The chemisorption, diffusion and dissociation of nitric oxide, NO, on flat and stepped Ru
(0001) surfaces are investigated using density functional theory. In the Perdew–Wang-91 …

Ammonia decomposition for the production of hydrogen in a newly fabricated, aluminum
framework post microreactor is modeled. A detailed microkinetic model describing the …

N–N adsorbate–adsorbate interactions on a Ru (0001) surface are first estimated using
quantum mechanical density functional theory (DFT) calculations, and subsequently …

Ammonia decomposition catalyzed by Ru nanoparticles supported on carbon nanotubes
offers an efficient way for CO x-free hydrogen generation. To understand the catalytic …

The coverage dependence of the dissociative N 2 adsorption reaction at a precovered Ru
(0001) surface is investigated by means of density functional theory calculations. The energy …

The focus of this chapter is on the breakdown of ammonia intending to produce hydrogen as
the cleanest source of energy. A review of microreactors and related technical literature is …

New molecular beam experiments on the dissociation probability S 0 for N 2 on Ru (0001)
are presented. These are in general agreement with prior measurements and exhibit very …

This paper reports the simultaneous internal state and translational energy resolved
associative desorption flux of N 2 from Ru (0001) using two different experimental …

Using supersonic molecular beam techniques we have investigated the dissociative
adsorption of NH 3 on a Ru (0001) surface. At high incident energies, the dissociation …

Forward-directed NO molecules with large translational energies are formed upon exposure
of an O-covered Ru (0001) surface to a nitrogen (N+ N 2) beam. This is an unequivocal …