Multicomponent Polymer Systems: Phase Behavior, Dynamics and Applications : November 29-December 3, 2004, Boston, Massachusetts, USA. |
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Page 67
... simulations of these systems [ 1 ] . Computer simulation enables us to examine details of structure including features such as loops and bridges , which can form in copolymers containing three or more blocks , that are difficult to ...
... simulations of these systems [ 1 ] . Computer simulation enables us to examine details of structure including features such as loops and bridges , which can form in copolymers containing three or more blocks , that are difficult to ...
Page 71
... simulation results for these two cases . CONCLUSION : The simulation is very time consuming . One simulation usually takes 5 to 10 days to finish on a Pentium 4 3.2GHz computer with 2 Gigabyte Memory . In view of this , although we have ...
... simulation results for these two cases . CONCLUSION : The simulation is very time consuming . One simulation usually takes 5 to 10 days to finish on a Pentium 4 3.2GHz computer with 2 Gigabyte Memory . In view of this , although we have ...
Page 74
... Simulation Studies ) , a class II force field , which has been extensively parameterized for the simulations of a wide range of polymers [ 7-10 ] . To model the acidic polyimide copolymers , charge distributions in the SO3 groups were ...
... Simulation Studies ) , a class II force field , which has been extensively parameterized for the simulations of a wide range of polymers [ 7-10 ] . To model the acidic polyimide copolymers , charge distributions in the SO3 groups were ...
Contents
Rich Dynamics in Diblock Copolymers | 1 |
On the Origin of Color Degradation in Polyfluorenes Block Copolymer | 14 |
Influence of the Particle Morphology on the MicroAnd Macromechanics | 30 |
Copyright | |
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Common terms and phrases
2005 Materials Research amorphous annealing behavior block copolymers chain Chem cluster co-continuous component composite electrodes conductivity counterion crystalline decrease diffusion dynamic mechanical analysis dynamics E-MA-GMA effect emission endothermic epoxide ESC resistance experimental extruded fiber length fibrous clay filler films flexural modulus fluid glass transition glass transition temperature HDPE homopolymer Im3m immiscible increases initiator intensity interactions interfacial ionomer irradiated layer liquid crystal Macromolecules Materials Research Society matrix measurements mechanical properties melt melt-blended composite membranes molecular weight monomers morphology Nafion nanocomposites nanoparticles nanorods NTDA-ODADS/ODA observed obtained P(VDF-TrFE parameters particles PCLD peak performance PFOS phase separation Phys platelet PMDA PMMA polarization polydisperse polyimide polyimide copolymers polymer blends polymerization polystyrene pore PS/PP Raman ratio room temperature samples SAXS shown in Figure shows simulation solvent spectra spheres strain structure surface SWNT TFPS(II TFPSF thermal volume fraction X-ray