废玻璃再生利用制备长余辉蓄光釉面砖及其性能的研究

利用传统陶瓷制备方法合成了SrAl2O4:Eu,Dy长余辉发光粉体，该磷光体主发射波长位于520nm，余辉时间长达20h以上，将发光粉掺入适量的低熔点玻璃料，经780℃烧成30min合成了性能较好的低温发光釉料，以废玻璃，粘土为主要原料添加其它少量助剂，经过成型，预烧，将低发光釉料涂覆在其上，在一定温度下烧成，制得长余辉蓄光釉面砖。

Preparation of long afterglow luminescence ceramic glaze brick with recycling waste glass and its properties

SrAl 2O 4:Eu,Dy long afterglow luminescence powders were synthesized by the traditional ceramic preparing method. The main emission peak lies in a 520 nm wavelength, and the afterglow time was longer than 20 h. The long afterglow luminescence glaze was obtained by calcining the mixture of low melt point B-Si glass and SrAl 2O 4:Eu,Dy luminescence materials. Waste glass, small amount of additives and clay were used as the main raw materials of ceramic brick, and the low melting point luminescent glaze was coated on the ceramic brick. Finally, the long afterglow ceramic glaze brick can be fabricated under suitable synthesis conditions.