UC知道帮忙翻译，专业性比较强
来源：百度知道 编辑：UC知道 时间：2024/05/28 02:44:07
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Because of the high energy storage capability, electrochemical
capacitors ~ECs!, which still retain the high power density feature of
conventional capacitors, have received considerable attention for
serving as peak-power or backup energy sources.1-4 Porous carbon is
the electrode material used most frequently for ECs. Use of high
surface-area carbon electrodes results in large capacitance, mainly
due to the formation of the double layer at the electrode surface.5-7
In addition to the charge accumulation mechanism that forms the
double layer on the carbon surface, there are possible contributions
from hetero-atom surface complexes that would provide sites for
reversible chemisorption of a working ion and thus give rise to
pseudocapacitance.8-12
The presence of oxygen surface complexes on carbon electrodes
of an EC has been shown to affect the performanc
Because of the high energy storage capability, electrochemical
capacitors ~ECs!, which still retain the high power density feature of
conventional capacitors, have received considerable attention for
serving as peak-power or backup energy sources.1-4 Porous carbon is
the electrode material used most frequently for ECs. Use of high
surface-area carbon electrodes results in large capacitance, mainly
due to the formation of the double layer at the electrode surface.5-7
In addition to the charge accumulation mechanism that forms the
double layer on the carbon surface, there are possible contributions
from hetero-atom surface complexes that would provide sites for
reversible chemisorption of a working ion and thus give rise to
pseudocapacitance.8-12
The presence of oxygen surface complexes on carbon electrodes
of an EC has been shown to affect the performanc
由于高能量存储能力，电化学, 电容器内皮细胞！ ，仍然保留了高功率密度的特点 .传统的电容，已得到了很大的关注 .作为峰值功率或备用能源ources.1 - 4多孔炭是 电极材料最常用的内皮细胞。使用高面积碳电极结果在大电容，主要是 由于形成双层在电极surface.5 - 7除了电荷积累机制，形成了 双层表面上的碳，从杂原子表面配合，提供场地 可逆吸附工作离子，从而引起。pseudocapacitance.8 - 12 氧的存在，表面复合碳电极
一个欧共体已证明影响性能的
capacitor.13 - 16在酸性的解决方案，增加了人口的氧气 表面配合一般的结果增加了电容。电容增加可部分归因于
具体吸附离子和溶剂分子，这是 所造成的增强亲和力对质子由于电子密度变化，附近的地表complexes.14 17日，一些 类型的氧功能组别可提供氧化活动
加强pseudocapacitance.16氧官能团可形成碳表面 当他们的待遇与氧化气体，如氧气， 17或氧化酸的解决方案，如一acid.18 ， 19多种不同类型的氧气
功能群的形成从这些治疗方法，以及分配 这些群体的不同类型的氧化
agents.20据报道，炭的不同物 有不同的影响，吸附或catalysis.21的作用
发挥不同的功能组别的形成双电 层尚未明确阐明。在目前的工作，
活性炭织物改性用硝酸氧化合并热治疗准备。的化学成分介绍了表面的氧化物在这些多孔炭的 特点采用热解吸技术，电化学 表演所产生的电容器也受到审查，
在试图确定不同氧集团 关于双电层的形成。
Sorry,I don't konw！Good luck！