Optimizing supercapacitor electrode density: achieving the energy of organic electrolytes with the power of aqueous electrolytes (vol 4, pg 42942, 2014)

Merrill M. D.; Montalvo E.; Campbell P. G.; Wang Y. M.; Stadermann M.; Baumann T. F.; Biener J.; Worsley M. A.

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Optimizing supercapacitor electrode density: achieving the energy of organic electrolytes with the power of aqueous electrolytes (vol 4, pg 42942, 2014)

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）

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来源
《RSC Advances》 |2017年第82期|共1页
作者
Merrill M. D.; Montalvo E.; Campbell P. G.; Wang Y. M.; Stadermann M.; Baumann T. F.; Biener J.; Worsley M. A.;
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作者单位

Lawrence Livermore Natl Lab Phys &

Life Sci Directorate Livermore CA 94550 USA;

Lawrence Livermore Natl Lab Phys &

Life Sci Directorate Livermore CA 94550 USA;

Lawrence Livermore Natl Lab Phys &

Life Sci Directorate Livermore CA 94550 USA;

Lawrence Livermore Natl Lab Phys &

Life Sci Directorate Livermore CA 94550 USA;

Lawrence Livermore Natl Lab Phys &

Life Sci Directorate Livermore CA 94550 USA;

Lawrence Livermore Natl Lab Phys &

Life Sci Directorate Livermore CA 94550 USA;

Lawrence Livermore Natl Lab Phys &

Life Sci Directorate Livermore CA 94550 USA;

Lawrence Livermore Natl Lab Phys &

Life Sci Directorate Livermore CA 94550 USA;

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正文语种 eng
中图分类化学;
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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. Optimizing supercapacitor electrode density: achieving the energy of organic electrolytes with the power of aqueous electrolytes [J] . Merrill M. D., Montalvo E., Campbell P. G., RSC Advances . 2014,第81期

机译：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. Enhancement of the energy density of carbon-based supercapacitors by adding inorganic redox species to aqueous electrolytes [C] . Patricia Diaz, Zoraida Gonzalez, Patricia Alvarez Annual World Conference on Carbon . 2014

机译：通过将无机氧化还原物质添加到水性电解质中，增强碳基超级电容器的能量密度
5. Enabling higher energy and power density lithium ion batteries through electrode design and the integration of solid-state electrolytes. [D] . Kim, Yunsung. 2015

机译：通过电极设计和固态电解质的集成实现更高能量和功率密度的锂离子电池。
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
8. Solar Energy Conversion: Photoelectrochemical and Electrochemical Studies of Organic Conducting Polymer-Coated Electrodes in Aqueous Electrolyte [R] . Frank, A. J., Cooper, J., Noufi, R., 1982

机译：太阳能转换：有机导电聚合物涂层电极在水电解质中的光电化学和电化学研究

Optimizing supercapacitor electrode density: achieving the energy of organic electrolytes with the power of aqueous electrolytes (vol 4, pg 42942, 2014)

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