证券交易民事赔偿制度论略

保护投资者的合法权益是《证券法》的职责和使命，是该法的灵魂之所在，但我国证券民事赔偿制度的相关规定却不尽如人意，文章拟对建立适合我国国情的证券民事赔偿制度进行探讨，以期证券立法的完善。     

古建筑礼屏公祠的建筑风格与特点

文章对东莞市的清代古建筑礼屏公祠进行了深入细致的调查研究，对建筑的年代、格局、形制、细节、特点与设计手法等方面进行了剖析，对相关的历史人物，近代省港知名的传奇富翁——卢赓扬做了介绍，并对该祠的历史价值做出了客观的评价。     

钢筋混凝土裂缝机理与控制措施

钢筋混凝土裂缝分析与控制,全文共4部分:1、裂缝是不可避免而又可以尽量减轻的自然灾害;2、收缩裂缝分析及控制;3、温度收缩裂缝分析及控制;4、裂缝控制的综合技术措施。较全面地论述了钢筋混凝土裂缝机理及控制措施,文末附有100多篇参考文献。     

Load combination analysis by ‘Directional simulation in the load space’

The reliability of structures subjected to multiple time-varying random loads is considered herein. It is well-known that the reliability of such systems may be evaluated by considering outcrossings of the load process vector out of a safe domain, and the contribution of individual loads to structural failure may be evaluated by considering outcrossings caused by combinations of one or more loads. In this paper the ‘Directional Simulation in the Load Space’ approach to reliability analysis is developed to consider explicitly outcrossings caused by all possible combinations of loads, during analysis of systems comprising stationary continuous Gaussian loads. To do this, the direction of the load process vector is ‘fixed’ at each point of outcrossing (to physically represent the particular combination of loads causing the outcrossing), and, by considering each possible load combination, all loads not causing an outcrossing are then held constant during radial integration (to model correctly that they do not contribute to each outcrossing). A numerical example demonstrating the validity of the proposed formulation is presented.     

Wide-gap layered oxychalcogenide semiconductors: Materials, electronic structures and optoelectronic properties

Applying the concept of materials design for transparent conductive oxides to layered oxychalcogenides, several p-type and n-type layered oxychalcogenides were proposed as wide-gap semiconductors and their basic optical and electrical properties were examined. The layered oxychalcogenides are composed of ionic oxide layers and covalent chalcogenide layers, which bring wide-gap and conductive properties to these materials, respectively. The electronic structures of the materials were examined by normal/inverse photoemission spectroscopy and energy band calculations. The results of the examinations suggested that these materials possess unique features more than simple wide-gap semiconductors. Namely, the layered oxychalcogenides are considered to be extremely thin quantum wells composed of the oxide and chalcogenide layers or 2D chalcogenide crystals/molecules embedded in an oxide matrix. Observation of step-like absorption edges, large band gap energy and large exciton binding energy demonstrated these features originating from 2D density of states and quantum size effects in these layered materials.     

养禽育雏室的节能改造研究

主要介绍了目前禽舍建筑所存在的能耗问题和环境问题,以及对其进行节能改造的措施。改造的措施包括了禽舍温控区域的限定,围护结构的改造和在屋顶南向坡面加装采光板。对改造方案进行的能耗分析表明了节能的显著效果。     

Structural and vibrational properties of high-dielectric oxides, HfO2 and TiO2: A comparative study

Within the framework of density functional theory, we have computed structural and vibrational properties of high-κ dielectric oxides, HfO₂ and TiO₂. We have considered different polytypes of these oxides and computed the corresponding static dielectric constants in order to investigate what are the more promising materials suitable for technological application. We found the flourite phase of hafnium dioxide, that is a promising candidate as gate oxide in ultra-scaled complementary metal-oxide-semiconductor (CMOS) technology, is structurally unstable due to the presence of soft phonon modes that have wave-vectors in the region of the Brillouin zone containing the K- and X-points. According to our results, the fluorite TiO₂ is structurally unstable as well but, contrary to HfO₂, the soft phonon modes have wave-vectors in the whole Brilouin zone. Calculations of the thermodynamical properties of the baddeleyite HfO₂, the stable phase at ambient condition, complete the work.     

安全RADIUS认证、授权、计费系统的构建

构建了基于远程访问拨号接入用户服务（RADIUS）的认证、授权和计费系统。试运行表明RADIUS原有实现方式的大运算量和频繁的文件读写操作降低了用户认证效率，且存在系统管理员盗用用户账号的风险。改进TRADIUS实现方式，降低了认证程序实现复杂度，提高了用户认证效率，同时降低了密码泄漏风险。对于广泛采用RADIUS的安全应用是很好的借鉴。     

基于传热原理的热电偶测温误差模型及应用

应用传热学原理研究了热电偶静态测温误差和动态响应模型及减少测温误差的方法。热电偶测温误差是由热电偶与周围环境净热辐射引起,对流传热系数大小决定性地影响测温误差。带遮热套热电偶高速抽气时能有效减少测温误差,裸装和不抽气的热电偶不能直接应用于气体温度在线检测;动态响应过程误差还受时间常数0τ影响,30τ可视为动态响应结束时间。此研究结果不仅可用于裸偶信号校正、高精度温度信号获取及动态读数时间选取,也可为温度在线控制提供科学依据。     

天津市水源水质特性分析与评价

针对天津市的水源情况,分析评价了1996-2005年10年期间滦河原水和黄河原水的水质变化特点.结果表明,天津市的水源水质普遍存在低温低浊、高藻、微污染的特点.采用Kmeans聚类法对水源水质进行水质分期,把滦河原水划分为3个水质期,黄河原水划分为2个水质期,并对每个水质期的水质特点进行分析和评价,对水厂运行工艺及参数的调整起到一定的指导作用.