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View Image: Tetra-Tethered POSS Micelles 1 Citation: Chan, Elaine (2005). Tetra-Tethered POSS Micelles 1. . Collection: Lab for Computational Nanoscience and Soft Matter Simulation (2004-2005)     Attached Files Name Description MIMEType Size Downloads n2bead-Micelle-M10.jpg   n2bead-Micelle-M10.jpg image/jpeg 60.53KB 0 n2bead-Micelle-M18.jpg   n2bead-Micelle-M18.jpg image/jpeg 72.22KB 0 n2bead-Micelle-M31.jpg   n2bead-Micelle-M31.jpg image/jpeg 61.02KB 0 tetra-tether-poss-2bead-zoom-new.jpg   tetra-tether-poss-2bead-zoom-new.jpg image/jpeg 40.18KB 0 Title Tetra-Tethered POSS Micelles 1 Creator(s) Chan, Elaine Abstract/Summary Simulation Software: Glotzer Group Code Simulation Method: Brownian Dynamics A system of 1000 building blocks of POSS (polyhedral oligomeric silsesquioxanes) with 4 homopolymer tethers, each consisting of 2 beads, at concentration 0.25 was run starting from an initial configuration generated under athermal conditions. The system was instantaneously quenched to a temperature of 1.25. The system was then run for 4 million time steps forming a disordered micellar phase. The solvent was selectively good for tethers and poor for POSS cages. Simulation Model: United Atom Bead Spring with Lennard-Jones and FENE Keyword(s) NVT Tethered Nano Building Block POSS Brownian Dynamics Lennard-Jones BD FENE Date 2005-01-31 Language en_US Rights http://creativecommons.org/licenses/by/2.0/ Copyright Agreement on   User Comments   Created: Thu, 21 Sep 2006, 22:31:53 EST Detailed History

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