We present a scheme to extract the adsorption energy, adsorbate interaction parameters and the saturation coverage from temperature programmed desorption (TPD) experiments.</jats:p
Assessing the interaction between an adsorbate and a surface is essential for optimal engineering an...
Monte Carlo simulations of controlled rate thermal analysis (CRTA) spectra are presented. Calculatio...
We present a technique for computing by first-principles simulation the absolute desorption rate gam...
To find desorption pre-exponential factors from temperature-programmed desorption (TPD) spectra, we ...
In this paper we have investigated problems that arise when analyzing TPD spectra of desorption proc...
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...
DFT calculations are used to explain states in TPD spectra by relating the differential adsorption e...
This work describes a novel method that enables the calculation of a series of adsorption isotherms ...
Thermal Programmed Desorption (TPD) is a powerful technique for materials and catalysts characteriza...
Basics 1. Idea, desorption, experimental, example 2. Coverage determination, site occupation and war...
A simple method for obtaining a comprehensive overview of major compounds desorbing from the surface...
Simulated thermal desorption spectra have been used to test the performance of several analysis proc...
A Monte Carlo model of CO on Rh(100) is presented that can correctly describe CO adsorption and deso...
Dickbreder T, Bechstein R, Kühnle A. Simulating the impact of layer exchange on temperature programm...
Assessing the interaction between an adsorbate and a surface is essential for optimal engineering an...
Monte Carlo simulations of controlled rate thermal analysis (CRTA) spectra are presented. Calculatio...
We present a technique for computing by first-principles simulation the absolute desorption rate gam...
To find desorption pre-exponential factors from temperature-programmed desorption (TPD) spectra, we ...
In this paper we have investigated problems that arise when analyzing TPD spectra of desorption proc...
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...
DFT calculations are used to explain states in TPD spectra by relating the differential adsorption e...
This work describes a novel method that enables the calculation of a series of adsorption isotherms ...
Thermal Programmed Desorption (TPD) is a powerful technique for materials and catalysts characteriza...
Basics 1. Idea, desorption, experimental, example 2. Coverage determination, site occupation and war...
A simple method for obtaining a comprehensive overview of major compounds desorbing from the surface...
Simulated thermal desorption spectra have been used to test the performance of several analysis proc...
A Monte Carlo model of CO on Rh(100) is presented that can correctly describe CO adsorption and deso...
Dickbreder T, Bechstein R, Kühnle A. Simulating the impact of layer exchange on temperature programm...
Assessing the interaction between an adsorbate and a surface is essential for optimal engineering an...
Monte Carlo simulations of controlled rate thermal analysis (CRTA) spectra are presented. Calculatio...
We present a technique for computing by first-principles simulation the absolute desorption rate gam...
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