서강대학교

목차

I. Introduction = 1
References = 3
II. Basic of time-resolved fluorescence spectroscopy = 4
Fluorescence = 4
Quantum yield = 7
Fluorescence decay lifetime = 8
Time-resolved fluorescence spectra = 12
References = 15
III. Material and methods = 16
Fluorescence probe - hemicyanine dye = 16
Absorption measurement = 19
Fluorescence measurement = 20
Time-resolved fluorescence measurement = 21
References = 24
Subject I. Fluorescence dye molecules in various liquid media = 26
IV. Comparison of photophysical properties of the hemicyanine dyes in ionic and nonionic solvents = 27
Introduction = 27
Sample preparation = 30
Results and discussion = 31
Summary = 53
References = 54
V. Fluorescence enhancement of dye-doped liquid crystal by dye-induced alignment effect = 59
Introduction = 59
Sample preparation = 61
Results and discussion = 63
Summary = 73
References = 74
Subject II. Dye molecules in zeolite matrices = 76
VI. The fluorescence properties of hemicyanine in nanoporous materials with varying pore sizes = 77
Introduction = 77
Sample preparation = 79
Results and discussion = 81
Summary = 91
References = 92
VII. Determination of hyperpolarizability components of dye molecules in silicalite-1 zeolite = 94
Introduction = 94
Experimental = 99
Results and discussion = 101
Summary = 115
References = 116