Showing papers by "James E. Martin published in 1993"
TL;DR: In this paper, the authors present restricted valence percolation simulations of networks well beyond the per-colation transition that explicitly display remnant disorder over length scales less than the correlation length of the network.
Abstract: The authors have previously reported viscoelastic measurements demonstrating that fully-cured networks and critical gels exhibit similar relaxation spectra, implying that fully-cured networks are somewhat ill- connected. Here, they present restricted valence percolation simulations of networks well beyond the percolation transition that explicitly display remnant disorder over length scales less than the correlation length of the network. They conclude that the topology of highly-cured networks is not well described by a regular three- dimensional tennis net but is ill-connected over length scales that correspond to relaxation modes of practical interest.
11 citations