Search Results - "Vanossi, D"

Regiochemistry in the electrochemical assisted grafting of glassy carbon. With focus on sterical hindrance of lateral chains in the electroreduction process of multi-functionalized bithiophene by Tassinari, F., Vanossi, D., Mucci, A., Parenti, F., Fontanesi, C.

“…•Rational design of “surface molecular orientated reactivity” in the electrochemical assisted grafting process.•DFT study of the iodine electroreduction…”
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Solvent influence on absorption and fluorescence spectra of merocyanine dyes: a theoretical and experimental study by Baraldi, I, Brancolini, G, Momicchioli, F, Ponterini, G, Vanossi, D

“…The solvaton–CS INDO model, previously successfully used to describe the solvatochromic properties of merocyanines, has been extended to the study of the…”
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Excitation Energy Transfer in Ion Pairs of Polymethine Cyanine Dyes:  Efficiency and Dynamics by Ponterini, G, Fiorini, M, Vanossi, D, Tatikolov, A. S, Momicchioli, F

“…The present work deals with singlet excitation energy transfer (EET) occurring in contact ion pairs (CIPs) of several anionic oxonol analogues (acting as EE…”
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Dimerization of green sensitizing cyanines in solution. A spectroscopic and theoretical study of the bonding nature by Baraldi, I., Caselli, M., Momicchioli, F., Ponterini, G., Vanossi, D.

“…The bonding nature in cyanine-dye aggregates has been investigated by studying dimerization in solution of 3,3 ′-disulfopropyl-4,5,4 ′,5…”
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Exciton Effects in the Dimer and Higher Aggregates of a Simple Merocyanine Dye. A CS INDO CI Based Theoretical Study by Millié, P., Momicchioli, F., Vanossi, D.

“…A simple streptomerocyanine with five methine carbons (Mc) has been used as a suitable model system to investigate theoretically the optical properties in…”
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Exciton-Like and Charge-Transfer States in Cyanine−Oxonol Ion Pairs. An Experimental and Theoretical Study by Baraldi, I, Momicchioli, F, Ponterini, G, Tatikolov, A. S, Vanossi, D

“…Absorption and fluorescence emission properties of cyanine−oxonol mixed dyes, i.e., salts formed by a cationic cyanine with an anionic oxonol as counterion,…”
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Solvent effects within the CS INDO method. Geometrical distortion and solvatochromism of merocyanine dyes by Baraldi, I., Momicchioli, F., Ponterini, G., Vanossi, D.

“…This work represents the first step of a theoretical study aiming at explicitly including solvation in the CS INDO CI calculations of ground and excited state…”
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Electronic spectra and fluorescence properties of multichromophoric sulfonylureas by Baraldi, I., Caselli, M., Ponterini, G., Vanossi, D.

“…Investigation of the multichromophoric character of two sulfonylurea herbicides: sulfometuron methyl and bensulfuron methyl. UV absorption spectra and…”
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Rotamerism and electronic spectra of aza-derivatives of stilbene and diphenylbutadiene. A combined experimental and theoretical study by Baraldi, Ivan, Spalletti, Anna, Vanossi, Davide

“…The experimental results on the rotameric equilibrium and electronic spectra of aza-derivatives of trans-stilbene and 1,4-diphenylbutadiene, have been…”
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Electronic spectrum of porphyrins. CS INDO CI study by Baraldi, I., Carnevali, A., Ponterini, G., Vanossi, D.

“…The electronic spectra of porphin, chlorin and their magnesium derivatives have been studied quantum-mechanically with the CS INDO CI method. Both the S 0-S n…”
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On the Character Tables of Finite Point Groups by Baraldi, Ivan, Vanossi, Davide

“…A new method for the "complete" construction of the character tables of all the finite point groups is presented. In an explicit way, only the character tables…”
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Regarding Enumeration of Molecular Isomers by Baraldi, Ivan, Vanossi, Davide

“…In this paper, a simple theoretical approach to counting of substitution isomers is described. It is based on Pólya's theorem and on point groups as recently…”
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The stable and photochemical isomers of some merocyanines: a 1H NMR and theoretical CS INDO study of the structures and electronic spectra by Baraldi, Ivan, Ghelli, Stefano, Krasnaya, Zhanna A., Momicchioli, Fabio, Tatikolov, Aleksandr S., Vanossi, Davide, Ponterini, Glauco

“…The conformations and electron distributions of four merocyanines were investigated by 1H NMR spectroscopy in low-polarity solvents and CS INDO calculations on…”
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