Performance Enhancement of Solid State Light Emission Device and Geometrically Confinement of Lighting Dots by Using Patterned Wafer Approaches

机译：通过使用图案化晶片方法，使用图案化光点的实体发光装置和几何禁闭性的性能提高

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High-k material based Solid state incandescent light emitting devices (SSI-LEDs) have attracted intense attention as a promising candidate for future broadband light-emission devices. The light emission mechanism of this device is related to the thermal excitation of Si-diffusion assisted conductive filaments (CFs). In this work, we demonstrate an approach to improve the performance of HfO_2 based SSI-LED devices, which uses a patterned wafer to enhance the electrical field locally and thus helps to form more CFs. Moreover, the distribution of the lighting dots can be regulated by the structure patterned on substrate with a special size and shape. Our results open an effective way to feasibly control the layout of lighting dots and optimize the performance of SSI-LEDs.

机译：基于高K材料的固态白炽光发光器件（SSI-LED）吸引了强烈的关注作为未来宽带光发射器件的有希望的候选者。该装置的发光机理与Si-扩散辅助导电细丝（CFS）的热激发有关。在这项工作中，我们展示了一种提高基于HFO_2的SSI-LED器件性能的方法，它使用图案化晶片来在本地增强电场，从而有助于形成更多CFS。此外，可以通过在基板上具有特殊尺寸和形状的结构来调节照明点的分布。我们的结果开启了一种有效的方法来对照明点的布局进行可行的方式，优化SSI-LED的性能。

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《International Conference on Semiconductor Technology for Ultra Large Scale Integrated Circuits and Thin Film Transistors》|2019年|178p|共6页
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S. -L. Wu; Y. -W. Liu; X. -N. Zhang; C. Yang; L. -G. Liu; Y. -G Wang; G. Niu;
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1. Understanding Temperature Impact on Filament-Related HfO₂ Solid-State Incandescent Lighting Emission Devices and Performance Enhancement Using Patterned Wafer Approaches [J] . Liu Yiwei, Niu Gang, Yang Can, IEEE Electron Device Letters . 2019,第4期

机译：了解温度对与灯丝相关的HfO _{2 固态白炽灯发光器件的影响以及使用图案晶片方法的性能增强}
2. Understanding Temperature Impact on Filament-Related HfO₂ Solid-State Incandescent Lighting Emission Devices and Performance Enhancement Using Patterned Wafer Approaches [J] . Liu Yiwei, Niu Gang, Yang Can, IEEE Electron Device Letters . 2019,第4期

机译：了解丝网相关HFO _{2 固态白炽灯发射装置和使用图案晶片方法的性能增强的温度影响}
3. Red C-dots and C-dot films: solvothermal synthesis, excitation-independent emission and solid-state-lighting [J] . Chen Daqin, Chen Xiao, Gao Haobo, RSC Advances . 2018,第52期

机译：红色C点和C点薄膜：溶剂热合成，激励无关的排放和固态照明
4. Performance Enhancement of Solid State Light Emission Device and Geometrically Confinement of Lighting Dots by Using Patterned Wafer Approaches [C] . S. -L. Wu, Y. -W. Liu, X. -N. Zhang, International Conference on Semiconductor Technology for Ultra Large Scale Integrated Circuits and Thin Film Transistors . 2019

机译：通过使用图案化晶片方法，使用图案化光点的实体发光装置和几何禁闭性的性能提高
5. Hybrid Silicon Nanophotonic Devices: Enhancing Light Emission, Modulation, and Confinement. [D] . Briggs, Ryan Morrow. 2011

机译：混合硅纳米光子器件：增强发光，调制和约束。
6. Hydrogen Peroxide‐Treated Carbon Dot Phosphor with a Bathochromic‐Shifted Aggregation‐Enhanced Emission for Light‐Emitting Devices and Visible Light Communication [O] . Zhengjie Zhou, Pengfei Tian, Xiaoyan Liu, 2018

机译：处理过氧化氢的碳点磷光体具有红移聚集增强的发射可用于发光器件和可见光通信。
7. Lighting engineering calculation of lighting devices with given geometric dimension light sources [O] . Костик Любов Миколаївна, Поталіцин Сергій Юрійович, Kostyk L., 2015

机译：给定几何尺寸光源的照明设备的照明工程计算
8. Quantum Dot Light Enhancement Substrate for OLED Solid-State Lighting [R] . Perkins, J. M., Stevenson, M., Mahan, G. 2011

机译：用于OLED固态照明的量子点光增强基板

Performance Enhancement of Solid State Light Emission Device and Geometrically Confinement of Lighting Dots by Using Patterned Wafer Approaches

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