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The electron energy and anisotropy parameters β2 and β4 measured and calculated for the second-step photoelectrons from Xe in sequential 2PDI

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posted on 2013-08-13, 00:00 authored by S Mondal, M Yao, Y Mizoguchi, S Yase, K Nagaya, A Yamada, H Fukuzawa, K Motomura, R Ma, A Rouzée

Table 2. The electron energy and anisotropy parameters β2 and β4 measured and calculated for the second-step photoelectrons from Xe in sequential 2PDI.

Abstract

Xenon atoms are double-ionized by sequential two-photon absorption by ultrashort extreme ultraviolet free-electron laser pulses with a photon energy of 23.0 and 24.3 eV, produced by the SPring-8 Compact SASE Source test accelerator. The angular distributions of photoelectrons generated by two-photon double ionization are obtained using velocity map imaging. The results are reproduced reasonably well by the present theoretical calculations within the multi-configurational Dirac–Fock approach.

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    compactionizationpulsevelocity map imaginglasersequential 2 PDIapproachPhoton energy23.0diracparameterevAbstract Xenon atomscalculationultrashortsourceelectron energyabsorptionphotoelectronssaseanisotropyAtomic PhysicsMolecular Physics

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