1背景及目的节能减排、低碳生活、可持续发展、保护生态环境已经成为世界上绝大多数国家和地区的不二选择。清洁能源的开发应用是替代化石燃料的根本途径。太阳能是诸多清洁能源最重要的来源。本项目基于光热效应的原理,根据不同色别材料(液相、固相、气相)对光能转换为热能效率的差异,试图遴选出光热转换效率较高的色谱,以便提高光热利用效能,减少对化石燃料的利用和依赖,从而增加低碳减排的方法途径,实现地球家园永 1 Background and purpose Energy saving and emission reduction, low carbon life, sustainable development and ecological protection have become the choices of most countries and regions in the world. The development and application of clean energy is the fundamental way to replace fossil fuels. Solar energy is the most important source of many clean energy sources. Based on the principle of photothermal effect, this project attempts to select a chromatogram with high photothermal conversion efficiency according to the difference of thermal energy conversion from light energy to light energy in different color materials (liquid phase, solid phase and gas phase) so as to improve the photothermal efficiency , Reduce the use of fossil fuels and dependence, thereby increasing the ways and means of low-carbon emission reduction, to achieve the Earth’s homes forever