Analytical model for calibrating laser intensity in strong-field-ionization experiments
TL;DR: Zhao et al. as discussed by the authors proposed an analytical model for calibrating laser intensity in strong-field ionization experiments, which can be used to calibrate the intensity of the laser beam.
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Abstract: Citation: Zhao, S. F., Le, A. T., Jin, C., Wang, X., & Lin, C. D. (2016). Analytical model for calibrating laser intensity in strong-field-ionization experiments. Physical Review A, 93(2), 10. doi:10.1103/PhysRevA.93.023413
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Citations
Influence of Permanent Dipole and Dynamic Core-Electron Polarization on Tunneling Ionization of Polar Molecules
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Accurate in situ Measurement of Ellipticity Based on Subcycle Ionization Dynamics
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TL;DR: The accurate retrieval of ϵ offers a better characterization of a laser pulse, promising a more delicate and quantitative control of the subcycle dynamics in many strong field processes.
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Ionization induced plasma grating and its applications in strong-field ionization measurements
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Accurate measurement of laser intensity using photoelectron interference in strong-field tunneling ionization
TL;DR: A scheme to measure laser intensity by examining the holographic structure originating from the interference between the direct and near-forward rescattering electrons in strong-field tunneling ionization, which shows that the amplitude of the oscillation minimizes when the time difference between the recollision and ionization of near- forward rescattering electron is half cycle of the fundamental driving field.
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References
Comparison of the strong-field ionization of N{sub 2} and F{sub 2}: A time-dependent density-functional-theory study
Xi Chu,Melissa McIntyre +1 more
TL;DR: In this paper, the authors compare strong-field ionization probabilities of N{sub 2} and F{ sub 2} molecules using time-dependent density functional theory calculations. And they find that the effect of ground state vibration is small, while that of the molecular orientation is significant.
Single and double ionization of diatomic molecules in strong laser fields
TL;DR: In this article, strong-field single ionization and double ionization of two diatomic molecules were studied and compared to Xe and Ar, using an intense ultrashort pulse Ti:sapphire laser in the $2.5 to $8.5 GHz range.
Photon-momentum transfer in multiphoton ionization and in time-resolved holography with photoelectrons
TL;DR: In this article, it was shown that momentum transfers from photons to an electron are found in atomic ionization by intense infrared laser pulses, where the indicated breakdown of the widely used dipole approximation calls for future improvement of molecular imaging and other techniques that depend on analysis of ionization signals.
Theory of tunneling ionization of molecules: Weak-field asymptotics including dipole effects
TL;DR: In this paper, the parabolic adiabatic expansion approach to the problem of ionization of atomic systems in a static electric field, originally developed for the axially symmetric case [Phys. Rev. A 82, 023416 (2010), is generalized to arbitrary potentials.
Application of the weak-field asymptotic theory to the analysis of tunneling ionization of linear molecules
TL;DR: In this paper, the Hartree-Fock wave function was applied to the analysis of tunneling ionization of a molecular ion (H${}{2}^{+}$), several homonuclear (H{}_{2}-, N${}_{ 2}-, O${} ǫ, O${}) and heteronuclear diatomic molecules, and a linear triatomic molecule (CO${}, 2}$) in a static electric field.