大规模定制生产模式提升我国家电业竞争力

中国的家电企业要在日趋个性化和多样化的市场条件下和激烈的全球市场竞争的环境中求得生存和发展,采用大规模定制生产模式是必然的选择。本文介绍了修饰型大规模定制、适应型大规模定制、洞悉型大规模定制和合作型大规模定制四种模式,提出只有综合运用这四种大规模定制生产模式,准确地响应消费需求,中国家电企业才能形成国际竞争力。     

变电站高压电气设备选型探讨

介绍了变电站高压电气设备的主要类型及其结构特点，重点介绍了一种新型插接式智能型组合电器PASS，并对常规电器与插接式组合电器进行综合分析比较，随着PASS设备技术的不断完善和发展，它们作为介于常规电气设备AIS和气体绝缘金属封闭高压开关设备GIS之间一种新型系列的电气设备，将得到非常广泛的应用。     

安森美半导体针对家庭娱乐应用的音视频、电源管理和电路保护方案

详细介绍了安森美半导体音频、视频、开关控制器、电压监控器、抑制EMI、微控制器、接口滤波及保护等解决方案。     

Optimal allocation for electric vehicle charging stations using Trip Success Ratio

This paper proposes a new model for optimally allocating Plug–in Electric Vehicle (PEV) Charging Stations (CSs) in the network. The model considers Trip Success Ratio (TSR) in order to enhance CS accessibility for PEV drivers. Diversity of usage and different driving habits are considered in the presented model, as well as different trip types (In-city, Highway). The allocation model has two stages: modeling TSR to estimate Charging Station Service Range (CSSR), and the CS allocation stage. In the first stage, the service range of charging stations has been estimated using TSR with consideration of the uncertainty of trip distances (In-city, Highway) and the uncertainty in the Remaining Electric Range (RER) of PEVs. The estimated CSSR is utilized in the CS allocation stage in order to optimize the CS location set that covers the network with a certain guaranteed TSR level. The allocation problem has been formulated as the Maximum Covering Location Problem (MCLP) in order to make the optimal decision for allocating CSs in the network.     

Detonation Failure Characterization of Homemade Explosives

Typically characterizing home made explosives (HMEs) requires many large scale experiments, which is prohibitive given the large number of materials in use. A small scale experiment was developed to characterize HMEs such as ammonium nitrate‐fuel oil mixtures. A microwave interferometer is applied to small scale confined transient experiments, yielding time resolved characterization of a failing detonation that is initiated with an ideal explosive booster charge. Experiments were performed with ammonium nitrate and two fuel compositions (diesel fuel and mineral oil). It was observed that the failure dynamics were influenced by factors such as the chemical composition, confiner thickness, and applied shock wave strength. Thin steel walled confiners with 0.71 mm wall thickness experienced detonation failure and decoupling of the shock wave from the reaction zone. Confiners with a wall thickness of 34.9 mm showed a decrease in propagation speed and a steady reactive wave was achieved. Varying the applied shock strength by using an attenuator showed corresponding changes in the initial overdriven reactive wave velocity in the HMEs. The distance to detonation failure was also shown to depend on the attenuator length when thin wall confinement was used. This experimental method is shown to be repeatable and can be performed with little required material (about 2 g). The data obtained could be useful to model development and validation, as well as quantifying detonability of materials.     

用压下法测定混有不同量未燃煤粉的高炉渣流动性

用压下法测定了混有不同量未燃煤粉的高炉渣的流动性．结果表明：活塞压下量的变化规律与炉渣粘度相关．压下量随温度升高而升高，随混入渣中未燃煤粉量的增加而降低．压下量增加，流动性变好．活塞压下量的变化可以定性判断混有不同量未燃煤粉高炉渣的流动性。     

EDI网上银行支付系统设计

结合基于WEB的EDI技术和采用SET协议的CA认证技术 ,提出了网上银行支付系统的设计方案 ,并着重研究了支付流程和所采取的安全策略。     

家用纺织品二次面料设计的魅力及开发研究

家用纺织品二次面料设计即家纺材质再设计,一改普通面料较为单一的风格,可以使设计师在现有的面料局限中找到更多的创意空间,体现了材质再设计所具有发挥想象力、提升综合搭配能力、开发创造潜能等魅力。文章探讨对材质再设计的表现方法,分析了开发研究实例。最后探讨了我国家用纺织品材质再设计面临的问题与解决的途径。