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推荐一篇最新的Journal of Materials Chemistry A上的锂电综述 已有2人参与
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Prof. Chunlei Wang课题组最新的锂电综述： http://pubs.rsc.org/en/content/articlelanding/2013/ta/c2ta00437b Engineering nanostructured anodes via electrostatic spray deposition for high performance lithium ion battery application Lithium ion batteries (LIBs) have been widely employed as the most popular energy source in today's portable electronics and are considered as one of the most promising energy strategies for electrical vehicle and plug-in hybrid electrical vehicle application, which has recently been under intense research and development. However, many crucial challenges need to be addressed to obtain high performance LIBs for further application. Recently, electrostatic spray deposition (ESD) technique has attracted much attention as a promising tool for electrode formation. The ESD is based on applying a high DC voltage to generate a high electrostatic force and accelerate atomized liquid droplets at the tip of a nozzle; the aerosol formed by charged droplets is sequentially deposited on a heated substrate to create an electrode for LIBs. This technique provides a simple but versatile strategy for generating single or multi-component materials with various type of morphologies, such as sponge-like, dense, porous and fractal, etc. In this review, an overview of the latest development and understanding of various anodes synthesized by the ESD technique in LIBs is briefly reviewed and discussed. Our attention is mainly focused on three different anode categories: (1) intercalation–de-intercalation anodes, such as graphite, Li4Ti5O12 and TiO2, etc.; (2) alloying–de-alloying anodes, such as Sn and SnO2, etc.; (3) conversion reaction anodes, such as NiO, Fe2O3, Co3O4, CoO, and Cu2O, etc. Moreover, our recent research outcome related to the ESD derived anodes for LIBs is highlighted. 在2013年第二期出版发行了这篇综述。大家都知道Journal of Materials Chemistry 上面的综述不是很多。个人认为这篇综述是目前静电喷雾沉积在锂电中的最权威之一，碰巧本人也是做静电喷雾沉积的，所以推荐给大家。这篇综述首先介绍和讨论静电喷雾沉积的原理和详细过程，对于想学习和了解这种方法的读者恰当好处。这篇综述从负极的三种类型入手，介绍了静电喷雾沉积在其中的应用，讨论了怎么控制参数从而得到不同形貌的负极，从而影响负极的性能。全文18页，引文217篇。而且，此篇综述作为Journal of Materials Chemistry A 的封底封面重点介绍。  GA.gif [ Last edited by mmnnaabb on 2013-1-6 at 13:13 ] |
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2012-12-30 01:55:32, 2.92 M
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