Abstract
The contribution of collisions with hydrogen atoms to the rotational excitation of hydrogen molecules may be expected to be important in partially dissociated molecular gas. We have computed cross-sections for collisionally induced transitions between low-lying rotational levels in the vibrational ground state of H2. The quantum mechanical coupled channels method was employed, in association with two recent and independent calculations of the H-H2 interaction potential. The results are compared and discussed, and recommended values of the corresponding rate coefficients are tabulated.

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