Self-limiting clusters in a 2D frustrated-assembly model percolate into a heterogeneous network and then a uniform vortex sponge with rising concentration, while entropic effects stabilize the self-limiting state against bulk condensation at finite temperature.
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Geometrically Frustrated Assembly at Finite Temperature: Phase Transitions from Self-Limiting to Bulk States
Self-limiting clusters in a 2D frustrated-assembly model percolate into a heterogeneous network and then a uniform vortex sponge with rising concentration, while entropic effects stabilize the self-limiting state against bulk condensation at finite temperature.