PeopleJens-Uwe Sommer , Chuanfu Luo |  | ||||||||||||||||||
IntroductionCrystallization of polymers leads to ordering and structure formation on various scales. During crystallization polymers undergo a transition from random coils to fully extended or folded conformations while forming quasi-two-dimensional lamellar structures which can further develop spherulitic and other growth patterns on larger scales. Polymer crystallization proceeds far from thermodynamic equilibrium and the resulting crystalline morphologies are usually meta-stable. The non-equilibrium character of polymer crystals is a challenge for their theoretical understanding.We study polymer crystallization using coarse-grained molecular dynamics simulations and develop models for the understanding of polymer crystallization processes and the properties of polymer crystals. | |||||||||||||||||||
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HighlightsGrowth Pathway and Precursor States in Single Lamellar Crystallization: MD Simulations Macromolecules 44 (2011) 1523 Coexistence of Melting and Growth during Heating a Semi-crystalline Polymer Physical Review Letters 102 (2009) 147801 | |||||||||||||||||||
