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A strong laser field (≈ 10 W/cm) induced low-collisional-energy charge transfer process in Ne–He system is explored. In the low collisional energy regime, the cross-section can be ≈ 10−17 cm which is about two orders of magnitude higher than the collision-only process. With increasing collisional energy the cross-section curve displays flattens and the charge capture tends to be practically independent of the laser detuning. In addition, we find that the capture probability in this Ne–He system varies significantly with the laser polarization angle.

Strong Laser Field Induced Modifications of Electron-Transfer Processes in Ne+-He Collisions

Strong Laser Field Induced Modifications of Electron-Transfer Processes in Ne⁺-He Collisions