基于.NET平台的消防接处警系统的设计与实现

介绍了一个城市消防接处警系统的设计和实现，系统主要分为综合接警台和火警终端台，通过应用计算机和通信等技术，实现了消防接处警的电子化和智能化。该系统基于新一代应用程序开发环境VS．NET，支持GIS功能，是城市消防通信指挥系统的重要组成部分。     

大型高炉无料钟炉顶攻关及应用

自2002年以来秦冶一直在研制无料钟炉顸设备。2009年秦冶与宝钢、中冶赛迪三方合作，共同研制开发5000m3级大型高炉无料钟炉顶，并在秦冶制作了1：1的测试平台，通过模拟现场工况条件进行全方位测试。结果表明：具有中国自主知识产权的无料钟炉顶应用在5000m3高炉上是完全可行的，从而使秦冶成为大型高炉炉顶成套设备供货商。     

Physicochemical and sensory characteristics of soya protein isolate hydrolysates with added substrate‐like amino acids

Soya protein isolate (SPI) with or without added substrate‐like amino acid was subject to enzymatic hydrolysis catalysed by commercial proteases (Alcalase 2.4 L, flavourzyme and pancreatin). Addition of a small amount of amino acids (amino acid: SPI = 1: 2500, mol g^?1) during hydrolysis would cause a significantly (P < 0.05) reduced protein recovery, increased degree of hydrolysis, and altered amino acid composition and antioxidant activities of SPI hydrolysates. The SPI hydrolysates prepared with added Asp, Arg or Lys exhibited a higher antioxidant activity than the control. The bitterness of SPI hydrolysates was largely reduced upon addition of Met, Asp or Glu during hydrolysis, whilst the umami taste and mouthfeel‐liking were remarkably increased. Therefore, adding amino acid during hydrolysis is a feasible and beneficial approach to improve both the functional and sensory properties of SPI hydrolysate.     

Experimental study of the effects of hydrogen addition on the thermoacoustic instability in a variable-length combustor

The current study examined the self-excited thermoacoustic instability of hydrogen/methane premixed flames using a variable-length combustor (300–1100 mm). The global dynamic pressure, heat release rate oscillation, together with the flame dynamics were studied. Results showed that both the hydrogen concentration and the chamber length were critical in determining the acoustic oscillation mode and instability trend. Low-frequency primary acoustic modes (<200 Hz) were mainly excited when the hydrogen concentration was low, whereas primary acoustic modes with relatively higher frequencies (~400 Hz) tended to occur in cases with a high hydrogen proportion (>40%). For primary acoustic modes lower than 200 Hz, the primary oscillation frequency tended to increase linearly with a rising hydrogen proportion. Heat release oscillation and flame dynamics analyses demonstrated that for the flame with large-scale shape deformation, the initial addition of hydrogen would intensify the heat release oscillation. Nevertheless, a further increase in the hydrogen level tended to inhibit the heat release oscillation by weakening the flame shape deformation. Eventually, a sufficient high-level of hydrogen addition would weaken the primary acoustic modes that have similar frequencies.     

Study on the uniformity of water film in a transpiring wall reactor for supercritical water oxidation

A three-dimensional computational fluid dynamic model of a transpiring wall reactor for supercritical water oxidation has been built to optimize the uniformity of water film. Results show that the temperature and species distributions at the nozzle outlet deviate from the reactor centre. The inner wall of the porous tube near the transpiring water injection tube displays low temperatures, while high temperatures are recorded far from the injection tube. The circumferential temperature distribution on the inner wall of the porous tube is uneven. This phenomenon is due to the uneven injection of the transpiring water, leading to the uneven protection of the water film and local overheating of the porous wall. The injection velocity of the transpiring water significantly decreases when the number of injection tubes is increased, and the circumferential velocity and temperature distributions on the porous wall gradually become even. Moreover, high pressure drops across the porous wall at low porosities are useful for the uniform injection of the transpiring water. This characteristic is also conducive to obtaining a more uniform water film protection.     

浮动式液压剪的结构特点及参数计算

本文结合作者的浮动式液压剪的设计、调试体会,分析了液压剪的结构组成,并对液压剪设计所需的一些重要参数进行确定。     

适应两级分布式智能调度控制的变电站高级应用软件

智能电网的发展对传统集中式的调度模式提出了挑战。文中重新审视了分布自治与集中协调这对基本矛盾,提出建立智能变电站高级应用软件体系,具体包括建模、状态估计、智能告警、电压稳定评估与控制、自动电压控制、风险评估建模等高级应用,变集中式调度模式为更加可靠、敏捷的变电站—调度中心两级分布式智能调度控制模式。简要介绍了各高级应用的特点、功能和实现,展示实际工程应用示例,并对相关实用化问题进行探讨。最后对智能变电站高级应用软件的发展提出展望。