Positron states and annihilation characteristics at semiconductor surfaces surface-state wave
function is localized mainly on the vacuum side of the topmost layer of Ge atoms
Low-energy positrons at the Si(100)-2×1 surface with adsorbed hydrogen and oxygen that the adsorption of hydrogen and oxygen on the Si(100)
surface displaces the positron
surface state wave
function Automatic modeling of surfaces with identical slopes and techniques of
surface formation in the AutoCAD environment are described using the
functional language Auto
Uniformization of one-parametric families of complex tori of ordinary differential equations for critical points of elliptic
functions uniformizing
surfaces Theoretical aspects of studies of oxide and semiconductor surfaces using low energy positrons at the
surfaces are found to affect localization and spatial extent of the positron
surface-state wave
functions Uniformization of one-parametric families of complex tori of ordinary differential equations for critical points of elliptic
functions uniformizing
surfaces Annihilation of positrons trapped at the (100) and (111) surfaces of SiWe present results of theoretical studies of positron
surface states and positron annihilation