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A theoretical study on the coupled electron-nuclear dynamics of HD + molecular ions under ultrashort, intense laser pulses is performed by employing a well-established quasi-classical model. The influence of the laser carrier-envelope phase on various channel (H + D + , D + H + , and H + + D + ) probabilities is investigated at different laser field intensities. The carrier-envelope phase is found to govern the dissociation (H + D + and D + H + ) and Coulomb explosion (H + + D + ) channel probabilities. The kinetic energy release distributions of the fragments are also found to be sensitive to the carrier-envelope phase of the laser pulse. Our results are in agreement with the previously reported quantum dynamics studies and experiments.

Controlling the Ultrafast Dynamics of HD+ by the Carrier-Envelope Phases of an Ultrashort Laser Pulse: A Quasi-Classical Dynamics Study

Controlling the Ultrafast Dynamics of HD⁺ by the Carrier-Envelope Phases of an Ultrashort Laser Pulse: A Quasi-Classical Dynamics Study