原子辐射跃迁选择定则的一种半经典的推导方法

本文从对称性出发，用半经典的方法推导出原子辐射跃迁选择定则，指出该选择定则是角动量守恒定律在原子辐射过程中的一种表述。     

东秦岭松树沟蛇绿岩产出的构造环境及其组合层序的厘定

在研究东秦岭松讨沟蛇绿岩形成的区域构造格架的基础上，利用平衡剖面的理论，重新厘定了该蛇绿岩组台层序。表明它是东秦岭碰撞缝合带内保存较完整．序列较连续的杂岩体，与世界上一些典型蛇绿岩套及现代洋壳-上地慢剖面可进行对比。     

山水审美与景观创作中的联想与想象

通过阐述联想与想象在山水审美和景观创作中的重要作用，使人们更深刻地领略大自然之美，获得丰富、美好的享受，并进而创造出本于自然又高于自然的艺术美景观。     

相空间中Green函数的生成泛函和Feynman规则

从相空间中Ｇｒｅｅｎ函数的生成泛函出发，对正则动量引入外源，利用最陡下降法，证明了在树图近似下，正规顶角的生成泛函等于正则作用量。勿需作出对正则动量的泛函积分，就可导出树图近似下的Ｆｅｙｎｍａｎ规则，给出了对ψ４场论中的初步应用。     

依法治校是教育兴旺之道

本文以法治的观点,从依法治校的内容、任务和思考三个方面论述了实施依法治校既是解决稳定与发展这一矛盾的有效办法,也是进行民主科学化管理的有力手段;实施依法治校,不仅有助于科学教育的繁荣,而且有助于开创一个和谐有序、兴旺发达的安定政治局面。     

关于Cox-Merz关系式的成立条件

在聚合物浓厚体系流变性质的广泛测量中,Cox-Merz关系式是重要的经验公式。本文依据文献,引证众多肯定性实验结果,指出该关系式广阔的适用范围,同时讨论了偏离Cox-Merz关系式的情形;从本构方程理论出发,分别讨论该关系式与松驰模量形式及有限应变张量形式间的关系。结论是:Cox-Merz关系式适应于一大类非线性强度适中的高分子材料。     

再论平行工程与海洋石油平台的设计和建造——从大型起重铺管船“蓝疆”号顺利下水谈起

从大型起重铺管船“蓝疆”号的工程设计管理、建造、采办模式及顺利下水分析出“平行工程”得以实施的根本原因,认为从项目一开始就让用户与建造者参与项目顶层建造策略的制定,设计者、建造者、用户3方自始至终的平行协调,以及船体与设备的平行研制等原则,在“时间就是金钱,效率就是生命”的动作规则下,是可以而且应该在海洋石油开发工程的设计与建造中得到实施的。     

Optimal design of radial basis function neural networks for fuzzy-rule extraction in high dimensional data

The design of an optimal radial basis function neural network (RBFNF) is not a straightforward procedure. In this paper we take advantage of the functional equivalence between RBFN and fuzzy inference systems to propose a novel efficient approach to RBFN design for fuzzy rule extraction. The method is based on advanced fuzzy clustering techniques. Solutions to practical problems are proposed. By combining these different solutions, a general methodology is derived. The efficiency of our method is demonstrated on challenging synthetic and real world data sets.     

Distributed Mining of Maximal Frequent Itemsets on a Data Grid System

In this paper, we propose a new algorithm, named Grid-based Distributed Max-Miner (GridDMM), for mining maximal frequent itemsets from databases on a Data Grid. A frequent itemset is maximal if none of its supersets is frequent. GridDMM is specifically suitable for use in Grid environments due to low communication and synchronization overhead. GridDMM consists of a local mining phase and a global mining phase. During the local mining phase, each node mines the local database to discover the local maximal frequent itemsets, then they form a set of maximal candidate itemsets for the top-down search in the subsequent global mining phase. A new prefix-tree data structure is developed to facilitate the storage and counting of the global candidate itemsets of different sizes. We built a Data Grid system on a cluster of workstations using the open-source Globus Toolkit, and evaluated the GridDMM algorithm in terms of performance, scalability, and the overhead of communication and synchronization. GridDMM demonstrates better performance than other sequential and parallel algorithms, and its performance is scalable in terms of the database size and the number of nodes. This research was supported in part by LexisNexis, NCR and AFRL/Wright Brothers Institute (WBI).     

Compact and power‐saving polysilicon data driver with common‐decoder DA converter (CD‐DAC)

Abstract— A common‐decoder architecture for a data‐driver circuit fabricated by using a polysilicon process has been developed. The architecture achieves a compact circuit and low‐power consumption. In application to an integrated polysilicon data driver for small‐sized displays, this architecture reduces the area of the data driver by removing the vertical bus lines that occupy a large area. It also suppresses the power consumption of the data bus by reducing the number of driven lines in the data bus during word‐to‐word transitions from six to two. By using a conventional 4‐μm design rule, we fabricated an active‐matrix OLED (AMOLED) panel with an integrated six‐bit data‐driver circuit with 384 outputs. The driver circuit had a height of 2.6 mm and a pitch between output lines of 84 μm. The maximum power consumption of the driver was only 5 mW, i.e., 3.8 mW for logic‐data transfer and 1.2 mW for reference‐voltage source. Furthermore, we also fabricated an active‐matrix LCD (AMLCD) panel including driver circuits of the same type as the integrated elements. Six‐bit full‐color images were successfully displayed on both panels.