【摘 要】
：
本文介绍的有机—无机红色长余辉发光材料，具有无机稀土材料发光性能稳定、结构坚固、耐腐蚀性强的优点和有机高分子材料发光强度高、吸光能力强、颜色容易控制的优点，实现有机—无机材料性能的重组，克服无机稀土材料发光强度低和有机高分子材料发光性能不稳定的缺点。研制出有机—无机发光分子的基态复合物，使发光材料在基态吸收的太阳光谱范围加大，吸收的能量增多，完成无机稀土材料本身在基态不能完成的受激过程，提高了分子
【机 构】
：
沈阳建筑大学 建筑技术研究所 辽宁 沈阳 110016 沈阳建筑大学 建筑技术研究所 辽宁 沈阳
【出 处】
：
第2届中国国际可再生能源设备与技术国际研讨会
论文部分内容阅读
本文介绍的有机—无机红色长余辉发光材料，具有无机稀土材料发光性能稳定、结构坚固、耐腐蚀性强的优点和有机高分子材料发光强度高、吸光能力强、颜色容易控制的优点，实现有机—无机材料性能的重组，克服无机稀土材料发光强度低和有机高分子材料发光性能不稳定的缺点。研制出有机—无机发光分子的基态复合物，使发光材料在基态吸收的太阳光谱范围加大，吸收的能量增多，完成无机稀土材料本身在基态不能完成的受激过程，提高了分子在基态受激后的量子产率。
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本文阐述了当前生物质材料高效燃烧利用所面对的一些主要问题，以及一种克服这些问题的燃烧方法。该方法不仅通过炉具改造来达到提高燃烧效率，而且通过把生物质材料压缩成为一带有中心燃烧通道的结构，使含灰份较多不易燃烧的稻草都可以实现高效率的燃烧。该技术可以使稻草等秸杆材料代替柴薪、煤炭用于农村和中小城镇的炊事、取暖、供热，也可以用于锅炉发电。
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