The TD quantum wavepacket method has been applied to study the dynamics of ion molecule reaction of Nq q H on2 . qthe WSS Wilhelmsson, Siegbahn and Schinke potential energy surface. Total reaction probabilities for the N q H 2 reaction are calculated as a function of translational energy for a number of rotational states of H. The reaction probability2 from the ground states show numerous narrow resonances that are typically on the order of several picoseconds as well as a threshold energy due to endothermicity of the reaction. q 1999 Elsevier Science B.V. All rights reserved. 1
Reagent ro-vibrational state-selected and energy resolved total reaction probabilities of the title ...
Time-dependent quantum mechanical wave packet calculations have been carried out to study ...
It is now possible to use rigorous quantum scattering theory to perform accurate calculations on the...
The quantum mechanical time-dependent wavepacket method is introduced in the context of the field of...
12 págs.; 12 figs.; 1 tab.; Special Issue: Dynamics of Molecular Collisions XXV: Fifty Years of Chem...
The quantum wave packet dynamics of the title reaction within the coupled state approximation is exa...
The time-dependent wave packet method has been used to calculate initial state selected reaction pro...
The quantum wave packet dynamics of the title reaction within the coupled state approximation is exa...
Time-dependent quantum wavepacket calculations for the H+HCN reaction are carried out on the ab init...
We present in this paper a time-dependent quantum wave packet calculation of the initial state selec...
The real wave packet method is used to calculate reaction probabilities and product quantum state di...
Accurate quantum reactive scattering time-dependent wave packet close-coupling calculations have bee...
International audienceWe present accurate quantum calculations of state-to-state cross sections for ...
The title reaction has a great deal of intriguing characters and provides energy for a chemical lase...
International audienceWe present accurate quantum calculations of state-to-state cross sections for ...
Reagent ro-vibrational state-selected and energy resolved total reaction probabilities of the title ...
Time-dependent quantum mechanical wave packet calculations have been carried out to study ...
It is now possible to use rigorous quantum scattering theory to perform accurate calculations on the...
The quantum mechanical time-dependent wavepacket method is introduced in the context of the field of...
12 págs.; 12 figs.; 1 tab.; Special Issue: Dynamics of Molecular Collisions XXV: Fifty Years of Chem...
The quantum wave packet dynamics of the title reaction within the coupled state approximation is exa...
The time-dependent wave packet method has been used to calculate initial state selected reaction pro...
The quantum wave packet dynamics of the title reaction within the coupled state approximation is exa...
Time-dependent quantum wavepacket calculations for the H+HCN reaction are carried out on the ab init...
We present in this paper a time-dependent quantum wave packet calculation of the initial state selec...
The real wave packet method is used to calculate reaction probabilities and product quantum state di...
Accurate quantum reactive scattering time-dependent wave packet close-coupling calculations have bee...
International audienceWe present accurate quantum calculations of state-to-state cross sections for ...
The title reaction has a great deal of intriguing characters and provides energy for a chemical lase...
International audienceWe present accurate quantum calculations of state-to-state cross sections for ...
Reagent ro-vibrational state-selected and energy resolved total reaction probabilities of the title ...
Time-dependent quantum mechanical wave packet calculations have been carried out to study ...
It is now possible to use rigorous quantum scattering theory to perform accurate calculations on the...