论文部分内容阅读
A novel pyridine-phenol boron complex[(dppy)BF] was encapsulated into polymer/silica composite matrix by sol-gel process. UV-Vis absorption spectra show that this process can control the aggregation structure of complex (dppy)BF. The results of photoluminescence of (dppy)BF in sol-gel composite film indicate that both fluorescence intensity and photostability are markedly increased using this method compared with other methods, which increases the practical significance of such composite film.
A novel pyridine-phenol boron complex [(dppy) BF] was encapsulated into polymer / silica composite matrix by sol-gel process. UV-Vis absorption spectra show that this process can control the aggregation structure of complex (dppy) BF. of photoluminescence of (dppy) BF in sol-gel composite film indicate that both both fluorescence intensity and photostability are markedly increased using this method compared with other methods, which increase the practical significance of such composite film.