Kinetic Roughening in Deposition with Suppressed Screening

Abstract

Models of irreversible surface deposition of k-mers on a linear lattice, with screening suppressed by disallowing overhangs blocking large gaps, are studied by extensive Monte Carlo simulations of the temporal and size dependence of the growing interface width. Despite earlier finding that for such models the deposit density tends to increase away from the substrate, our numerical results place them clearly within the standard KPZ universality class.

nine pages, plain TeX (4 figures not included)

References in corpus (2)

• Simulations of deposition growth models in various dimensions. Are overhangs important?
• Morphology of Amorphous Layers Ballistically Deposited on a Planar Substrate

Cited by in corpus (5)

• Morphology of Fine-Particle Monolayers Deposited on Nanopatterned Substrates
• Gap-Size Distribution Functions of a Random Sequential Adsorption Model of Segments on the Line
• Growth, Percolation, and Correlations in Disordered Fiber Networks
• Growth and Structure of Random Fibre Clusters and Cluster Networks
• Microscopic equation for growing interfaces in quenched disordered media