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View Image: block copolymer - hexagonal cylinder phase Citation: Horsch, Mark (2004). block copolymer - hexagonal cylinder phase. . Collection: Lab for Computational Nanoscience and Soft Matter Simulation (2004-2005)     Attached Files Name Description MIMEType Size Downloads Picture_14.jpg   Picture_14.jpg image/jpeg 48.91KB 0 Picture_17.jpg   Picture_17.jpg image/jpeg 70.59KB 0 pic1.jpg   pic1.jpg image/jpeg 51.85KB 0 scatteringfunction_cylinderswithoutcenter_.jpg   scatteringfunction_cylinderswithoutcenter_.jpg image/jpeg 45.18KB 0 Title block copolymer - hexagonal cylinder phase Creator(s) Horsch, Mark Abstract/Summary A system of 800 building blocks of composition A5B5 at a concentration of 0.85, was run starting at a temperature of infinite then instantaneously quenched to a temperature of chiN = 57.9. The system was then run for ~ 3x10^6 time steps forming a cylindrical phase. Simulation Method: Brownian Dynamics Simulation Software: Glotzer Group Code Simulation Model: United Atom Bead Spring with Lennard-Jones and FENE Keyword(s) Lennard-Jones Brownian Dynamics block copolymer NVT FENE hydrodynamics Hexagonally Packed Cylindrical Micelles Date 2004-11-22 Type image/jpeg Language en_US Relation J. Chem. Phys., Vol. 121, No. 22, 8 December 2004 Copyright Agreement on   Related Links Link Description http://matdl.org/matdlwiki/index.php/softmatter:Hexagonally_Packed_Cylindrical_Micelles   referring wiki page       User Comments   Created: Mon, 15 May 2006, 21:24:53 EST Detailed History

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