[1] Leznoff C C,Lever A B P.Phthalocyanines-Properties and Applications[M].New York:VCH; 1989(Vol.1);1993(Vols.2); 1996(Vol.4). [2] Ali H,van Lier J E.Metal complexes as photo-and radiosensitizers[J].Chem.Rev.,1999,99(9):2379-2450. [3] 江茫,陈红征,沈菊李,等.酞菁固体中的电子过程[J].中图科学(A辑),1994,24(3):311-315.Wang M,Chen H Z,Sheng J L,et al.Electronic process in phthalocyanine solid[J].Science in China (Series A),1994,24(3):311-315. [4] 周雪琴,陈红征,汪茫,等.光导性偶氮聚合物材料的设计[J].自然科学进展,2000,10(6):543-548.Zhou X Q,Chen H Z,Wang M,et al.The design of azobenzene polymer materials with photoconductivity[J].Progress in Nature Science,2000,10 (6):543-548. [5] 雷鹰,孙景志,徐瑞松,等.氯丹蓝偶氮/西酞菁氧钛复合体系光电导性能的协同增强效应[J].自然科学进展,2002,12(9):918-922.Lei Y,Sun J Z,Xu R S,et al.Synergetically enhanced properties on photoconductivity of blue chlordane azobenzene/TiO phthalocyanine complex[J].Progress in Nature Science,2002,12(9):918-922. [6] 张先付,许慧君.取代锌酞菁的合成及光物理性质[J].高等学校化学学报,1994,15(5):917-919.Zhang X F,Xu H J.Synthesis and photophysical properties of substituted zinc phthalocyanines[J].Chemical Journal of Chinese Universities.1994,15 (5):917-919. [7] 毛海舫,田宏健,许慧君.具有相反电荷取代基的卟啉和酞菁异聚体荧光光谱的研究[J].感光科学与光化学,1995,13(1):28-34.Mao H F,Tian H J,Xu H J.Study on the aggregation of porphyrin and phthalocyanine bearing oppositely charged substituents by fluorescence spectroscopy[J].Photogrophic Science and Photochemistry,1995,13(1):28-34. |