博士通过设计改善复合材料的爆炸和弹道阻力

拉夫堡大学在研究强度（REF2014）方面是英格兰排名前十的大学，并且有资格提交给REF的拉夫堡学术人员中有66％的杰出工作被评为“世界领先”。或“国际一流”，而全国平均水平为43％。<br>在选择拉夫堡进行研究时，您将与该领域的领导者一起工作。您将受益于我们的全面支持和指导，包括量身定制的职业建议，以帮助您在研究和未来职业中取得成功。<br>项目详细信息：先进的复合材料被广泛用于防弹应用。随着先进武器的出现和改进的战争战术的出现，所需的防护等级得到了显着提高，这使得在不增加产品平均重量的情况下将设计纳入
In many chemical reactions the reaction rate is determined by the crossing of an energy barrier. In order to predict whether a reaction will occur, one must understand the dynamics of the crossing in as much detail as possible. There is a growing interest in high-dimensional systems, which show novel dynamical effects. Of particular importance are the trapped trajectories near the barrier top, i.e., those that never leave the barrier region. These trajectories organize the surrounding dynamics. They often from fractal structures. In this project you will study the dynamics of simple chemical reactions with three atoms, which are the smallest systems in which high-dimensional effects occur. You will compute the clusters of trapped trajectories, their fractal dimension and stability properties and relate them to the reaction rate.