymeric electro-optic materials: optimization of electro-optic activity, minimization of optical loss, and fine-tuning of device performance [J] . Larry R. Dalton Optical engineering . 2000,第2期

机译：聚合电光材料：优化电光活性，最小化光损耗以及微调设备性能
2. High-speed electro-optic switch based on nonlinear polymer-clad waveguide incorporated with quasi-in-plane coplanar waveguide electrodes [J] . Jiang Ming-Hui, Wang Xi-Bin, Xu Qiang, Optical Materials . 2018,第JANa期

机译：基于非线性聚合物包覆波导和准面共面波导电极的高速电光开关
3. High-speed electro-optic switch based on nonlinear polymer-clad waveguide incorporated with quasi-in-plane coplanar waveguide electrodes [J] . Jiang Ming-Hui, Wang Xi-Bin, Xu Qiang, Optical Materials . 2018,第Jana期

机译：基于非线性聚合物包覆波导和准面共面波导电极的高速电光开关
4. Optimized Cladding Materials for Nonlinear Optic Polymer Based Devices [C] . Mary E. Leovich, Perry P. Yaney, Cheng Zhang, Conference on Optoelectronic Interconnects, Integrated Circuits, and Packaging Jan 22-25, 2002 San Jose, USA . 2002

机译：非线性光学聚合物基器件的优化包覆材料
5. Functionalized siloxane-based polymers and network materials for second-order nonlinear optics. [D] . Jiang, Hongwei. 1999

机译：用于二阶非线性光学的功能化硅氧烷基聚合物和网络材料。
6. Using wire shaping techniques and holographic optics to optimize deposition characteristics in wire-based laser cladding [O] . N. J. Goffin, R. L. Higginson, J. R. Tyrer -1

机译：使用线成形技术和全息光学技术优化线基激光熔覆中的沉积特性
7. Special Issue on Nonlinear-Optic Waveguide Materials and Devices. Trend of the Research on Nonlinear-Optical Waveguide Devices. [O] . Kenichi KUBODERA 1993

机译：非线性光波导材料和装置的特殊问题。非线性光波导器件研究的趋势。
8. First International Conference on Organic Nonlinear Optics. Section B: Nonlinear Optics, Principles, Materials, Phenomena, and Devices. [R] . Kobayashi, T., Kajzar, F. 1994

机译：第一届有机非线性光学国际会议。 B节：非线性光学，原理，材料，现象和器件。

Optimized Cladding Materials for Nonlinear Optic Polymer Based Devices

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