We develop a high-level spin–orbit-corrected analytical ab initio potential energy surface and perform quasi-classical trajectory simulations to study the dynamics of the 9-atomic HI + C 2 H 5 → I + C 2 H 6 reaction in full (21) dimensions
The collision between the hydroxyl cation (OH+) and hydrogen atoms (H) plays a major role in physica...
A potential energy surface for H₅⁺ has been constructed by a modified Shepard interpolation on a spa...
This work elucidates new atomic-level mechanisms that may be common in a range of chemical reactions...
We develop a high-level spin–orbit-corrected analytical ab initio potential energy surface and perfo...
We report a full-dimensional spin-orbit-corrected analytical potential energy surface (PES) for the ...
We develop a full-dimensional analytical potential energy surface (PES) for the OH + C 2 H 6 reactio...
We develop a full-dimensional analytical potential energy surface (PES) for the OH + C 2 H 6 reactio...
We perform rotational mode-specific quasi-classical trajectory simulations using a high-quality ab i...
A new full-dimensional potential energy surface for the title reaction has been constructed using th...
In this work we present a dynamical study of the H + HeH+ → H2+ + He reaction in a collision energy ...
A new ab initiopotential energy surface (PES) for the H+N₂O→OH+N₂reaction has been constructed using...
Dedicated to Professor Otohiko Tsuge on the occasion of his retirement Three-dimensional quasiclassi...
A potential energy surface that describes the title reaction has been constructed by interpolation o...
Moving beyond the six-atomic benchmark systems, we discuss the new age and future of first-principle...
We present numerical quantum mechanical scattering calculations for the collinear H+H2 reaction on a...
The collision between the hydroxyl cation (OH+) and hydrogen atoms (H) plays a major role in physica...
A potential energy surface for H₅⁺ has been constructed by a modified Shepard interpolation on a spa...
This work elucidates new atomic-level mechanisms that may be common in a range of chemical reactions...
We develop a high-level spin–orbit-corrected analytical ab initio potential energy surface and perfo...
We report a full-dimensional spin-orbit-corrected analytical potential energy surface (PES) for the ...
We develop a full-dimensional analytical potential energy surface (PES) for the OH + C 2 H 6 reactio...
We develop a full-dimensional analytical potential energy surface (PES) for the OH + C 2 H 6 reactio...
We perform rotational mode-specific quasi-classical trajectory simulations using a high-quality ab i...
A new full-dimensional potential energy surface for the title reaction has been constructed using th...
In this work we present a dynamical study of the H + HeH+ → H2+ + He reaction in a collision energy ...
A new ab initiopotential energy surface (PES) for the H+N₂O→OH+N₂reaction has been constructed using...
Dedicated to Professor Otohiko Tsuge on the occasion of his retirement Three-dimensional quasiclassi...
A potential energy surface that describes the title reaction has been constructed by interpolation o...
Moving beyond the six-atomic benchmark systems, we discuss the new age and future of first-principle...
We present numerical quantum mechanical scattering calculations for the collinear H+H2 reaction on a...
The collision between the hydroxyl cation (OH+) and hydrogen atoms (H) plays a major role in physica...
A potential energy surface for H₅⁺ has been constructed by a modified Shepard interpolation on a spa...
This work elucidates new atomic-level mechanisms that may be common in a range of chemical reactions...