The process of neutrinoless double electron (0 ν ECEC) capture is revisited for those cases
where the two participating atoms are nearly degenerate in mass. The theoretical framework …

We present an experimental and theoretical analysis of the core-level binding energy shifts
in metal-supported ultrathin potassium chloride (KCl) films, ie, a case from a broader class of …

We present the results of high resolution core level photoelectron spectroscopy employed to
investigate the electronic structure of clean and oxygen covered Ir (111) surface. Ir 4f 7/2 …

Photoelectron spectroscopy is a powerful characterisation tool for semiconductor surfaces
and interfaces, providing in principle a correlation between the electronic band structure and …

The electronic properties of the Yb compounds YB Cu 2 Si 2, YBAg Cu 4, and Yb Al 3 along
with purely divalent Yb metal, have been investigated by means of high-resolution ultraviolet …

In this paper we present a detailed photoemission study of the K/Si (111) 7× 7 and K/Si
(111)(√ 3×√ 3) R30-B interfaces. Angle-resolved valence-band spectroscopy reveals the …

Starting from this chapter, we extend our investigations in Part II to threedimensional
crystals. The major difference between the problems treated in this part and in Part II is that …

High-resolution 4f core-level spectra of the Ta (110) surface region have been obtained at
80 and 300 K with 70-and 100-eV synchrotron radiation. The data show that the subsurface …

A new approach is presented for the calculation of the thermal shifts of the work functions of
polycrystalline metal surfaces by including the thermal expansion of the metal into the …

We have studied the mixed-valent compound CeBe 13 using a combination of high-
resolution angle-resolved resonant photoemission and x-ray absorption. Based on the angle …