Tests of state-of-the-art supercapacitors using aqueous and organic electrolytes

机译：使用水性和有机电解质的最新超级电容器测试

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1. Poznan cells functions as expected of supercapacitor cells 2. The performance of Type P cells was excellent and showed much promise for future development 3.The key challenges for increasing the energy densities are to increase the cell maximum voltage beyond 1.5V and develop a Current collector with much lower density and much higher conductivity than stainless steel 4.The resistance of the basic type P cell is relatively low, but the resistances of the separator and current collector are dominant and must be reduced.

机译：1.波兹南电池的功能符合超级电容器电池的预期。2. P型电池的性能非常出色，并为未来的发展展示了广阔的前景。3.提高能量密度的关键挑战是将电池最大电压提高到1.5V以上并开发出一种新的电池。集电器的密度和导电率均比不锈钢低得多4.基本P型电池的电阻较低，但隔板和集电器的电阻占主导地位，必须降低电阻。

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《Electrochemical capacitors symposium 2018》|2018年|116-130|共15页
会议地点 Mainz(DE)
作者
Andrew Burke; Jin Park;
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University of California-Davis Institute of Transportation Studies;

University of California-Davis Institute of Transportation Studies;

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1. Optimizing supercapacitor electrode density: achieving the energy of organic electrolytes with the power of aqueous electrolytes (vol 4, pg 42942, 2014) [J] . Merrill M. D., Montalvo E., Campbell P. G., RSC Advances . 2017,第82期

机译：优化超级电容器电极密度：通过电解电解质的功率实现有机电解质的能量（Vol 4，PG 42942,2014）
2. Correction: Optimizing supercapacitor electrode density: achieving the energy of organic electrolytes with the power of aqueous electrolytes [J] . M. D. Merrill, E. Montalvo, P. G. Campbell, RSC Advances . 2017,第82期

机译：校正：优化超级电容器电极密度：利用水性电解质的功能实现有机电解质的能量
3. Correction: Optimizing supercapacitor electrode density: achieving the energy of organic electrolytes with the power of aqueous electrolytes [J] . M. D. Merrill, E. Montalvo, P. G. Campbell, RSC Advances . 2017,第82期

机译：校正：优化超级电容器电极密度：利用水性电解质的功能实现有机电解质的能量
4. Tests of state-of-the-art supercapacitors using aqueous and organic electrolytes - (PPT) [C] . Andrew Burke, Jin Park Electrochemical Capacitors Symposium . 2018

机译：使用含水和有机电解质 - （PPT）的最先进的超级电容器的测试
5. Electrochemical Study of Multivalent Ion Supercapacitors in Aqueous Electrolytes: Effect of Ion Charge and Size [D] . Icaza, Juan C. 2017

机译：电解质中多价离子超级电容器的电化学研究：离子电荷和大小的影响
6. A Crosslinked Soybean Protein Isolate Gel Polymer Electrolyte Based on Neutral Aqueous Electrolyte for a High-Energy-Density Supercapacitor [O] . Pengfei Huo, Shoupeng Ni, Pu Hou, 2019

机译：基于中性水电解质的高能量密度超级电容器交联大豆分离蛋白凝胶聚合物电解质
7. Contribution of Cations and Anions of Aqueous Electrolytes to the Charge Stored at the Electric Electrolyte/Electrode Interface of Carbon-Based Supercapacitors [O] . Aldama, Ivan, Barranco, Violeta, Kunowsky, Mirko, 2017

机译：水性电解质的阳离子和阴离子对碳基超级电容器的电解质/电极界面处存储的电荷的贡献

Tests of state-of-the-art supercapacitors using aqueous and organic electrolytes

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