Independent random monomer activities are considered on a mean-field monomer–dimer model. Under very general conditions on the randomness the model is shown to have a self-averaging pressure density that obeys an exactly solvable variational principle. The dimer density is exactly computed in the thermodynamic limit and shown to be a smooth function.

A Mean-Field Monomer–Dimer Model with Randomness: Exact Solution and Rigorous Results

Alberici D.;
2015

Abstract

Independent random monomer activities are considered on a mean-field monomer–dimer model. Under very general conditions on the randomness the model is shown to have a self-averaging pressure density that obeys an exactly solvable variational principle. The dimer density is exactly computed in the thermodynamic limit and shown to be a smooth function.
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Utilizza questo identificativo per citare o creare un link a questo documento: http://hdl.handle.net/11697/176479
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