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Semi Transparent Electrode of Au nano mesh on Flexible Substrates Fabricated by Transfer Printing Using Self-Organized Porous Polymer Mold

机译：通过自组织多孔聚合物模具通过转印印刷制造的柔性基材上的Au纳米网的半透明电极

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1. Semitransparent Gold-Meshed Electrode Fabricated by Transfer Printing Using Self-Organized Microporous Polymer Mold [J] . Yuichiro Yanagi, Ryo Nagata, Hirofumi Saito Journal of Photopolymer Science and Technology . 2014,第2期

机译：自组织微孔聚合物模具通过转移印刷制备的半透明金电极
2. Semitransparent Gold-Meshed Electrode Fabricated by Transfer Printing Using Self-Organized Microporous Polymer Mold [J] . Yuichiro Yanagi, Ryo Nagata, Hirofumi Saito, Journal of Photopolymer Science and Technology . 2014,第2期

机译：自组织微孔聚合物模具通过转移印刷制备的半透明金电极
3. Transparent Cu nanowire mesh electrode on flexible substrates fabricated by transfer printing and its application in organic solar cells [J] . Myung-Gyu Kang, Hui Joon Park, Se Hyun Ahn, Solar Energy Materials and Solar Cells: An International Journal Devoted to Photovoltaic, Photothermal, and Photochemical Solar Energy Conversion . 2010,第6期

机译：转移印刷在柔性基板上的透明铜纳米线网状电极及其在有机太阳能电池中的应用
4. Semi Transparent Electrode of Au nano mesh on Flexible Substrates Fabricated by Transfer Printing Using Self-Organized Porous Polymer Mold [C] . Yuichiro Yanagi, Hirofumi Saito, Shunjiro Fujii, Photovoltaics for the 21st century 9 . 2013

机译：使用自组织多孔聚合物模具通过转移印刷在柔性基板上制备金纳米网的半透明电极
5. Organic electronics with polymer dielectrics on plastic substrates fabricated via transfer printing [D] . Hines, Daniel R. 2007

机译：具有聚合物电介质的有机电子器件在通过转印印刷制造的塑料基材上
6. Flexible transparent patterned electrodes based on graphene oxide/silver nanowire nanocomposites fabricated utilizing an accelerated ultraviolet/ozone process to control silver nanowire degradation [O] . Dong Chul Choo, Sang Kyung Bae, Tae Whan Kim -1

机译：基于氧化石墨烯/银纳米线纳米复合材料的柔性透明图案化电极采用加速的紫外线/臭氧工艺控制银纳米线的降解
7. How to achieve sub-cellular-level spatial resolution and sub-spike-level temporal resolution at same time is still a technical challenge in neural mapping while both information are critically important to advance neural science. Here, we present penetrating arrays consisted of single-neuron level transparent microelectrodes with low impedance coating which could realize the high spatial and temporal resolution at the same time. These 32-channel transparent penetrating electrodes with record-small site area, 225 µm², have a low impedance of ~ 149 kΩ at 1 kHz, an adequate charge injection limit of ± 0.76 mC/cm2, and up to 100 yield. Mechanical bending test result show robust mechanism up to 1000 bending cycles. After a temporary stiffen with polyethylene glycol, this electrode achieved great insertion result without any buckling or deformation. Together these results establish a novel neurotechnology - penetrating arrays of transparent, flexible bilayernanomeshMicroelectrodes which possess great potential for brain research [O] . Zhan Shi -1

机译：如何在同一时间实现子蜂窝级空间分辨率和子峰值级时间分辨率在神经映射中仍然是技术挑战，而两个信息对于推进神经科学来说都很重要。这里，我们提出穿透阵列由单神经元级透明微电极组成，具有低阻抗涂层，其可以同时实现高空间和时间分辨率。这些32通道透明穿透电极具有记录小的部位面积，225μm²的低阻抗在1 kHz的〜149kΩ的低阻抗，充足的电荷注入极限为±0.76mc / cm2，率高达100％。机械弯曲试验结果显示高达1000个弯曲循环的强大机制。在用聚乙二醇进行临时变硬后，该电极实现了很大的插入结果，而无需任何屈曲或变形。这些结果共同建立了一种新型神经技术 - 穿透透明，灵活的双层圆形脉冲阵列，其具有巨大的大脑研究潜力

Semi Transparent Electrode of Au nano mesh on Flexible Substrates Fabricated by Transfer Printing Using Self-Organized Porous Polymer Mold

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