Publication | Closed Access
Epidemic models and percolation
228
Citations
19
References
1985
Year
Infectious Disease ModelingOther ExponentsEngineeringInfectious Disease ModellingEntropyEpidemiological DynamicInteracting Particle SystemContact NetworkChemical DistanceEpidemic ModelsStatic ExponentsStatistics
The authors argue that local epidemic models with immunisation are in the same universality class as percolation cluster growth models, and show that the static exponents are equal to all orders in the epsilon expansion. They calculate the dynamic exponent nu t=1+1/28 epsilon +O( epsilon 2) and relate this to other exponents involving the chemical distance.
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