Many gas-phase chemical reactions proceed via reaction intermediates, supported by
potential wells. The characteristics of such complex-forming reactions differ drastically from …

The study of insertion atom–diatom reactions is usually complicated by the existence of
deep potential wells between reactants and products. The large number of bound and …

Coriolis coupling plays a crucial role in reactive scattering, but dynamics calculations
including the complete Coriolis coupling significantly increase the difficulty of numerical …

The state-to-state differential cross sections for some atom+ diatom reactions have been
calculated using a new wave packet code, MAD-WAVE3, which is described in some detail …

State-to-state rate constants for the title reaction are calculated using the electronic ground
state potential energy surface and an accurate quantum wave-packet method. The …

We report a study on the reactive collision of S+(4 S) with H 2, HD, and D 2 combining
guided ion beam experiments and quantum-mechanical calculations. It is found that the …

The H++ HD (v, j) reaction has been investigated in detail by means of a statistical quantum
method. State-to-state cross sections and rate constants for transitions between reactants …

The H++ H 2 exchange reaction has been studied theoretically by means of a different
variety of methods as an exact time independent quantum mechanical, approximate …

Quantum reactive and elastic cross sections and rate coefficients have been calculated for
D++ H 2 (v= 0, j= 0) collisions in the energy range from 10− 8 K (deep ultracold regime) …

The nonadiabatic quantum dynamics and Coriolis coupling effect in chemical reaction have
been reviewed, with emphasis on recent progress in using the time‐dependent wave packet …