Predicting the phases of a two-dimensional hard-rod system with real-space self-consistent field theory
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Polymer self-consistent field theory numerical tools are applied to a two-dimensional hard-rod colloidal system. Rods are represented through an interaction site model density functional theory that is derived and expressed from a self-consistent field theory perspective. A weighted density approximation is used within the density functional theory, and the phase space is sampled without bias for any particular morphology. A completely ordered crystal phase is found as well as a liquid crystal state.
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Russell B. Thompson (2006). Predicting the phases of a two-dimensional hard-rod system with real-space self-consistent field theory. UWSpace. http://hdl.handle.net/10012/10312