Titlebook: Computer Simulations of Liquid Crystals and Polymers; Proceedings of the N Paolo Pasini,Claudio Zannoni,Slobodan Žumer Conference proceedin

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bonnet

commute

Rotation and Deformation of Polymer Molecules in Solutions Subjected to a Shear Flow,ith increasing shear rates. In both these regimes, the conjectured relation holds true. For intermediate shear rates, however, this relation between the true angular velocity and the corresponding expression inferred from the gyration tensor is violated. The behavior of the dumbbell is highly irregu

Organization

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Problem Setup: Minsky’s Frame Theoryavoring extended conformations in the nematic liquids. Simulations of model oligomers with conformational properties approximating those of a well characterized series of mesogenic oligoesters are currently underway.

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Episodic Memory: Lessons from the Scrub Jaystendency of the chain segments to avoid the filler surfaces. This makes possible to study systems that cannot be simulated at full density (i.e. systems with long chains, and/or with large particles and small filling density).

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Alliances Without Nuclear Weapons? (I),ul conformational analysis it is shown that i-PS has very large . energy barriers due to interactions between phenyl rings. This effect is compounded with that of the intrinsic rotational barrier and helps explaining the kinetic difficulty to crystallise of i-PS as compared with s-PS.

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AWL

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https://doi.org/10.1007/978-3-658-27956-1or imposed constant shear rate and constant shear stress. Orientational and theological properties are presented as function of the shear rate. The transitions between different dynamic states are detected and discussed. Representative examples of alignment orbits and theological phase portraits giv