Data for bremsstrahlung double-differential cross sections of Ti, Cu, Ag and Au atoms by 10-25 keV electron impact

Absolute measurements of the bremsstrahlung double-differential cross sections (DDCSs) for photons radiated at 90 degrees generated by the collisions of 10-25 keV electrons and down to approximately 3 keV photon energy with four thin-film targets Ti, Cu, Ag and Au have been performed by Ling Li et al. and published in Physical Review A 107 (2023) L020802.Our experimental scaled DDCSs, which were used to plot figures in Physical Review A 107 (2023) L020802, are given in the following tables:1. Elements: Ti, Cu, Ag and Au2. Incident electron energies: 10, 15, 20, 25 keV3. The first column: κ, the ratio of the energy of the bremsstrahlung photon to the energy of the incident electron4. The second column: Sigma-expt, experimental scaled bremsstrahlung double-differential cross sections, unit: mb/sr5. The third column: Uncertainty of Sigma-expt, unit: mb/s