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Numerical Analysis and Scientific Computing

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Coherent scattering

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Full-Text Articles in Chemistry

State-To-State Reaction Dynamics Of ¹⁸O+³²O₂ Studied By A Time-Dependent Quantum Wavepacket Method, Wenbo Xie, Lan Liu, Zhigang Sun, Hua Guo, Richard Dawes Feb 2015

State-To-State Reaction Dynamics Of ¹⁸O+³²O₂ Studied By A Time-Dependent Quantum Wavepacket Method, Wenbo Xie, Lan Liu, Zhigang Sun, Hua Guo, Richard Dawes

Chemistry Faculty Research & Creative Works

The title isotope exchange reaction was studied by converged time-dependent wave packet calculations, where an efficient 4th order split operator was applied to propagate the initial wave packet. State-to-state differential and integral cross sections up to the collision energy of 0.35 eV were obtained with 32O2 in the hypothetical j0 = 0 state. It is discovered that the differential cross sections are largely forward biased in the studied collision energy range, due to the fact that there is a considerable part of the reaction occurring with large impact parameter and short lifetime relative to the rotational period …