Towards Attosecond Xuv-Pump Xuv-Probe Measurements In The 100-Ev Region

B. Bergues, D. E. Rivas,M. Weidman, A. A. Muschet,W. Helml,A. Guggenmos,V. Pervak,P. Matyba,U. Kleineberg,G. Marcus,R. Kienberger,D. Charalambidis,P. Tzallas,H. Schroeder,F. Krausz,L. Veisz

2017 CONFERENCE ON LASERS AND ELECTRO-OPTICS EUROPE & EUROPEAN QUANTUM ELECTRONICS CONFERENCE (CLEO/EUROPE-EQEC)（2017）

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摘要

Nonlinear photoionization with energetic FEL pulses has opened up new horizons for the investigation of inner-shell electron dynamics in atomic and molecular systems [1]. So far, however, the limited temporal resolution (typically a few tens of femtoseconds) achievable with FELs has hampered the time resolution of these dynamics.

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关键词

attosecond XUV-pump XUV-probe measurements,nonlinear photoionization,FEL pulses,inner-shell electron dynamics,atomic systems,molecular systems,limited temporal resolution,time resolution,laser-driven XUV-sources,isolated attosecond pulses,nonlinear optics,multiphoton ionization processes,photon energies,nonlinear photoemission,giant 4d resonance,high-harmonic generation,gas phase,multiTW laser system,Light-Wave Synthesizer 20,full width at half maximum,FWHM,beamline,loose focusing,generation chamber,tight refocusing,XUV pulse energy,Zr transmission window,few-cycle driving pulses,XUV-matter interactions,XUV beam,xenon gas target,ionic charge states,XUV photoionization,ion microscope,XUV focus,two-photon ionization cross sections,time resolved nonlinear inner-shell dynamics,frequency 10 Hz,energy 75 mJ,wavelength 740 nm,energy 40 mJ,size 365 micron,size 12.5 m,electron volt energy 65 eV to 130 eV,Xe,Zr

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