综合技术的

In the period of aerodrome constmction project geology recottitaissance, high-resolution ortho-map of working area, 3D Remote Sensing Virtual Reality and animation o planned aerodromes are made with the technologies of Remote Scttstng digital image process, Virtual Reality and digital photogrammetry. By information extracting and comprehensively assessing on the geognosy, engineering geology, environment geology and eco-environment of work area, scientific foundation can be offered to deciders and workers of acrodrome.

在机场建设工程地质勘察中，应用"3S"技术，通过遥感数字图像处理技术、虚拟现实和全数字摄影测量等高科技，制作测区的高精度正射遥感影像地图以及各个拟选机场的遥感图像三维虚拟动态系列动画图，在此基础上进行场区的构造地质、工程地质、环境地质以及生态环境等特征信息提取和综合评价，为机场建设工程决策者和具体的工作者提供科学依据。

We conclude that nami material and its introjection with other correlation subject is the main trend of material technology in the new age.

结果 ：高分子材料在结构上的复杂性和多样性，使其可进行单一或多种结构的综合利用，最大程度地满足其他高新技术要求材料技术所提供的各种功能。结论：新世纪材料技术发展的主流将是分子纳米材料及其相关学科的融合

Jamesonite, marmatite, pyrrhotite and pyrite are the complicated and mutiple-metal sulfide resources to process difficultly in Dachang Mine. Research on the basic theory of flotation electrochemistry and on potential-controlled flotation technology of the sulfide resources can be helpful to develop some new flotation theory and technology of the complicated and mutiple-metal sulfides, and to utilizate comprehensively the mineral resources, and to lower their production cost, and to improve the economical benefits. It is of important theoretical and practical significance.

脆硫锑铅矿、铁闪锌矿、磁黄铁矿、黄铁矿是大厂特有的难分离、难处理的复杂多金属硫化矿物资源，对其进行浮选电化学的基础理论和电位调控浮选技术研究，可发展复杂多金属硫化矿物浮选分离理论，形成复杂多金属硫化矿物浮选分离的创新技术，加强矿产资源的综合利用，降低成本，提高经济效益，具有重要理论意义和现实意义。

The rise and development of data mining technology and data warehouse solution provides the practical application academic gist and technological support, and brings new turning point to the synthetic application of Waybill information at the same time.

数据挖掘技术与数据仓库解决方案的兴起与迅速发展，为海量数据的实际应用提供了理论依据与技术支持，为货票信息的综合应用带来了新的契机。

In the period of aerodrome constmction project geology recottitaissance, high-resolution ortho-map of working area, 3D Remote Sensing Virtual Reality and animation o planned aerodromes are made with the technologies of Remote Scttstng digital image process, Virtual Reality and digital photogrammetry. By information extracting and comprehensively assessing on the geognosy, engineering geology, environment geology and eco-environment of work area, scientific foundation can be offered to deciders and workers of acrodrome.

在机场建设工程地质勘察中，应用&3S&技术，通过遥感数字图像处理技术、虚拟现实和全数字摄影测量等高科技，制作测区的高精度正射遥感影像地图以及各个拟选机场的遥感图像三维虚拟动态系列动画图，在此基础上进行场区的构造地质、工程地质、环境地质以及生态环境等特征信息提取和综合评价，为机场建设工程决策者和具体的工作者提供科学依据。

Aegle Safety regards consecrating society as our mission, concentrates on providing the high quality products and services for people's safe work and healthy life; creating the wide developing conditions for employees; raising the life quality and self value of employees and developing harmonious and healthy social environment.

羿科安全的产品战略包括：防护服装、面部保护、防护眼镜及眼罩、呼吸保护、安全鞋、气体检测、听力保护、紧急救护及环境保护等领域产品，公司构建了一套竞争力极强的产品价格体系，切实注重产品与技术、技术与服务、服务与市场的紧密结合，全面提高企业的综合竞争力。

During establishing four tiers of structure frame of balanced development of education information of school, the central government, the local government, all schools and teachers should take coequality important responsibility in education information balance development and in the innovative personnel training of future, the different is to just divide the work.

本论文分析了我国中小学生信息素养教育不仅涉及信息的获取、检索、表述、利用等技术层面的应用技能，还包括独立学习的态度、方法，以及将信息用于信息问题解决、进行创新性思维的综合信息能力，并建立了以培养中小学生信息素养能力为主的数字化学习模式和学习绩效评价技术。

The research bases, which are different to those of traditional information system research, are the System Theory. Think about the factors of human, computers, technology and management compositely instead of the way focus on the factors of technology and computers in traditional information system research.

本研究的主要立足点是现代系统理论，综合考虑企业信息系统中的人和计算机的因素，技术和管理的因素；这一点与传统信息系统研究重视技术和计算机的立足点不同。

It has been widely used in military, iatrology and other fields.

虚拟仿真技术是近年来发展起来的的一种新技术，它综合了计算机、图象处理及显示、传感器测量、信息合成等多方面的最新成就，能给用户以逼真的体验，为人们探索宏观世界和微观世界中由于种种原因不便直接观察的事物运动变化规律，提供了极大的便利，已广泛应用于军事、医学等领域。

The basic principles of organic petrographical, organic geochemistry, sedimentology, sequence stratigraphy and the technology of micro-area and spectra analysis have been applied in the paper to study the Jurassic hydrocarbon source rock of the northern edge of Chaidamu basin. The paper reveals the features of the coal petrological, chemical composition and hydrocarbon generating mechanism of the coal bearing source rock in the studied area. It also gives the hydrocarbon generation models of different kerogen types of the area. The technology of 〓CNMR and TOFSIMS are used together to evaluate kerogen's capacity of hydrocarbon generation.

论文运用有机岩石学、有机地球化学、沉积学以及层序地层学的基本原理，综合采用多种微区及谱学分析测试技术对柴达木盆地北缘侏罗系煤系烃源岩进行了系统而深入的研究，揭示了研究区煤系烃源岩的有机组分、组成、地球化学属性以及生烃性质，建立了研究区不同类型干酪根的成烃演化模式并把〓CNMR与TOF-SIMS技术结合起来，应用于干酪根的生烃性质评价。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。