Department of Physics and Astronomy: Individual Faculty Pages
Anthony F. Starace Publications
Accessibility Remediation
If you are unable to use this item in its current form due to accessibility barriers, you may request remediation through our remediation request form.
Document Type
Article
Date of this Version
9-11-2014
Citation
PHYSICAL REVIEW A 90, 032710 (2014); DOI: 10.1103/PhysRevA.90.032710
Abstract
We propose energy-resolved ultrafast electron diffraction as a means of directly imaging target electronic motions whose space, time, and energy information can be simultaneously retrieved from time-resolved diffraction measurements. The energy-resolved diffraction images are simulated for breathing, wiggling, and hybrid modes of electronic motion in the H atom. The simulations demonstrate the capabilities of ultrafast electron diffraction to image and distinguish different kinds of electronic motion. The theoretical analysis of the scattering process identifies the requirements for time- and state-resolved imaging of electronic motion and provides interpretations of the results.
Comments
Copyright © 2014 American Physical Society. Used by permission.