Attosecond electron diffraction on NIR-laser-driven silicon reveals field-induced rocking curve effects that alter Bragg intensities and positions with fs-scale delays, separable by timing and symmetry from atomic structure factor changes.
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Field-induced rocking curve effects in attosecond electron diffraction
Attosecond electron diffraction on NIR-laser-driven silicon reveals field-induced rocking curve effects that alter Bragg intensities and positions with fs-scale delays, separable by timing and symmetry from atomic structure factor changes.