JSP网络中文件编码系统的研究与实现

随着互联网技术的发展，动态网站是近年来发展的方向。动态网站的关键技术是数据库的建立、连接和调用。本文首先介绍Oracle数据库的建立；然后讲述了用jdbc连接并访问数据库的方法；最后详细地阐述了JSP网络中文件编码系统的解决方案和实现方法。     

分析比较Windows DNA支持的数据访问技术

本文在介绍Windows DNA体系结构的基础上，详细分析了WindowsDNA支持的ODBC、OLD DB和ADO三种数据访问的体系结构，应用方法及特点。     

Web服务在电力系统DB2数据库存取中的应用

WebService是构建分布式系统的最好工具。研究了WebService的相关概念、结构以及主要支撑技术 ,并且通过微软VS Net提供的WebService实现了对电力系统DB2数据库的存取方案。实践验证 ,这种方法完成存取过程是完全可行并且有效的 ,为电力系统数据的分布处理提供有益的参考 ,使电力系统中非常庞大的数据量得到快速高效的处理 ,为电力系统安全、稳定、经济运行提供保障。     

三种Excel访问oracle数据库的方法比较

本文介绍了目前Excel访问Oracle数据库的三种主要方法:ODBC、Oracle OLEDB、OO4O.并比较了这三者之间的联系和区别,以及它们的优缺点,为开发Oracle的Excel报表技术选择提供了参考.     

数据库访问技术研究

讨论并比较了当前流行的几种数据库访问技术:ODBC,DAO,OLEDB和ADO。在简要叙述其原理后,结合VC和VB说明了三种数据库访问技术各自的优缺点,并给出了基本使用方法。最后提出根据易用性原则选择数据库访问技术。     

超塑性在钛合金压力加工和焊接方面的应用

简要介绍了超塑性在压力加工方面以及相变超塑性在焊接方面的应用。重点介绍了超塑性成形和超塑性成形/扩散焊接技术在钛合金上的应用、超塑成形模具材料选择的原则、以及提高SPF部件性能的措施。     

嵌入式数据库技术在煤矿井上监控系统的应用

嵌入式系统在煤矿井上监控终端的应用，嵌入式系统技术的小体积、高可靠性、低功耗和低成本等特点非常适合井上监控终端的设计要求。嵌入式系统平台上移植嵌入式数据库并进行应用程序的开发，实现井上监控管理的同时，满足了煤矿井上监控终端数据处理量大、速度快、可靠性高等设计要求。     

Metal forming and forging – finding a new place within high value manufacturing through advanced,industrial scale research

Abstract

Since the banking crisis governments have placed renewed emphasis on the importance of manufacturing in providing the basis for a balanced economy. The term High Value Manufacturing (HVM) has been used in the UK to describe manufacturing based industries with a high R&D content and therefore which in turn will support knowledge based job creation into the future. The UK Government has supported the development of a network of manufacturing research centres aimed at providing a step change in research and development activity and impact termed the HVM Catapult. The Advanced Forming Research Centre (AFRC) within the University of Strathclyde is a founder member of the HVM Catapult, with a focus on metal forming and forging technologies.

To outsiders however, forming and forging are established technologies employed within traditional, and in many cases declining, manufacturing environments whose roots can be traced back to the industrial revolution and beyond. It is not surprising, therefore, that the position of metal deformation technologies within the HVM taxonomy is sometimes questioned. This paper aims to address the common arguments which are used to question the position of metal forming and forging within HVM at a general level, and through examples of ongoing work themes with the AFRC.     

Thermal markers arising from changes in the protein component of milk

Classification of heat load applied to milk requires the detection of parameters appropriately related to the intensity of the heat treatment. Current analytical methods based on heat-induced changes in the protein component of milk have been directed either to determine the amount of protein-derived products arised from heat treatments or to evaluate the extent of thermal denaturation of milk proteins. Lately, a new analytical strategy has been developed according to the occurrence of three major whey proteins, namely bovine serum albumin (BSA), beta-lactoglobulin (βlg) and alfa-lactalbumin (αla), normally soluble at pH 4.6 in raw milk, in the pH 4.6 insoluble protein fraction recovered from heat-treated milk. The results have shown that pH 4.6 insoluble BSA, βlg and αla, as detected by ELISA in milk, can be regarded as thermal markers suited for either dairy process control or regulation purposes.     

锂镍钴锰氧正极材料的热聚合法制备及性能表征研究

经过几十年的发展,锂离子电池由于其在能量密度、循环寿命等方面的优势,在小心电子产品上获得了广泛的应用。在目前的商业化锂离子电池产业中,应用最广泛的正极材料是由Good enough等开发的LiCoO2材料,但是其有毒、热稳定性差等特点,导致其难以得到进一步的应用。因此,通过开发他们的复合材料成为了锂离子电池正极材料开发的主要研究方向之一。论文主要对LiNi1/3Co1/3Mn1/3O2材料的热聚合法制备及性能表征进行了一定的研究。