Diffraction of optical communication Gaussian beams by volume gratings: comparison of simulations and experimental results. Boffi, P., Osmond, J., Piccinin, D., Ubaldi, M., C., & Martinelli, M. Appl. Opt., 43(19):3854-3865, OSA - The Optical Society, 7, 2004. ![Diffraction of optical communication Gaussian beams by volume gratings: comparison of simulations and experimental results [link]](https://bibbase.org/img/filetypes/link.svg "link")
Website doi abstract bibtex The diffraction effects induced by a thick holographic grating on the propagation of a finite Gaussian beam are theoretically analyzed by means of the coupled-wave theory and the beam propagation method. Distortion of the transmitted and diffracted beams is simulated as a function of the grating parameters. Theoretical results are verified by experimentation realized by use of LiNbO3 volume gratings read out by a 1550-nm Gaussian beam, typical of optical fiber communications. This analysis can be implemented as a useful tool to aid with the design of volume grating-based devices employed in optical communications.
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abstract = {The diffraction effects induced by a thick holographic grating on the propagation of a finite Gaussian beam are theoretically analyzed by means of the coupled-wave theory and the beam propagation method. Distortion of the transmitted and diffracted beams is simulated as a function of the grating parameters. Theoretical results are verified by experimentation realized by use of LiNbO3 volume gratings read out by a 1550-nm Gaussian beam, typical of optical fiber communications. This analysis can be implemented as a useful tool to aid with the design of volume grating-based devices employed in optical communications.},
bibtype = {article},
author = {Boffi, Pierpaolo and Osmond, Johann and Piccinin, Davide and Ubaldi, Maria Chiara and Martinelli, Mario},
doi = {10.1364/AO.43.003854},
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