… an electron-beam generation function for hole-electron pairs, etc. Ehrenberg and King12 have
measured electronenergy diSSipation … However, the depth of electron penetration in their …

… via electron–phonon (e–ph) coupling, leading to local inelastic thermal spikes in which energy
dissipation … In addition, intense ionization can lead to high densities of localized electronic …

… control of energy dissipation pathways, modified energy landscapes, and defect dynamic
processes. Based on these literature work, we propose that electronic energy dissipation will …

… , we directly visualize hot-electron distributions before their … , we reveal unexpected nonlocal
energy dissipation at room … , and the associated heat dissipation is seen as a major concern …

… In summary, the studies of superconductivity and friction have produced important results
that directly address the connection between electronic excitations and energy dissipation. …

… result of electron beam bombardment. They constructed a … energy dissipation curve under
the following assumptions: (i) The electron-beam-induced current is proportional to the energy …

… of the underlying energy dissipation mechanisms actually matter for … the role of energy
dissipation in adsorption processes (… Notwithstanding, at present electronic friction is the best shot …

… interface will ultimately limit energy dissipation, and its TBC … energy dissipation mechanisms
in 2D semiconductor devices, paving the way toward energy-aware design of 2D electronics…

… Previous studies utilized J·Eˊ only to measure the energy dissipation in EDR, here we
apply Pi-D to quantify the dissipation in the EDR for the first time to understand the electron …

… electron yield and the energy dissipated by electrons near the surface of a solid. Using
measurements of the energy … and carbon, the energy dissipated in an incremental layer at the exit …