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Title: Characterization Methods for Azobenzene Photoisomerization Energy Storage: A Review
题目：偶氮苯光异构化储能的表征方法：综述
Authors: ZHANG Jun, ZHANG Li, JIN Guang, LIN Chenyang, CUCE Erdem, GUO Shaopeng
作者：张骏、张立、金光、林辰阳、埃德姆-库斯、郭少朋
单位：内蒙古科技大学；日本早稻田大学；土耳其雷杰普·塔伊普·埃尔多安大学；英国伯明翰城市大学；西安建筑科技大学
Journal of Thermal Science, 2024, 33(6): 2117-2137.
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摘要
Abstract: The development of azobenzene photoisomerization materials marks a pivotal advancement in solar-thermal conversion technologies. Their properties and performance, explored through comprehensive characterization, are vital for further progress. Despite extensive research in this area, a detailed summary of characterization methods for azobenzene materials remains largely unexplored. This review addresses this gap by detailing structural and performance characterization techniques. It provides an in-depth overview of various experimental methods, highlighting their objectives, operational mechanics, and practical applications. This detailed review sheds light on the complex relationship between the materials’ structure and their performance. Moreover, the review presents a critical analysis of these methods, assessing their strengths and limitations. By doing so, it highlights the revolutionary potential of azobenzene materials in the realm of solar energy conversion and underscores their significance in fostering sustainable energy solutions.
摘要：先进偶氮苯材料的研发是实现高效太阳能光异构化储能技术的基础。其中，对偶氮苯材料特性与性能的综合表征是认识和评估材料的关键。本文对高性能偶氮苯材料制备过程中的结构和性能表征技术进行了综述，深入概况了相关的实验方法、目标、机理和应用情况，阐明了材料结构与性能之间的内在联系。此外，该综述还阐述了各相关表征技术的优势及局限性，并介绍了偶氮苯光异构化储能技术在太阳能转化利用中的潜力及重要性。
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引用格式
ZHANG Jun, ZHANG Li, JIN Guang, LIN Chenyang, CUCE Erdem, GUO Shaopeng, Characterization Methods for Azobenzene Photoisomerization Energy Storage: A Review, Journal of Thermal Science, 2024, 33(6): 2117-2137.
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