Electron emission from solid surfaces under bombardment by energetic particles is a well-
known emission phenomenon. Two different mechanisms must be distinguished. If the …

The detection efficiency of recoils with masses ranging from H up to Nb at energies from
0.05 to 1 MeV per nucleon has been investigated for Time-of-Flight Energy Elastic Recoil …

We have measured heavy-ion-induced (ZP= 2, 10, 18, 36, 54; 15 keV/u≤ EP/MP≤ 600
keV/u secondary-electron (SE) yields from sputter-cleaned entrance (γ B) and exit surfaces …

The kinetic electron emission from the ion penetration through thin foils and the relation to
the pre-equilibrium of the ion charge distribution will be discussed in this review. An ion of …

Kinetic emission of secondary electrons (SE) in high-energy ion-solid collisions is strongly
correlated to the strength and gradient of the electronic stopping power of the projectile at …

We have measured electron yields from the beam entrance and exit surfaces of thin carbon
foils (d≊ 4–700 μg/cm 2) bombarded with swift (13.6 MeV/u) highly charged (q= 16–18) …

Proton-induced electron emission from sputter-cleaned thin carbon targets was investigated
under ultrahigh vacuum conditions using time-of-flight energy analysis. These data …

We have measured the ion-induced secondary-electron-emission (SEE) yields in forward
and backward directions from thin sputter-cleaned foils in ultrahigh vacuum. C, Al, Ti, Ni, and …

Kinetic electron-emission yields γ from swift ion penetration of solids are proportional to the
(electronic) stopping power γ∼ β S*, if the preequilibrium evolution of the charge and …

We report on measurements of the number of electrons per incoming projectile emitted from
the projectile entrance and exit surfaces of thin carbon foils as function of the projectile …