同步輻射研究於能源材料科學的應用與發展

The Study of Application and Development in Energy Materials by Synchrotron Radiation

林佑錩(Yu-Chang Lin) ； 林彥谷(Yan-Gu Lin)

《化學》 76卷2期 (2018/06) Pp. 115-128

https://doi.org/10.6623/chem.201806_76(2).002

摘要

在環保意識抬頭的現今，永續綠色能源的發展一直是全世界備受注目的重要議題，太陽能以及高儲能材料在綠色能源產業發展中扮演相當重要的角色。相較於一般分析方法，同步輻射技術可針對複合性材料做元素相關的電子結構和化學鍵結環境分析，我們可以利用同步輻射X光技術研究其電性與結構，鑑定材料本質和其摻雜元素及氧化還原反應的影響，透過元素分析的化學組態、電子結構和能帶結構提升對材料科學的了解。本文將對近幾年發展快速的能源材料針對其材料鑑定方法與電化學應用方面進行介紹。

關鍵字

能源材料 ； 同步輻射X光 ； X光繞射能譜 ； X光吸收光譜 ； X光電子能譜

並列摘要

With the rise of environmental awareness, the development of alternative energy has become a research subject of high priority in the world. Solar energy and energy storage materials play a very important role in the development of the green energy industry. Compared to general analytical methods, synchrotron radiation technology could be used by analyzing the composite materials of elemental electronic structures and chemical bonding environments. Synchrotron radiation X-ray technology can study the electrical properties and structure, identify the nature of materials and its doping elements and the impact of redox reaction. To understand the elemental analysis of materials improvement through the chemical configuration, electronic structure, and band structure. This article will introduce the rapid development of energy materials in recent years for methods of material identification and electrochemical applications.

並列關鍵字

Energy materials ； Synchrotron radiation X-ray ； X-ray diffraction ； X-ray absorption spectroscopy ； X-ray photoelectron spectroscopy