Supercapacitors : materials, systems, and applications
Supercapacitors : materials, systems, and applications
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DOI：
10.1002/9783527646661
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发表时间：
2013-03
期刊：
影响因子：
--
通讯作者：
F. Béguin;E. Frąckowiak
中科院分区：
文献类型：
--
作者：
F. Béguin;E. Frąckowiak
电化学的一般原理平衡电化学离子学动态电化学电化学电容器的一般性质介绍电容器原理电化学电容器概述电化学技术电化学装置电化学电池电化学接口：超级电容器最常用的电化学技术双电层电容器用碳材料介绍双电层电容器用碳材料的双电层类型电容与孔径的关系离子去溶剂化的证据性能限制：微孔碳中超过双层电容的孔隙可及性或孔隙饱和度结论碳基电化学电容器的现代理论介绍经典理论最新进展结论备注具有伪电容特性的电极材料介绍超级电容器中的导电聚合物金属氧化物/碳复合材料碳网络纳米孔碳中杂原子与电吸附氢电解液的赝电容效应法拉第反应的来源结论-赝电容效应的利弊有机介质中的锂离子基混合超级电容器常规EDLC混合电容器系统的引入电压限制NHC的材料设计结论水电解质中的非对称和混合器件引入水混合（不对称）器件水性不对称电化学电容器氧化钽-氧化钌混合电容器基于溶剂的EDLCS前景-介绍碳电极/离子液体界面离子液体碳电极超级电容器工业超级电容器概述电池组件电池设计模块设计结论和展望超级电容器在电，热，和老化限制介绍电气特性热建模超级电容器寿命超级电容器模块尺寸确定方法应用电化学电容器试验简介直流试验程序概述试验程序在碳/碳器件试验中应用超级电容器中交流阻抗和直流测试不确定性之间的关系数据解释电化学电容器的可靠性概述可靠性基础电池可靠性系统可靠性评估电池可靠性实际系统的可靠性增加系统可靠性系统设计实例电化学电容器的市场和应用简介：原理和历史商业设计：直流电源应用节能和能量收集应用技术组合应用电网应用结论
GENERAL PRINCIPLES OF ELECTROCHEMISTRY Equilibrium Electrochemistry Ionics Dynamic Electrochemistry GENERAL PROPERTIES OF ELECTROCHEMICAL CAPACITORS Introduction Capacitor Principles Electrochemical Capacitors Summary ELECTROCHEMICAL TECHNIQUES Electrochemical Apparatus Electrochemical Cell Electrochemical Interface: Supercapacitors Most Used Electrochemical Techniques ELECTRICAL DOUBLE-LAYER CAPACITORS AND CARBONS FOR EDLCS Introduction The Electrical Double Layer Types of Carbons Used for EDLCs Capacitance versus Pore Size Evidence of Desolvation of Ions Performance Limitations: Pore Accessibility or Saturation of Porosity Beyond the Double-Layer Capacitance in Microporous Carbons Conclusions MODERN THEORIES OF CARBON-BASED ELECTROCHEMICAL CAPACITORS Introduction Classical Theories Recent Developments Concluding Remarks ELECTRODE MATERIALS WITH PSEUDOCAPACITIVE PROPERTIES Introduction Conducting Polymers in Supercapacitor Application Metal Oxide/Carbon Composites Pseudocapacitive Effect of Heteroatoms Present in the Carbon Network Nanoporous Carbons with Electrosorbed Hydrogen Electrolytic Solutions - A Source of Faradaic Reactions Conclusions - Profits and Disadvantages of Pseudocapacitive Effects LI-ION-BASED HYBRID SUPERCAPACITORS IN ORGANIC MEDIUM Introduction Voltage Limitation of Conventional EDLCs Hybrid Capacitor Systems Material Design for NHC Conclusion ASYMMETRIC AND HYBRID DEVICES IN AQUEOUS ELECTROLYTES Introduction Aqueous Hybrid (Asymmetric) Devices Aqueous Asymmetric Electrochemical Capacitors Tantalum Oxide-Ruthenium Oxide Hybrid Capacitors Perspectives EDLCS BASED ON SOLVENT-FREE IONIC LIQUIDS Introduction Carbon Electrode/Ionic Liquid Interface Ionic Liquids Carbon Electrodes Supercapacitors Concluding Remarks MANUFACTURING OF INDUSTRIAL SUPERCAPACITORS Introduction Cell Components Cell Design Module Design Conclusions and Perspectives SUPERCAPACITOR MODULE SIZING AND HEAT MANAGEMENT UNDER ELECTRIC, THERMAL, AND AGING CONSTRAINTS Introduction Electrical Characterization Thermal Modeling Supercapacitor Lifetime Supercapacitor Module Sizing Methods Applications TESTING OF ELECTROCHEMICAL CAPACITORS Introduction Summaries of DC Test Procedures Applicatin of the Test Procedures to Carbon/Carbon Devices Testing of Hybrid, Pseudocapacitive Devices Relationships between AC Impedance and DC Testing Uncertainties in Ultracapacitor Data Interpretation Summary RELIABILITY OF ELECTROCHEMICAL CAPACITORS Introduction Reliability Basics Cell Reliability System Reliability Assessment of Cell Reliability Reliability of Practical Systems Increasing System Reliability System Design Example MARKET AND APPLICATIONS OF ELECTROCHEMICAL CAPACITORS Introduction: Principles and History Commerical Designs: DC Power Applications Energy Conservation and Energy Harvesting Applications Technology Combination Applications Electricity Grid Applications Conclusions