基于IP核复用技术的SoC设计

概述了国内外IP产业的发展情况,论述了我国发展IP核复用技术SoC设计的可能性和必要性,指出我国急需发展的关键芯片及IP核种类.     

Large JV Chemical Plant Kicks Off

Construction of one of the largest petrochemical joint venture projects in the country - and BP 's largest project in China - kicked off in the Shanghai Chemical Industrial Park in late-March, 2002.The developer of the project is the Shanghai SECCO Petrochemical Co. Ltd, a 50-30-20 equityjoint venture by BP, China Petrochemical Corporation (Sinopec) and the Shanghai Petrochemical Co. Ltd (SPC). This project is slated for completion and opening in the first half on 2005, with a tota…     

用TMS320C6201实现H.263编译码系统

介绍了用TMS320C6201实现视频压缩编码标准H.263的编译码系统,并以编码系统为例,给出其硬件设计及软件的优化处理方法.     

纳米TiO2的光催化作用及其应用研究进展

纳米TiO2 是一种宽禁带半导体光催化剂 ,可用于污水处理、空气净化、灭菌消毒、医疗、化学合成、贵金属提取冶金、能源材料等多个领域 ,未来的研究发展重点应是实用化纳米TiO2 光催化剂的开发及高效光反应器的研制。     

Laboratory study of property-modified prebaked carbon anode and application in large aluminum electrolysis cells

A kind of complex additive mainly containing Al, Mg, F, and O was prepared. The synthetical performances of the property-modified prebaked anodes containing additives were tested in laboratory. On the basis of ideal testing results obtained, a large number of industrial prebaked property-modified anodes are prepared in a large-scale aluminum company. Further more, they are all used in 160 kA prebaked anode aluminum electrolysis cells. The statistic result show that, compared with common anodes, the property-modified ones enhance current by 11.6 kg per ton aluminum averagely.     

黄磷渣制备多孔陶瓷的研究

研究了用黄磷渣代替部分粘土作陶瓷原料，既可以解决磷渣对环境的污染和堆放占用耕地问题，使该固体废弃物资源化，又能缓解陶瓷原料的短缺。     

MIL-STD-1553B总线测试仪软件开发

充分利用1553B总线和USB总线的特点,研制了一种USB总线接口的MIL-STD-1553B总线测试仪,该测试仪通过USB总线来控制1553B总线,使得计算机通过USB总线便可与各种1553B总线的设备进行数据通信,从而使得1553B总线测试更加方便快捷.文中介绍了测试仪的软硬件系统结构,详细讨论了测试仪通用驱动程序和应用程序的体系结构、开发中使用的数据结构,以及应用程序的函数接口和开发流程,最后给出软件测试方法.     

Preparation and photochromism of nanocomposite thin film based on polyoxometalate and polyethyleneglycol

A photochromic nanocomposite based on Keggin structure phosphomolybdic acid (PMoA) well dispersed in polyethyleneglycol (PEG) was fabricated. TEM image showed that PMoA nanoparticles with narrow size distribution were finely dispersed in polymer matrix. FT-IR results showed that the Keggin geometry of polyoxometalates was still preserved inside the composites and strong coulombic interaction was built between PMoA and polymer matrix. Under UV irradiation, the film was reduced photochemically to yield a blue species, which was in accordance with a charge-transfer mechanism.