某住宅小区边坡渗水治理及综合利用

分析了某小区边坡渗水的原因，结合实际情况，介绍了边坡渗水的治理措施，并对渗水进行了收集综合利用，消除了边坡滑坡的安全隐患，取得了较好的社会效益和经济效益。     

论智能化建筑

详细地阐述了智能化建筑的概念及其产生和发展、智能住宅的产生和发展，针对我国智能建筑发展存在的问题提出了建议，同时对未来的智能化建筑进行了展望，从而促进我国智能化建筑的发展。     

A novel quarter‐wave retardation film for improving viewing angle properties in time‐sequential stereoscopic 3D‐LCDs

We have successfully developed a quarter‐wave retardation film (QWF) for wide viewing angle 3D liquid crystal displays (3D‐LCDs) that provides high luminance, low crosstalk, low color change, and low head‐tilt‐angle dependency. It was found that the out‐of‐plane retardation (Rth) of the QWF in the LCD needs to be close to 0 nm in order to improve the 3D display properties at an off‐axis position and that the in‐plane retardation (Re) needs to be adjusted from 120 to 130 nm to achieve low color change with head tilting. We adopted a coating process for making our QWF because of its potential for retardation control. 3D‐LCDs with this QWF whose Rth was nearly zero had high performance and allowed off‐axis other than on‐axis.     

一种多通道数据流直接数字频率合成器

采用0.13μm工艺,设计了一种10 bit精度、无杂散动态范围(SFDR)为54 dBc、最大工作频率达到1.2 GHz的直接数字频率合成器DDFS。采用多通道数据流结构,提高了工作频率;利用QLA技术对ROM查询表进行了优化,压缩了ROM查询表的大小,提高了频谱纯度。     

建筑自然人--康桥绿城住宅小区规划设计

康桥绿城住宅小区规划设计以整体社会效益、经济效益与环境效益三者统一为基准点，着意创造一个优质的生态环境，为居民提供一个都市中的自然优美、舒适便捷、卫生安全的怡然栖息之地。     

绿色生态住宅小区评价指标权重的确定

对绿色生态住宅小区的综合评价是十分复杂的工作．不仅因为影响绿色生态住宅小区的指标体系十分复杂，而且各指标对绿色生态住宅小区影响的权重也不易认定．利用层次分析法的原理，提出了一种确定绿色生态住宅小区各指标权重的方法．例举了绿色生态住宅小区综合评价中水环境系统指标权重的确定方法．其方法对绿色生态住宅小区综合评价中其它环境系统指标权重的确定也是适用的．     

锦州电厂星星休闲广场设计

对锦州电厂星星休闲广场的规划设计作了详细介绍，包括设计思想，环境设计，活动空间与小品设计等，探讨分析了新时期居住环境质量在生活中的重要性，特别是在老工业区内对现有居住环境的局部进行了改造，为提高生活质量起到良好作用。     

超能士电机节电器在节能改造中的应用

针对拖动破碎机的电机存在配套过大、电能浪费的情况,采取增加自动跟踪负载变化的超能士电机节电器的办法,减少输出功率,实现电机在最佳节能状态下运行.通过改造实例,介绍了电机节电器的节电原理及节能效果.     

高反膜的计算机模拟及对实践的指导意义

本文利用计算机对多层介质高反膜反射谱的模拟发现,当构成高反膜系的高、低两种折射率材料的光学厚度不一致时,反射带两侧的第一个谷值的大小将不同,据此作者认为在高反膜镀制时可根据反射带两侧第一个谷值大小情况来调节高反膜中单层膜厚度,实验结果证明了模拟结果的正确性,同时也确证了作者提出的这种方法是可行的。     

Optimal tree design for daylighting in residential buildings

Urban reforestation is advocated as an efficient countermeasure to the intensification of urban heat islands. The greening and beautification of residential quarters is one of the main concerns of residents, while lighting and ventilation are two main energy-consuming building services. Hence, the tree layout in green space between buildings is important, and it is necessary to determine the relationships between trees and buildings. This study takes Shanghai as a case study to optimize tree design between residential buildings and meet good daylighting requirements. Models were made using software such as AutoCAD and SketchUp. The relationships between maximum tree height and building separation were determined. For the same building layout, there were different tree height limits according to crown shape; the order of decreasing height limits was cylindrical, conical, spherical, and inverted conical crowns. Three cases having different green space between building layouts were studied. Their maximum tree heights differed. Overall, our model helps us realize good daylighting of a building environment. The formula allows us to determine which trees to plant between buildings in that we can predict the effects of future tree growth on building daylighting.