热乎乎的nature子刊scientific report与materials today上关于纳米片用于锂电文献两篇？scientific report 上的是悉尼科技大学做的，在线看的时候以为是nature，怎么看怎么也不值个nature啊，也就值个adv.mat，仔细一看是 nature 旗下的scientific report，这下，释怀了。scientific report :Mesoporous NiO crystals with dominantly exposed {110} reactive facets for ultrafast lithium storage这个其实就是做了个NiO纳米片。但接下来可能会有人去和 石墨烯 负载啊，合成纳米片组装的空心球啊，发点4,5的水文应该不成问题，，最佳的例子参考后一篇文献作者关于SnO2纳米片的工作。未命名.jpgMATERIALS TODAY 上的综述是David Loua 出品的了，看了下此人2012年文章，那叫一个多，有点多，只能这样说，。这篇综述也是关乎纳米片在锂电池的应用，有很多其本人的工作。MATERIALS TODAY：SnO2 and TiO2 nanosheets for lithium-ion batteriesRecent developments in nanotechnology and materials science offer potentialsolutions to the questions of how to improve performance and safety, aswell as enhance the reliability of lithium-ion batteries (LIBs): the dominantpower source for portable electronic devices. A wide range of nanostructuredmaterials have been shown to exhibit enhanced electrochemical properties aspromising electrode materials for high-performance LIBs. In this review article,we will discuss two metal oxides with sheet-like nanostructures: tin dioxide(SnO2) and titanium dioxide (TiO2). For SnO2 nanosheets, we discuss differentsystems for synthesizing such nanostructures and their application as theanode material for LIBs. In view of many recent review articles summarizing thevarious strategies for the preparation of TiO2 nanosheets, here we will stressthe effect of this unique structure with exposed (001) facets on their lithiumstorage properties. By looking at these metal oxide nanosheets, we aim toprovide some rational understanding of this unique category of nanomaterialsand their electrochemical properties associated with their novel structures.查看更多0个回答 . 16人已关注
求助CO吸附的分析？急求！！！我的论文里面对于 催化剂 的表征，XRD和TEM测出来的平均粒径比较小，而CO吸附算出来的比较大，所以审稿人提了这么一段话。建议assuming more raft like (instead of spherical) particles。可是我查了文献，里面没教假设raft like particle怎么算粒径啊？？？另外，Pd/CNTs的催化剂还有什么比CO化学吸附更准确的测量方法么？我该怎么办？？？查看更多7个回答 . 9人已关注
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