Using thermal desorption spectroscopy (TDS) we have determined the adsorption
enthalpies of NO and CO on a NiO (100) surface obtained by cleavage of a NiO single …

The 257 nm photodissociation dynamics of methyl iodide multilayers adsorbed on MgO
(100) have been studied using resonantly enhanced multiphoton ionization time‐of‐flight …

Determination of absolute surface coverage with sub-monolayer sensitivity is demonstrated
using evanescent-wave cavity ring-down spectroscopy (EW-CRDS) and conventional CRDS …

The photodissociation of small organic molecules, namely methyl iodide, methyl bromide,
and methyl chloride, adsorbed on a metal surface was investigated in real time by means of …

Ultrathin metal oxide films have attracted considerable interest in recent years as versatile
substrate for the design of nanocatalytic model systems. In particular, it has been proposed …

A novel experimental approach to the investigation of surface adsorbate reaction dynamics
is presented. The direct time-resolved monitoring of the surface reaction transition state and …

Photofragments produced following 257 nm irradiation of physisorbed methyl iodide films on
MgO (lOO) have been studied using resonantly enhanced multiphoton ionization coupled …

Methyl iodide and methyl bromide molecules were adsorbed at submonolayer coverages on
an ultrathin MgO (100) film on Mo (100) and photoexcited by 266 nm femtosecond-laser …

Temperature programmed desorption and reflection absorption infrared spectroscopy have
been used to study the thermal chemistry of CF3I on Ag (111). At coverages≤ 0.03 CF 3I Ag …

A detailed account of the experimental methodology of surface pump-probe femtosecond-
laser mass spectrometry is presented. This recently introduced technique enables the direct …