储氢技术和材料的研究进展
首发时间:2017-05-02
摘要:氢气由于其环境的友好性,且比现存的化石能源更高效等特点,而被未来能源策略视为一种重要的可替代能源。发展高效且稳定的储氢系统是实现这一目标的关键。然而难点在于寻找一种高储存能力,快动力学响应以及可在室温条件下工作的高效可逆储氢体系。本文综述了关于储氢技术和材料的讨论,如金属氢化物,配位氢化物,金属有机骨架,纳米结构碳材料等。基于储氢材料当前状况和研究进展,在不久的将来这些材料会对储氢技术的发展造成深远的影响。
关键词: 储氢 金属氢化物 氨硼烷 金属有机骨架 纳米结构碳材料
For information in English, please click here
Overview of Hydrogen Storage Technologies and Materials
Abstract:Hydrogen has been recognized as a highly important candidate for future energy schemes due to its environmental friendliness, and more efficient in comparison to the existing carbonaceous fossil fuels. Developing efficient and stable hydrogen-based fuel systems is essential for hydrogen economy. However, the main difficult is to find a highly reversible hydrogen storage system with sufficient storage capability, fast kinetics and operate under ambient conditions. In this paper,overview of hydrogen storage technologies and materials such as the metal hydrides, complex chemial hydride, metal-organic frameworks, nanostructured carbon materials are discussed. Based on the current status nad research progress of hydrogen storage materials, they will exert a profound influence on the development of hydrogen storage technologies in the near future.
Keywords: Hydrogen storage Metal hydrides Ammonia borane Metal-organic frameworks Nanostructured carbon materials
基金:
论文图表:
引用
No.4726646119455814****
同行评议
勘误表
储氢技术和材料的研究进展
评论
全部评论0/1000