2012Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Linear and nonlinear optical properties of Rhodamine B dye solution with Au nanoparticles

F. Hajiesmaeilbaigi, Seyed Ahmad Motamedi, Yasaman Golian, E. Bostandoust Nik

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Abstract

In this study, Au colloidal nanoparticle is performed by laser ablation method. The linear and nonlinear absorption of the laser dye Rhodamine B dissolved in DI water with and without the presence of Au nanoparticles were investigated. The emission spectra of the samples were studied. Results show the red shift of the fluorescence emission in the case of dye with the presence of Au nanoparticles. The measurement of nonlinear absorption in Au, Au/Rhodamine B and Rhodamine B solutions were carried out using the standard Z-scan technique. Our measurements indicate positive signs for the nonlinear optical absorption coefficients of the samples.

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What this paper is about

In this study, Au colloidal nanoparticle is performed by laser ablation method. The linear and nonlinear absorption of the laser dye Rhodamine B dissolved in DI water with and without the presence of Au nanoparticles were investigated. The emission spectra of the samples were studied. Results show the red shift of the fluorescence emission in the case of dye with the presence of Au nanoparticles. The measurement of nonlinear absorption in Au, Au/Rhodamine B and Rhodamine B solutions were carried out using the standard Z-scan technique. Our measurements indicate positive signs for the nonlinear optical absorption coefficients of the samples.

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Available abstract

In this study, Au colloidal nanoparticle is performed by laser ablation method. The linear and nonlinear absorption of the laser dye Rhodamine B dissolved in DI water with and without the presence of Au nanoparticles were investigated. The emission spectra of the samples were studied. Results show the red shift of the fluorescence emission in the case of dye with the presence of Au nanoparticles. The measurement of nonlinear absorption in Au, Au/Rhodamine B and Rhodamine B solutions were carried out using the standard Z-scan technique. Our measurements indicate positive signs for the nonlinear optical absorption coefficients of the samples.

Key concepts: Rhodamine B, Rhodamine, Nanoparticle, Materials science, Laser ablation, Absorption (acoustics), Fluorescence, Analytical Chemistry (journal)

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