Anomalous neutralization characteristics in neutralization on Al(111) surfaces
P Liu, L Yin, Z Zhang, B Ding, Y Shi, Y Li, X Zhang… - Physical Review A, 2020 - APS
The jellium model of free electron gas and its extended version have been widely used to
understand the neutralization of alkali-metal ions on metal surfaces. We report an …
understand the neutralization of alkali-metal ions on metal surfaces. We report an …
Single versus double excitation in neon projectiles scattered from surfaces
D Runco, P Riccardi - Physical Review A, 2021 - APS
We scattered 0.45–5 keV Ne+ ions at Al surfaces, performing angle resolved measurements
of electron spectra from autoionizing decay of excitations in the scattered projectiles …
of electron spectra from autoionizing decay of excitations in the scattered projectiles …
Effects of the solid target on electronic excitations during binary atomic collisions in the interaction of Ne ions with Al surfaces
We report on measurements of the energy distribution of electrons emitted by Aluminum
surfaces under the impact of low energy singly charged Neon ions, focusing on Auger decay …
surfaces under the impact of low energy singly charged Neon ions, focusing on Auger decay …
Electron capture and loss in the scattering of low-energy protons with a monolayer deposited on Cu(111)
Final projectile charge states are experimentally and theoretically analyzed after H+ ions
collide with a C 60 monolayer deposited on Cu (111) with an ample range of incoming …
collide with a C 60 monolayer deposited on Cu (111) with an ample range of incoming …
Collisional excitation in Neon-like projectiles scattered from Al
D Runco, P Riccardi - Solid State Communications, 2021 - Elsevier
We performed experiments of electron emission in the interaction of singly charged Na+ and
Ne+ with Al surfaces. We compare Auger emission from sodium and neon projectiles excited …
Ne+ with Al surfaces. We compare Auger emission from sodium and neon projectiles excited …
Low-energy Na+ neutralization on Al (1 1 1) and Cu (1 1 0) surfaces at grazing incidence
M Wei, X Wang, X Guo, P Liu, B Ding, Y Shi… - Nuclear Instruments and …, 2020 - Elsevier
Jellium model is well known and used to understand the neutralization of alkali-metal ions
on metal surfacesbut we find it cannot explain our experiments for the neutralization of 0.4 …
on metal surfacesbut we find it cannot explain our experiments for the neutralization of 0.4 …
Excitation of the triplet 2p4 (3P) 3s2 autoionizing state of Neon by molecular orbital electron promotion at solid surfaces
We address the long standing issue of the dominant excitation of the triplet 2p 4 (3 P) 3s 2
state in the scattering of Neon projectiles from Magnesium, Aluminum and Silicon surfaces …
state in the scattering of Neon projectiles from Magnesium, Aluminum and Silicon surfaces …
Charge-exchange mechanisms at the threshold for inelasticity in collisions with surfaces
We present a study on scattering of 100–1400 eV Ne+ ions off Mg, Al, Si, and P surfaces.
Exit energy distributions and yields of single-scattered Ne+ and Ne 2+ were separately …
Exit energy distributions and yields of single-scattered Ne+ and Ne 2+ were separately …
The free electron model and the electronic energy losses of protons at low velocities interacting with polycrystalline tantalum
In this letter, we report experimental data and theoretical work on the electronic energy loss
and energy loss straggling of protons transmitted through self-supported thin films of …
and energy loss straggling of protons transmitted through self-supported thin films of …
Kinetic electron emission from Al surfaces by slow ions
M Minniti, M Commisso, A Sindona, E Sicilia… - Physical Review B …, 2007 - APS
We measured energy distributions of electrons emitted in the interaction of Na+ with Al
surfaces at incident ion energies in the range 150–4000 eV. The data allow to correlate …
surfaces at incident ion energies in the range 150–4000 eV. The data allow to correlate …