通过与金属或非金属复合获得高性能结构材料，这些优异的独特性能使其在热控

通过与金属或非金属复合获得高性能结构材料，这些优异的独特性能使其在热控材料、电极材料、催化、环保等领域中均有着十分广阔的应用前景。近年来，泡沫炭材料的研究在国内外得到高度关注，内容涉及新原料的选择与调变、制备工艺技术的开发和优化、产品的微观结构、材料的力学性能、热性能的揭示和调控以及最佳应用途径的拓展等各个方面。

通过与金属或非金属复合获得高性能结构材料，这些优异的独特性能使其在热控材料、电极材料、催化、环保等领域中均有着十分广阔的应用前景。 近年来，泡沫炭材料的研究在国内外得到高度关注，内容涉及新原料的选择与调变、制备工艺技术的开发和优化、产品的微观结构、材料的力学性能、热性能的揭示和调控以及最佳应用途径的拓展等各个方面。

High performance structural materials are obtained by compounding with metal or nonmetal. These excellent and unique properties make them have very broad application prospects in the fields of thermal control materials, electrode materials, catalysis, environmental protection and so on. In recent years, the research of foamed carbon materials has attracted great attention at home and abroad. It involves various aspects such as the selection and adjustment of new materials, the development and optimization of preparation technology, the microstructure of products, the mechanical properties of materials, the revealing and regulation of thermal properties, and the extension of the best application methods.<br>