Author: "Mandoj, Federica" / Search Limiters: Full Text - Searchworks@Jio Institute Digital Library Search Results

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Author: Dridi, Sabrine, primary, Khiari, Jamel Eddine, additional, Magna, Gabriele, additional, Stefanelli, Manuela, additional, Lvova, Larisa, additional, Mandoj, Federica, additional, Khezami, Khaoula, additional, Durmuş, Mahmut, additional, Di Natale, Corrado, additional, and Paolesse, Roberto, additional
Published: 2023
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Author: Caroleo, Fabrizio, primary, Magna, Gabriele, additional, Naitana, Mario Luigi, additional, Di Zazzo, Lorena, additional, Martini, Roberto, additional, Pizzoli, Francesco, additional, Muduganti, Mounika, additional, Lvova, Larisa, additional, Mandoj, Federica, additional, Nardis, Sara, additional, Stefanelli, Manuela, additional, Di Natale, Corrado, additional, and Paolesse, Roberto, additional
Published: 2022
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Author: Magna, Gabriele, primary, Mandoj, Federica, additional, Stefanelli, Manuela, additional, Pomarico, Giuseppe, additional, Monti, Donato, additional, Di Natale, Corrado, additional, Paolesse, Roberto, additional, and Nardis, Sara, additional
Published: 2021
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Author: Stefanelli, Manuela, primary, Mandoj, Federica, additional, Magna, Gabriele, additional, Lettieri, Raffaella, additional, Venanzi, Mariano, additional, Paolesse, Roberto, additional, and Monti, Donato, additional
Published: 2020
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Author: Pizzoferrato, Roberto, primary, Francini, Roberto, additional, Pietrantoni, Serena, additional, Paolesse, Roberto, additional, Mandoj, Federica, additional, Monguzzi, Angelo, additional, and Meinardi, Francesco, additional
Published: 2010
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Author: Pizzoferrato R, Francini R, Pietrantoni S, Paolesse R, Mandoj F, Monguzzi A, and Meinardi F
Abstract: We have investigated the photoluminescence properties of porphyrin-based erbium and gadolinium complexes at different levels of halogen substitution. Both the intensity and the decay time of the erbium near-infrared emission correlate with the degree of the halogenation. Conversely, no clear correlation is found with the triplet-state energy levels nor with the intensity of the residual visible emission. Such findings confirm that the key role in the low efficiency of the near-infrared emission is played by the nonradiative quenching of the erbium emitting level due to the vibrational modes of the surrounding C-H bonds.
Published: 2010
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