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Journal Article | FZJ-2013-00082 |
; ; ;
2013
American Institute of Physics
Melville, NY
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Please use a persistent id in citations: http://hdl.handle.net/2128/19024 doi:10.1063/1.4790615
Abstract: We systematically investigate how the range of interaction between non-bonded monomers influences the formation of structural phases of elastic, flexible polymers. Massively parallel replica-exchange simulations of a generic, coarse-grained model, performed partly on graphics processing units and in multiple-Gaussian modified ensembles, pave the way for the construction of the structural phase diagram, parametrized by interaction range and temperature. Conformational transitions between gas-like, liquid, and diverse solid (pseudo) phases are identified by microcanonical statistical inflection-point analysis. We find evidence for finite-size effects that cause the crossover of “collapse” and “freezing” transitions for very short interaction ranges.
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