方解石
光致变色
铝硅酸钠
碱金属
硅酸铝
化学
激活剂(遗传学)
结晶学
卤化物
材料科学
光化学
无机化学
矿物学
沸石
有机化学
催化作用
生物化学
基因
摘要
An efficient and reliable technique for synthesizing sodalite is described. This new synthesis is termed "structure conversion method." It converts a complex sodium‐aluminosilicate structure into a sodalite structure while at the same time incorporating the alkali halide and activator compounds to form cathodochromic (CC) or photochromic (PC) sodalite in one step without requiring additional sensitizing procedure. Both PC and CC sodalites of high quality have been synthesized by this method. The results of structural analysis, optical measurements, and electron beam excitation of these materials are presented.
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