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Your search keyword '"Petrone, Alessio"' showing total 7 results
Start Over Author "Petrone, Alessio" Publisher wiley
7 results on '"Petrone, Alessio"'

1. Unveiling Stereo‐Electronic Effects in Homogeneous Catalysis Integrating Theory and Experiments: the Potential of Dimeric Iron(III)

Author

Perrella, Fulvio, primary, Langellotti, Vincenzo, additional, Buttarazzi, Edoardo, additional, Cucciolito, Maria Elena, additional, Melchiorre, Massimo, additional, Pinto, Gabriella, additional, Prokopenko, Valeriia, additional, Rega, Nadia, additional, Ruffo, Francesco, additional, Petrone, Alessio, additional, and Esposito, Roberto, additional

Published
2023
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3. Cover Image, Volume 41, Issue 26

Author

Raucci, Umberto, primary, Perrella, Fulvio, additional, Donati, Greta, additional, Zoppi, Maria, additional, Petrone, Alessio, additional, and Rega, Nadia, additional

Published
2020
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5. The Chronus Quantum software package

Author

Williams‐Young, David B., primary, Petrone, Alessio, additional, Sun, Shichao, additional, Stetina, Torin F., additional, Lestrange, Patrick, additional, Hoyer, Chad E., additional, Nascimento, Daniel R., additional, Koulias, Lauren, additional, Wildman, Andrew, additional, Kasper, Joseph, additional, Goings, Joshua J., additional, Ding, Feizhi, additional, DePrince, A. Eugene, additional, Valeev, Edward F., additional, and Li, Xiaosong, additional

Published
2019
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7. Tuning ultrafast time-evolution of photo-induced charge-transfer states: A real-time electronic dynamics study in substituted indenotetracene derivatives.

Author

Crisci L, Coppola F, Petrone A, and Rega N

Abstract

Photo-induced charge transfer (CT) states are pivotal in many technological and biological processes. A deeper knowledge of such states is mandatory for modeling the charge migration dynamics. Real-time time-dependent density functional theory (RT-TD-DFT) electronic dynamics simulations are employed to explicitly observe the electronic density time-evolution upon photo-excitation. Asymmetrically substituted indenotetracene molecules, given their potential application as n-type semiconductors in organic photovoltaic materials, are here investigated. Effects of substituents with different electron-donating characters are analyzed in terms of the overall electronic energy spacing and resulting ultrafast CT dynamics through linear response (LR-)TD-DFT and RT-TD-DFT based approaches. The combination of the computational techniques here employed provided direct access to the electronic density reorganization in time and to its spatial and rational representation in terms of molecular orbital occupation time evolution. Such results can be exploited to design peculiar directional charge dynamics, crucial when photoactive materials are used for light-harvesting applications., (© 2023 The Authors. Journal of Computational Chemistry published by Wiley Periodicals LLC.)

Published
2024
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