Molecular H2 is extensively existing in interstellar plasma and play an important role in various charge exchange processes. Collisions between multiply charged S ions and H2, atomic H and He are key processes in inve...Molecular H2 is extensively existing in interstellar plasma and play an important role in various charge exchange processes. Collisions between multiply charged S ions and H2, atomic H and He are key processes in investigation of the plasma related to Jupiter. The present work is focusing on the mechanism of collisions between Sq and H2, He. Although both the targets have two electrons, the outgoing channels are quite different, because molecular hydrogen can undergo dissociation and Coulombic explosion after charge transfer:展开更多
文摘Molecular H2 is extensively existing in interstellar plasma and play an important role in various charge exchange processes. Collisions between multiply charged S ions and H2, atomic H and He are key processes in investigation of the plasma related to Jupiter. The present work is focusing on the mechanism of collisions between Sq and H2, He. Although both the targets have two electrons, the outgoing channels are quite different, because molecular hydrogen can undergo dissociation and Coulombic explosion after charge transfer:
