We study theoretically large metal clusters containing vacancies. We propose an approach,
which combines the Kohn-Sham results for monovacancy in a bulk of metal and analytical …

The probability of localization of positrons in single vacancies of Al, Cu, and Zn as a function
of temperature has been calculated. Vacancy has been simulated by a cavity with a radius of …

Within the density functional method, a simple method for determining the dependence of
the work function of electrons and specific surface energy of the metal on the relative density …

Estimation of the Vacancy Contribution to the Work Functions of Electrons and Positrons
Released from Metals Page 1 1027 ISSN 1063-7850, Technical Physics Letters, 2016, Vol. 42 …

The probabilities of the localization of positrons in monovacancies of Al and Cu have been
calculated as functions of the energy and temperature. The vacancy was simulated by a void …

The potential profiles, wave functions, energies of surface subbands, and lifetimes of
positrons in aluminum nanofilms bordering insulators (solid inert gases and SiO 2) have …

A method is proposed that combines self-consistent solutions for a monovacancy in metal
without regard to the outer surface and the solution in the stable jelly model for metal with …

A consistent procedure for determining the ionization potential of a large metal cluster of
radius RN, v, consisting of N atoms and N v vacancies, is proposed. The perturbation theory …