作者: F. López Arbeloa , V. Martínez , T. Arbeloa , I. López Arbeloa
DOI: 10.1007/978-1-4419-1260-2_1
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摘要: Absorption and fluorescence spectroscopies with linearly polarized light are applied to study the anisotropic behavior of a dye (rhodamine 6G, R6G) adsorbed in ordered clay (laponite, Lap) particles. Films elaborated by spin-coating technique provide parallel stacking layers supported substrates. The posterior intercalation R6G molecules into interlayer space Lap films preferential orientation respect normal gives rise macroscopic 2D surfaces. Such an organization induces photoresponse dye/clay plane light. A mathematic procedure, based on evolution anisotropy twisting angle excitation light, is used evaluate films. method can be extended fluorescent any organized rigid system.