金纳米粒子形状和尺寸对对称和不对称酞菁锌光物理化学行为的影响

2019/03/14   下载量: 0

方案摘要

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应用领域 石油/化工
检测样本 基础有机原料
检测项目 机械性能
参考标准 暂无

采用立陶宛Ekspla公司的NT-342B型集成一体化纳秒光学参量发生器,进行激光闪光光解实验,研究了纳米粒子形状和尺寸对对称和不对称酞菁锌光物理化学行为的影响。

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方案详情

Glutathione (GSH) capped Au nanotriangles (AuNTs–GSH) and nanospheres (AuNSs–GSH) are covalently linked to symmetric Zn phthalocyanine (ZnPc) substituted with phenoxy propanoic acid substituents only (complex 1) and two asymmetric ZnPc, each containing one phenoxy propanoic acid and three benzothiazole phenoxy moieties (complex 2), and one phenoxy propanoic acid and no other ligands (complex 3). The photophysicochemical
behaviour of Pc complexes and their conjugates were studied. All conjugates displayed improved triplet and singlet oxygen quantum yields with decreases in fluorescence quantum yields compared to their respective Pc complexes. The conjugates of asymmetric complexes 2 and 3, afforded much higher triplet and singlet oxygen quantum yields compared to the symmetric complex 1, and could serve as good candidates for photodynamic therapy.

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