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njw07

铁杆木虫 (小有名气)

MN-EPI: 1
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在线: 192.3小时
虫号: 469392
注册: 2007-11-28
性别: GG
专业: 无机纳米化学

[交流] Chem. Soc. Rev 最新综述：铁系（铁钴镍）纳米材料的结构设计，功能化与应用已有11人参与

本人博士导师郭林教授与师姐周苇副教授的最新综述文章（单位：北航）！

课题组在过去十年中长期致力于研究过渡金属纳米材料的合成、形成机理、构效关系与探索材料的潜在性质与应用，特别在铁系纳米材料领域取得了一些不错的成果。
周苇副教授人很好，科研严谨，思维活跃，新idea很多，对学生也特别认真负责。欢迎大家报考！
郭林教授为人谦和，十分好相处。对学生也是非常的好！我在博士期间无论在科研上还是生活上都得到了郭林教授的极大帮助和关心。课题组最近的方向是将纳米材料与非晶材料结合，这是一个很有意思的领域，在国际上也是一个新兴领域。非晶纳米材料可以同时结合两种材料各自的优势，在力学以及电化学等领域有十分有前景的应用价值。同时，这个课题也十分具有挑战！对非晶的形成机理与结构设计，以及构效关系都有待探索！欢迎感兴趣的虫友加入课题组，一起探索！也欢迎科研上的合作哦！

以下是文章的题目和摘要
Iron triad (Fe, Co, Ni) nanomaterials: structural design, functionalization and their applications

The structure and the composition are two key factors that influence the physical, chemical, and other properties of materials. Correspondingly, structural design and functionalization with inorganic or organic materials provide efficient routes to enhancing some properties. Herein, iron triad nanomaterials, with a wide range of applications in energy, environment and other fields, were chosen as the target materials. This paper reviews various approaches for designing three typical structures (hollow and porous, ultrathin two-dimensional, and complex three-dimensional structures) of iron triad nanomaterials with high specific surface areas as well as their feasible functionalization for special purposes. Furthermore, some amazing work in recent years is introduced and discussed, especially in the energy field including energy transfer, conversion and storage, and in the environment field, including the adsorption and removal of harmful inorganic ions and organic pollutants. This review aims at developing potential applications of the nanomaterials using structural adjustment and functionalization to overcome their intrinsic shortcomings and enhance their performance.

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