潭邵高速公路膨胀土新的分类方法与工程应用

在分析评价现有膨胀土分类方法的基础上,根据潭邵高速公路膨胀土的工程特性,对潭邵高速公路膨胀土进行了重新分类,是对现有分类方法的补充和完善,填补了双40%以下膨胀土分类的空白.根据新的分类方法,提出了膨胀土路堤和路堑边坡设计建议值,根据此设计建议值,对潭邵高速公路进行了设计和施工,实践证明,该分类方法和边坡坡度建议值符合工程实际情况.表6,参10.     

A note on the growth of topological Sidon sets

We give an estimate for the number of elements in the intersection of topological Sidon sets inR ⁿ with compact convex subsets and deduce a necessary and sufficient conditions for an orbit of a linear transformation ofR ⁿ to be a topological Sidon set.     

高校年轻干部培养选拔和教育的几点思考

培养和选拔德才兼备的年轻干部是高校改革和发展的重要保证。做好这项工作，必须转变观念，严格把握基本素质要求，健全用人机制，加强教育管理。     

砖混结构砌体工程量的统筹计算法

以砌体结构为例，阐明在工程量计算中应正确应用统筹法，并得出了砌体工程量计算的统筹公式。     

基于 FEM 的深基础工程数值模拟及其实现

简要介绍了有限元法的原理和解题步骤,在借鉴国内外众多有限元分析软件包优点的基础上,开发了自身的FEM三维非线性程序,并用所研发的程序对具体的工程进行了应用和模拟,与实测数据的逼近表明了整个软件系统的准确性和实用性。     

高速公路工程施工项目成本控制与降低途径

阐述了工程施工项目成本控制的对象和内容、组织和分工、实施阶段和方法;以及降低工程施工项目成本采取有效的途径和措施.     

青少年皮艇运动员技术教学法的研究

本根据皮艇运动和青少年运动员自身特点，讨论青少年皮艇运动员训练初期的教学过程，参考有关资料，结合教学实践，探讨皮艇训练初期的技术教学法，以为该项目的技术训练提供参考。     

A kinetic Monte Carlo method on super-lattices for the study of the defect formation in the growth of close packed structures

A modified Kinetic Lattice Monte Carlo model has been developed to predict growth rate regimes and defect formation in the case of the homo-epitaxial growth of close packed crystalline structures. The model is an improvement over standard Monte Carlo algorithms, which usually retain fixed atom positions and bond partners indicative of perfect crystal lattices. Indeed, we extend the concepts of Monte Carlo growth simulations on super-lattices containing additional sites (defect sites) with respect to those of the reference material. This extension implies a reconsideration of the energetic mapping, which is extensively presented, and allows to describe a complex phenomenology that is out of accessibility of standard stochastic approaches. Results obtained using the Kawasaki and the Bond-Counting rules for the transition probability of the Monte Carlo event are discussed in details. These results demonstrate how the defect types (local or extended), the formation mechanisms and the defect generation regimes can be characterized using our approach.