Z-scan for thin media with more than one nonlocal nonlinear response

A model to characterize the response of a thin media that can exhibit more than one nonlocal nonlinear response when it is illuminated with a Gaussian beam in a z-scan experiment is proposed. The model considers that these nonlocal contributions can be treated as independent contributions in the ref...

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Published in:Optics express 2016-06, Vol.24 (12), p.13387-13393
Main Authors: Irivas, B A Martinez, Carrasco, M L Arroyo, Otero, M M Mendez, García, R Ramos, Castillo, M D Iturbe
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cited_by cdi_FETCH-LOGICAL-c329t-1638e256f72160635b9cfe87ec66ba1350e1ef43e2531a8d88add4ef9a6712f93
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description A model to characterize the response of a thin media that can exhibit more than one nonlocal nonlinear response when it is illuminated with a Gaussian beam in a z-scan experiment is proposed. The model considers that these nonlocal contributions can be treated as independent contributions in the refractive or absorptive nonlinear response. Numerical results for two nonlocal nonlinear contributions with different magnitudes between them are presented. Experimental results obtained from a hydrogenated amorphous silicon sample are used to corroborate this model.
doi_str_mv 10.1364/OE.24.013387
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title Z-scan for thin media with more than one nonlocal nonlinear response
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