Surface cleaning procedures for seventy four of the elements having vapor pressures below
1.3× 10− 7 Pa at room temperature have been reviewed and evaluated. The emphasis was …

The possible Auger transitions between 10 and 3000 eV for the elements from atomic
number 3 through 92 have been calculated for 6000 eV incident electrons. Use was made of …

The elemental composition and the chemical bonding in RF-sputtered tantalum oxide (4–75
nm) on Si, obtained by reactive sputtering of Ta in an Ar O2 mixture, have been studied by …

Clean Ru (0001) and Rh (111) surfaces show no atomic rearrangement. The Auger electron
spectra from the clean surfaces are very similar and are indexed in terms of electronic …

The effects of a change in the chemical environment of an atom in a surface region are
manifested in several subtle ways on the measured Auger electron spectra. The first, a shift …

The chemisorption of CO on Co (0001) and on a polycrystalline specimen has been studied
by LEED, Auger spectroscopy, and thermal desorption measurements. Annealing of the …

The photoelectric work function was measured for six faces of a molybdenum single crystal.
The crystal was cleaned by repeated cycles of ion bombardment and annealing at 920K …

The appearance of so-called Pt oxide is correlated with the presence of oxide forming bulk
impurities segregating to the surface during O2 exposures at high temperature. This …

The electronic structure of Ti (0001) has been investigated by energy loss spectroscopy
(ELS), Auger electron spectroscopy (AES), ultraviolet photoemission spectroscopy (UPS) …

Oxygen chemisorbs on clean Co (0001) at 300 K with an initial sticking probability of~ 0.3.
The chemisorbed overlayer (which is very reactive towards CO) readily undergoes …