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Preface: progress in synthesis and characterization of energy materials

机译:前言:能源材料合成与表征方面的进展

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摘要

The looming shortage of natural resources drives the scientific and commercial interest in renewable energies, energy recovery, and power saving. In this context, the development of novel approaches, replacement of toxic and less available resources, and improvement of existing technologies to synthesize suitable materials is pivotal. This is reflected in more than 160,000 papers found when searching for "energy materials" on the Web of Science. Knowledge-based materials engineering is mostly based upon the micro-anostructure-property relationships.
机译:迫在眉睫的自然资源短缺推动了对可再生能源,能源回收和节能的科学和商业兴趣。在这种情况下,开发新方法,替换有毒物质和较少可利用的资源以及改进现有技术以合成合适的材料至关重要。在Web of Science上搜索“能源材料”时发现的160,000多篇论文中反映了这一点。基于知识的材料工程主要基于微观/纳米结构-属性关系。

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