Theoretical Studies of Flux Arrays and Complex Liquids

这里提出的研究涉及两个类的性质 第二类超导体中的磁通线阵列 和复杂的经典液体。 磁通线阵的工作主要是 重点讨论了磁通线的平衡和动力学性质 液体，与物体接触实验。 的 关于液体的工作旨在更好地了解 在治理中的成分无序和方向相关性 稠密流体中的结构松弛。 完成这项工作的方法是 通过研究特定的模型系统，即硬球混合物， 杆模型为nematics。

The research proposed here concerns the properties of two classes of physical systems: flux-line arrays in type II superconductors and complex classical liquids. The work on flux-line arrays mainly focuses on equilibrium and dynamical properties of flux-line liquids, with the object to make contact with experiments. The work on liquids aims to gain a better understanding of the role of compositional disorder and orientation correlations in governing the structural relaxation in dense fluids. This will be achieved by studying specific model systems, namely hard sphere mixtures and rod models for nematics.