Carbon Nanotube Film for Electrochemical Energy Storage Devices - Rong, Jiepeng
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This book is an introduction to carbon nanotube synthesis and properties; working principles of supercapacitor and lithium-ion battery; as well as the applications of carbon nanotube film in various electrochemical energy storage devices. In Chapter 2, a simple method to fabricate tandem structure of porous silicon film on carbon nanotube film to significantly improve cycling stability of silicon film as lithium-ion battery anode material was demonstrated. With the new structure, both reversible specific capacity and cycling stability are remarkably improved. Carbon nanotube films also exhibit…mehr

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Produktbeschreibung
This book is an introduction to carbon nanotube synthesis and properties; working principles of supercapacitor and lithium-ion battery; as well as the applications of carbon nanotube film in various electrochemical energy storage devices. In Chapter 2, a simple method to fabricate tandem structure of porous silicon film on carbon nanotube film to significantly improve cycling stability of silicon film as lithium-ion battery anode material was demonstrated. With the new structure, both reversible specific capacity and cycling stability are remarkably improved. Carbon nanotube films also exhibit a promising application in stretchable supercapacitors based on buckled carbon nanotube film electrodes for unusual power source applications in Chapter 3. The stretchability depends on the level of pre-stain applied on the PDMS substrate, which could be as high as 30%. This stretchable supercapacitor just enlightens a broad area of stretchable energy storage devices, which are naturally compatible with the developed stretchable electronics.
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Autorenporträt
Mr. Jiepeng Rong obtained his Bachelor of Engineering in Metallurgical Engineering from University of Science and Technology Beijing in 2008, his Bachelor of Science in Economics from Peking University in the same year, and Master of Science in Mechanical Engineering from University of Delaware in 2010.