TL;DR
This paper presents a theoretical RSA-based study of dimer adsorption on homogeneous surfaces, analyzing monolayer formation, coverage, and ordering, with comparisons to existing data.
Contribution
It introduces the first theoretical RSA analysis of dimer adsorption, including coverage estimation, correlation functions, and orientational ordering insights.
Findings
Estimated random jamming coverage for dimers
Measured surface blocking function for kinetics
Analyzed orientational ordering within monolayers
Abstract
The first theoretical study of a dimer's adsorption process at homogenous surface is presented. By using the RSA algorithm, we show example monolayers, discuss estimations of random jamming coverage and measure the surface blocking function, which could be used for calculating real systems kinetics. We also found the correlation function for generated coverages and analyzed orientational ordering inside the adsorbed monolayer. Results were compared with theoretical and experimental data. Keywords: adsorption, RSA, monolayer, colloid particles
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