水厂消毒副产物的变化规律

三卤甲烷（THMs）和卤乙酸（HAAs）是给水厂中具有代表性的消毒副产物（DBPs）,如果水厂中消毒副产物生成量过高,将会影响到管网中水质安全。通过比较水厂2种不同处理工艺中各单元出水口的三卤甲烷、卤乙酸浓度变化,分析了消毒副产物DBPs浓度变化情况,讨论比较2套处理工艺水质处理效果。结果表明,水体经过折板反应池—斜板沉淀池—移动冲洗罩滤池处理后,出厂水中消毒副产物量的增加量相对水体经过机械搅拌澄清池—双阀滤池—处理后较小。     

Clustering of high throughput gene expression data

High throughput biological data need to be processed, analyzed, and interpreted to address problems in life sciences. Bioinformatics, computational biology, and systems biology deal with biological problems using computational methods. Clustering is one of the methods used to gain insight into biological processes, particularly at the genomics level. Clearly, clustering can be used in many areas of biological data analysis. However, this paper presents a review of the current clustering algorithms designed especially for analyzing gene expression data. It is also intended to introduce one of the main problems in bioinformatics – clustering gene expression data – to the operations research community.     

Design of a framework for modeling, integration and simulation of physiological models

Multiscale modeling and integration of physiological models carry challenges due to the complex nature of physiological processes. High coupling within and among scales present a significant challenge in constructing and integrating multiscale physiological models. In order to deal with such challenges in a systematic way, there is a significant need for an information technology framework together with related analytical and computational tools that will facilitate integration of models and simulations of complex biological systems. Physiological Model Simulation, Integration and Modeling Framework (Phy-SIM) is an information technology framework providing the tools to facilitate development, integration and simulation of integrated models of human physiology. Phy-SIM brings software level solutions to the challenges raised by the complex nature of physiological systems. The aim of Phy-SIM, and this paper is to lay some foundation with the new approaches such as information flow and modular representation of the physiological models. The ultimate goal is to enhance the development of both the models and the integration approaches of multiscale physiological processes and thus this paper focuses on the design approaches that would achieve such a goal.     

数值仿真HPM大气击穿中等离子体丝状阵列的形成

文章结合Maxwell方程,修正的自洽电子流体方程,采用时域有限差分法（FDTD）对高功率微波（HPM）大气击穿进行了仿真,分析了等离子体丝状形成过程、原因,结果表明：气体击穿后,形成沿着波的传播方向规律的排列着的等离子体丝状,离散的丝状向源的方向发展,相邻等离子体丝状之间的距离略小于1/4波长,等离子体丝状向源方向发展是电离和扩散共同的结果.     

Iterative performance improvement of fuzzy control systems for three tank systems

This paper suggests the performance improvement of fuzzy control systems (FCSs) for three tank systems using iterative feedback tuning (IFT). The stable design of Takagi–Sugeno–Kang fuzzy controllers is guaranteed by means of a stability theorem based on LaSalle’s global invariant set theorem formulated for a class of multi input-multi output (MIMO) nonlinear processes. An IFT algorithm characterized by setting the step size to guarantee the FCS stability is proposed. The theoretical approaches are applied in a case study that deals with the IFT-based stable design of fuzzy controllers dedicated to the level control of a cylindrical three tank system as a representative MIMO system. A set of experimental results for a laboratory setup illustrates the performance improvement.     

3D工厂软件—PDMS应用特点

本文介绍应用PDMS进行项目设计时，其数据库结构，项目管理等方面的特点。     

干法、半干法(钙基)烟气脱硫技术研究进展及趋势

论述了用钙基吸着剂脱硫的干法、半干法烟气脱硫技术的最新进展和工业化应用现状 ,通过技术分析可以看出 ,无论干法还是半干法脱硫技术 ,都包括脱硫产物和飞灰的再循环利用 ;干态CaO应首先与水反应后生成溶液 ,才能与烟气中的SO2 充分进行反应 ,并分析了水在脱硫过程中的重要性。结合作者脱硫工程实践经验 ,论述了工业化过程中需要进一步注意和研究的关键问题。     

硫硼酸阳极化工艺研究

从原理上分析了铝及铝合金硫硼酸阳极化的机理，对阳极化过程进行相关探索，该工艺氧化膜耐蚀性比硫酸阳极化、铬酸阳极化好，同时还具有对环境污染小，节约能源等优点。