Ceramic Supercapacitors: Materials and Advantages Explained

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Ceramic supercapacitors utilize materials such as titaniates, which include titanium oxide and other elements. These materials can exhibit high dielectric constants, exceeding 1000, but may also have drawbacks like high dielectric memory and slow relaxation times. The advantages of ceramic supercapacitors over nanotube supercapacitors include potentially higher energy density and stability. Understanding the specific ceramic materials and their properties is crucial for assessing their performance. Overall, ceramic supercapacitors present unique benefits and challenges in energy storage applications.
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Hello,

Please help me figure more information about ceramic supercapacitors. Ceramic is a very vague word describing a substance that is heated so that it hardens. Does anyone know what types of ceramic materials are used to make supercapacitorrs and what the advantages are over nanotube supercapacitors?

Thanks for any help.
 
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'you might be speaking of a series of compunds called \"titanites\". These are ceramics with Titanium oxide in them along with other elements.\r\n\r\nSeveral of these titaniates have K values that exceed 1000!, however to my knowledge these compounds also have high dielectric memory and slow relaxation.'
 
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