Titlebook: Advances in the Computer Simulatons of Liquid Crystals; Paolo Pasini,Claudio Zannoni Book 2000 Kluwer Academic Publishers 2000 complex flu

acrophobia

https://doi.org/10.1007/978-3-319-65199-6atter two types of model liquid crystals possess both nematic and smetic phases and allow the study of presmectic effects in the nematic phase. Furthermore, data are available for systems with variable degree of order: these are Gay-Berne particles, and partially stiff, partially flexible molecules

粗野

Lydia Turner,Nigel P. Short,Alec Grant to be able to accurately predict mesophase behaviour for . based only on a knowledge of molecular structure. The drawback of this method is that it is computationally expensive, and large quantities of computer time must be expended in order to compute the numerous pair interactions in such systems

FRET

Flow Properties and Structure of Anisotropic Fluids Studied by Non-Equilibrium Molecular Dynamics, atter two types of model liquid crystals possess both nematic and smetic phases and allow the study of presmectic effects in the nematic phase. Furthermore, data are available for systems with variable degree of order: these are Gay-Berne particles, and partially stiff, partially flexible molecules

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TOXIC

傷心

Chandelier

不規(guī)則

Liquid Crystal Observables: Static and Dynamic Properties,In this Chapter we introduce the description of single and pair particle static properties of liquid crystals, and discuss their calculation from computer simulations. We also briefly describe the calculation of dynamic properties from molecular dynamics simulations using Linear Response theory.

Paradox

Liquid Crystal Lattice Models I. Bulk Systems,Monte Carlo simulations of spin models for liquid crystal bulk systems are described. A concise description of second rank Lebwohl-Lasher models of various dimensionality and of models containing in addition interactions of first and fourth rank is provided. Biaxial lattice models are also briefly discussed.

進(jìn)步

Liquid Crystal Lattice Models II. Confined Systems, of the molecular organization and thermodynamics of these systems. Here some models of confined liquid crystals, such as polymer dispersed liquid crystals, twisted nematic, in-plane switching liquid crystal displays and hybrid aligned films are described together with their computer simulations.