DFT calculations are used to explain states in TPD spectra by relating the differential adsorption energies for different configurations to the desorption features. A plot of the number of molecules versus these temperatures strongly resembles the TPD spectrum. The calculations were also used to obtain pairwise additive potentials. These potentials were used in a dynamic Monte Carlo model to simulate the TPD spectrum. The spectra obtained from both approaches are in good agreement, validating the approximation that lateral interactions can be added on a pairwise basis
We show how to obtain good quantitative data on the energetics of surface reactions by fitting resul...
We present results of a Monte Carlo study of temperature-programmed desorption in a model system wit...
We present a technique for computing by first-principles simulation the absolute desorption rate gam...
DFT calculations are used to explain states in TPD spectra by relating the differential adsorption e...
In this paper we have investigated problems that arise when analyzing TPD spectra of desorption proc...
The interaction between adsorbates is a key issue in surface science, because these interactions can...
We present a scheme to extract the adsorption energy, adsorbate interaction parameters and the satur...
Temperature-programmed desorption (TPD) experiments in surface science are usually analyzed using th...
Recovery of the desorption activation energy distribution from the experimental temperature programm...
Monte Carlo simulations of controlled rate thermal analysis (CRTA) spectra are presented. Calculatio...
We show how to obtain good quantitative data on the energetics of surface reactions by fitting resul...
We present results of a Monte Carlo study of temperature-programmed desorption in a model system wit...
We present a technique for computing by first-principles simulation the absolute desorption rate gam...
DFT calculations are used to explain states in TPD spectra by relating the differential adsorption e...
In this paper we have investigated problems that arise when analyzing TPD spectra of desorption proc...
The interaction between adsorbates is a key issue in surface science, because these interactions can...
We present a scheme to extract the adsorption energy, adsorbate interaction parameters and the satur...
Temperature-programmed desorption (TPD) experiments in surface science are usually analyzed using th...
Recovery of the desorption activation energy distribution from the experimental temperature programm...
Monte Carlo simulations of controlled rate thermal analysis (CRTA) spectra are presented. Calculatio...
We show how to obtain good quantitative data on the energetics of surface reactions by fitting resul...
We present results of a Monte Carlo study of temperature-programmed desorption in a model system wit...
We present a technique for computing by first-principles simulation the absolute desorption rate gam...