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Hybrid Materials Approach In The Design Of Electrodes And Electrolytes For Energy Storage And Conversion

机译:混合材料在电极设计中的方法和电解质的能量存储和转换

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The integration of electro-ionically active inorganic species in polymer matrices allows for the design of either electrode or electrolyte materials depending on the conducting or insulating properties of the polymer used.Conducting polymers can be used as the basis for a variety of hybrid electrode systems,whereas other polymers such as polybenzimidazoles have been used as electrolyte membranes by themselves or in combination with inorganic solid acids.We will discuss the general approach of hybrid design with this in mind and specifically we will describe our recent results on the use of polyoxometalate-containing hybrids in energy storage and conversion devices.In this respect we have worked in our laboratory on electrochemical supercapacitors and fuel cells but emphasis should be made on the broader potential fields of application of this type of materials.
机译:在聚合物基质中的电离子活性无机物质的整合允许根据所用聚合物的导电或绝缘性能设计电极或电解质材料。可用的聚合物作为各种混合电极系统的基础,而其他聚合物如聚苯苯基咪唑本身用作电解质膜或与无机固体酸组合使用。我们将讨论混合动力设计的一般方法,并具体地,我们将描述含有聚氧酸酯酸酯的近期结果在储能和转换设备中的杂交种。在这方面,我们在我们的实验室工作了在电化学超级电容器和燃料电池上,但强调应该对这种类型材料的应用领域更广泛。

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