DOI: 10.5281/zenodo.4955227
title: Observation of laser-assisted electron scattering in superfluid helium

description: Measured and simulated electron spectra for the study entitled "Observation of laser-assisted electron scattering in superfluid helium". Figure 1a (fig1_a.csv) <br> column 1: simulated electron energy in eV<br> column 2: log_10(simulated electron signal)<br> column 3: measured electron energy in eV<br> column 4: log_10(measured LAES electron signal)<br> column 5: log_10(measured ATI electron signal) Figure 1b (fig1_b.csv) <br> column 1: measured electron energy in eV<br> column 2: log_10(measured LAES electron signal)<br> column 3: log_10(measured ATI electron signal) Figure 1c (fig1_c.csv) <br> column 1: measured electron energy in eV<br> column 2: log_10(measured LAES electron signal)<br> column 3: log_10(measured ATI electron signal) Figure 1d (fig1_d.csv) <br> column 1: energy for total elastic electron scattering cross section of electrons and He in eV<br> column 2: total elastic electron scattering cross section of electrons and He<br> column 3: measured electron energy in eV for column 4<br> column 4: log_10(measured LAES electron signal obtained with In in He)<br> column 5: measured electron energy in eV for column 6<br> column 6: log_10(measured ATI electron signal obtained with In)<br> column 7: measured electron energy in eV for column 8<br> column 8: log_10(measured LAES electron signal obtained with Xe in He)<br> column 9: measured electron energy in eV for column 10<br> column 10: log_10(measured ATI electron signal obtained with Xe)<br> column 11: measured electron energy in eV for column 12<br> column 12: log_10(measured LAES electron signal obtained with AC in He)<br> column 13: measured electron energy in eV for column 14<br> column 14: log_10(measured ATI electron signal obtained with AC) Figure 2a&b (fig2_ab.csv) <br> column 1: electron energy in eV<br> column 2: log_10(measured ATI electron signal)<br> column 3: log_10(measured LAES electron signal for 32 Angstrom droplet radius)<br> column 4: log_10(measured LAES electron signal for 40 Angstrom droplet radius)<br> column 5: log_10(measured LAES electron signal for 43 Angstrom droplet radius)<br> column 6: log_10(measured LAES electron signal for 50 Angstrom droplet radius)<br> column 7: log_10(measured LAES electron signal for 76 Angstrom droplet radius)<br> column 8: log_10(measured LAES electron signal for 340 Angstrom droplet radius) Figure 2c (fig2_c.csv) <br> column 1: electron energy in eV<br> column 2: log_10(simulated LAES electron signal for 32 Angstrom droplet radius)<br> column 3: log_10(simulated LAES electron signal for 40 Angstrom droplet radius)<br> column 4: log_10(simulated LAES electron signal for 43 Angstrom droplet radius)<br> column 5: log_10(simulated LAES electron signal for 50 Angstrom droplet radius)<br> column 6: log_10(simulated LAES electron signal for 76 Angstrom droplet radius)<br> column 7: log_10(simulated LAES electron signal for 340 Angstrom droplet radius) Figure 3a (fig3_a.csv) <br> column 1: time in femtoseconds for column 2<br> column 2: laser pulse envelope<br> column 3: time in femtoseconds for columns 4-9<br> column 4: ratio of ejected electrons for 340 Angstrom droplet radius<br> column 5: ratio of ejected electrons for 76 Angstrom droplet radius<br> column 6: ratio of ejected electrons for 50 Angstrom droplet radius<br> column 7: ratio of ejected electrons for 43 Angstrom droplet radius<br> column 8: ratio of ejected electrons for 40 Angstrom droplet radius<br> column 9: ratio of ejected electrons for 32 Angstrom droplet radius Figure 3b (fig3_b.csv) <br> column 1: number of events<br> column 2: probability density for 340 Angstrom droplet radius<br> column 3: probability density for 76 Angstrom droplet radius<br> column 4: probability density for 50 Angstrom droplet radius<br> column 5: probability density for 43 Angstrom droplet radius<br> column 6: probability density for 40 Angstrom droplet radius<br> column 7: probability density for 32 Angstrom droplet radius Figure 3c&d (fig3_cd.csv) <br> column 1: number of events for 340 Angstrom droplet radius<br> column 2: probability density for 340 Angstrom droplet radius<br> column 3: number of events for 76 Angstrom droplet radius<br> column 4: probability density for 76 Angstrom droplet radius<br> column 5: number of events for 50 Angstrom droplet radius<br> column 6: probability density for 50 Angstrom droplet radius<br> column 7: number of events for 43 Angstrom droplet radius<br> column 8: probability density for 43 Angstrom droplet radius<br> column 9: number of events for 40 Angstrom droplet radius<br> column 10: probability density for 40 Angstrom droplet radius<br> column 11: number of events for 32 Angstrom droplet radius<br> column 12: probability density for 32 Angstrom droplet radius