A one dimensional high-nucleus silver polymer (SSc: silver supercapacitor) was designed by a simple and single-step synthesis. This stable highly conductive metallic polymer without any modification steps such as pyrolysis or doping provides a desirable path for electron transfer and shows high capacitance as a non-hybrid electrode (specific capacitance of 827 F g⁻¹ at 5 A g⁻¹). This polymer could tolerate low to high scan rates (200 mV s⁻¹ to 1 V s⁻¹) and exhibit rectangular cyclic voltammetry shapes, high power density and long cycle life over 5000 cycles (90.7%). These results could promise the development of new types of high-performance supercapacitors by overcoming the low conductivity and the limited capacity challenges of known structures without the need for any modification which is unique in non-hybrid electrode materials.

中文翻译：

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导电的一维高核银聚合物，作为出色的非混合超级电容器电极

通过简单的一步合成设计了一种一维高核银聚合物（SSc：银超级电容器）。这种稳定的高导电金属的聚合物而不进行任何修改步骤，例如热解或掺杂提供了一种用于电子转移，并显示高的电容作为非混合电极（827 F G特定电容的期望的路径^-1在5 A G ^-1）。这种聚合物可以耐受低到高的扫描速率（200 mV s ^-1至1 V s ^-1）并呈现矩形循环伏安法形状，高功率密度和超过5000次循环（90.7％）的长循环寿命。这些结果有望克服已知结构的低电导率和有限的容量挑战，而无需对非混合电极材料进行独特的修改，从而有望开发出新型的高性能超级电容器。