Add to ORKGIn this article we discuss the progress made in understanding intermolecular and intermolecular reactions of proton (or hydrogen-atom) transfer. Femtosecond real-time probing, together with spectroscopic studies, in molecular beams are presented with selected examples of reactions. Reaction rates, tunneling dynamics and the nature of the reaction coordinate are examined and related to two-state multidimensional potential energy surfaces
The two-dimensional potential energy surface (PES) of the quasi-symmetric OHO fragment suggested ear...
On the way from reactants to products, a chemical reaction passes through what chemists term the tra...
Proton transfers within the formic acid dimer are studied using various methods. Minimum atomic basi...
In this article we discuss the progress made in understanding intermolecular and intermolecular reac...
The real-time dynamics of hydrogen-atom-transfer processes under collisionless conditions are studie...
The transfer of a proton from one group to anotheris probably the most common and fundamental reacti...
International audienceRecent theoretical results on the title topic, informed by femtosecond and ste...
Studies are reported of the dynamics of proton-transfer reactions, with sub-picosecond time resoluti...
In this paper, we give a full account of our studies of the dynamics of electron-transfer reactions....
Abstract—Molecular beam and spectroscopic techniques allow detailed study of many dynamical properti...
In this contribution, we give a full account of the approach of femtosecond, time-resolved mass spec...
Femtosecond, real-time dynamics of a hydrogen-bonded model base pair (7-azaindole dimer) in the cond...
A photoinitiated intermolecular electron-proton transfer reaction in 2-aminopyridine dimer was inves...
The dynamics of the title reaction was studied using mainly the quasiclassical trajectory (QCT) meth...
The absorption of a photon by a hydroxy-aromatic photoacid triggers a cascade of events contributing...
The two-dimensional potential energy surface (PES) of the quasi-symmetric OHO fragment suggested ear...
On the way from reactants to products, a chemical reaction passes through what chemists term the tra...
Proton transfers within the formic acid dimer are studied using various methods. Minimum atomic basi...
In this article we discuss the progress made in understanding intermolecular and intermolecular reac...
The real-time dynamics of hydrogen-atom-transfer processes under collisionless conditions are studie...
The transfer of a proton from one group to anotheris probably the most common and fundamental reacti...
International audienceRecent theoretical results on the title topic, informed by femtosecond and ste...
Studies are reported of the dynamics of proton-transfer reactions, with sub-picosecond time resoluti...
In this paper, we give a full account of our studies of the dynamics of electron-transfer reactions....
Abstract—Molecular beam and spectroscopic techniques allow detailed study of many dynamical properti...
In this contribution, we give a full account of the approach of femtosecond, time-resolved mass spec...
Femtosecond, real-time dynamics of a hydrogen-bonded model base pair (7-azaindole dimer) in the cond...
A photoinitiated intermolecular electron-proton transfer reaction in 2-aminopyridine dimer was inves...
The dynamics of the title reaction was studied using mainly the quasiclassical trajectory (QCT) meth...
The absorption of a photon by a hydroxy-aromatic photoacid triggers a cascade of events contributing...
The two-dimensional potential energy surface (PES) of the quasi-symmetric OHO fragment suggested ear...
On the way from reactants to products, a chemical reaction passes through what chemists term the tra...
Proton transfers within the formic acid dimer are studied using various methods. Minimum atomic basi...