Journal of Physics A Mathematical and General · 1980 · 53 citations · 17 references
Cluster TechnologyCluster ComputingCluster ScienceQuantum Lattice SystemPercolating ClusterEngineeringPhysicsFinite LatticesSelf-avoiding WalkNatural SciencesMonte CarloMonte Carlo MethodMonte Carlo StudyComputational ChemistryDiscrete MathematicsVoronoi DiagramMonte Carlo SamplingMultiscale Modeling
Clusters which just span finite lattices of various sizes have been generated using a Monte Carlo method. These have been analysed to form estimates of the mean values of cyclomatic index, valence and perimeter. In addition the shortest spanning self-avoiding walk has been characterised. The ramified nature of these clusters is discussed in terms of these properties.
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Critical Percolation Probabilities (Bond Problem)
V. A. Vyssotsky, Siamon GORDON, H. L. Frisch et al. · Physical Review · 1961 · 231 citations
Quantum Lattice System, Engineering, Critical Percolation Probabilities +10
Percolation processes in d-dimensions
D S Gaunt, M F Sykes, Heather J. Ruskin · Journal of Physics A Mathematical and General · 1976 · 125 citations