Wave packet propagation techniques are used to find experimentally reliable laser parameters that yield optimal production. The photoionization and photodissoeiation dynamics of sodium iodine molecules are interpreted...Wave packet propagation techniques are used to find experimentally reliable laser parameters that yield optimal production. The photoionization and photodissoeiation dynamics of sodium iodine molecules are interpreted into several channels. Several frequencies are found to be suitable for Nal molecules during the photoionization and dissociation processes. Photon-dressed excited states and electron-dressed ionic continuum states facilitate the search for available laser parameters.展开更多
基金supported by the Natural Science Foundation Project of the Shandong Province(No.ZR2011AM010)the University Science and Technology Planning Program of Shandong Province(No.J10LB60)
文摘Wave packet propagation techniques are used to find experimentally reliable laser parameters that yield optimal production. The photoionization and photodissoeiation dynamics of sodium iodine molecules are interpreted into several channels. Several frequencies are found to be suitable for Nal molecules during the photoionization and dissociation processes. Photon-dressed excited states and electron-dressed ionic continuum states facilitate the search for available laser parameters.
