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
Vekua integral operators on Riemann surfacesOn an arbitrary (in general, noncompact) Riemann
surface R, we study integral operators T and II
Mathematical modeling of stress waves in the problem of Lamb-plane with a concentrated explosive impact in the form of Delta
functions. Illustrates changes in the elastic
Positron states and annihilation characteristics at the (100), (110), and (111) surfaces of alkali metals characteristics at the clean
surfaces of alkali metals. Positron
surface states and positron work
functions have
Phreatic surface flow from a near-reservoir saturated tongue moisture through a phreatic
surface is considered. The hydraulic head is governed by the Laplace equation
Surface states and annihilation characteristics of positrons trapped at reconstructed semiconductor surfaces on localization and extent of the positron
surface state wave
function at the semiconductor
surface is explored
Studies of positron states and annihilation characteristics at the reconstructed (100) surface of GaAs calculations of positron
surface states and annihilation characteristics for As- and Ga-rich reconstructed (100