The results show that Eu3+ ion of the Eu-qina can emit strong red characteristic luminescence because quinaldic acid transfer energy to Eu3+ ion.
通过红外光谱、紫外可见光谱、荧光光谱和X射线粉末衍射等测试手段,对溶液中合成的喹哪啶酸合铕(Eu-qina)配合物进行了表征,且将溶胶-凝胶法合成出的Eu-qina/SiO2杂化发光材料,与溶液中合成的配合物Eu-qina进行对比。
The complex [Co(qina)2(H2O)2]?2DMSO (qina=quinaldic acid) was synthesized.
合成了配合物[Co(qina)2(H2O)2]?2DMSO单晶(qina为喹哪啶酸)。
In an aqueous solution of pH=5 0~8 2, H aggregates of Quinaldine Blue(QB) are formed with the nucleic acid molecules.
2的水溶液介质中 ,阳离子花青染料喹哪啶蓝 (QB)在核酸分子表面形成了 H-聚集 。