Citation: Sy. Davydov et Iv. Noskov, Calculating a change in the electron work function upon cesium adsorption on the (111)TiO2 surface, TECH PHYS L, 27(10), 2001, pp. 844-846
Citation: Sy. Davydov, Energy distribution of alkali-metal atoms under electron-stimulated desorption from the surface of oxidized refractory substrates, PHYS SOL ST, 43(2), 2001, pp. 377-379
Citation: Sy. Davydov et Av. Pavlyk, Calculation of the variation in the work function caused by adsorption of metal atoms on semiconductors, SEMICONDUCT, 35(7), 2001, pp. 796-799
Authors:
Davydov, SY
Lebedev, AA
Posrednik, OV
Tairov, YM
Citation: Sy. Davydov et al., The contact of metal with silicon carbide: Schottky barrier height in relation to SiC polytype, SEMICONDUCT, 35(12), 2001, pp. 1375-1377
Citation: Sy. Davydov, Metal-semiconductor transitions induced by adsorption of alkali metals on the Si(001) surface, PHYS SOL ST, 42(6), 2000, pp. 1164-1169
Citation: Sy. Davydov, Influence of the initial state of adatoms on the ratio of atoms and ions in a sputtered particle flow, TECH PHYS, 44(5), 1999, pp. 584-587
Citation: Sy. Davydov, On the specific features of work function coverage dependence for Na adatoms on the Cs substrate, APPL SURF S, 140(1-2), 1999, pp. 52-57
Citation: Sy. Davydov, Estimate of the potential relief (rippling) of a surface associated with adsorption of d-metal atoms on d-substrates, TECH PHYS L, 24(12), 1998, pp. 937-938