Laser-assisted charge transfer in He2++H collisions
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The time-dependent Schrödinger equation is solved numerically to investigate laser-assisted charge transfer in He2++H+nhν collisions at 1keV in the semiclassical impact parameter approach. Laser polarizations parallel and perpendicular to the projectile trajectory are studied. For both polarizations even a moderately intense laser (I0=3.5×1012W/cm2) significantly increases the reaction probability. In addition, we find that the relative collision-laser phase has little influence on the charge transfer. We focus on parameters more favorable to experiment.
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