Aiming at the complexity of reservoirs and change of reservoir evaluation objects , this paper introduces a development pattern of single well evaluation technique and " hundred - well engineering " based on well - seismic facies prediction , delineation testing and single well rolling development design 摘要针对外国油藏的复杂性及时实现油藏评价对象的转变,以工业油流井单井综合评价为突破口,按照“单井评价、注重落实、探采并举、加快开发”的技术路线形成了以井震相模式预测技术、探边测试和单井滚动开发设计为主的单井评价技术和“百井工程”开发模式。
At last , the prototype of project tracking and evaluation system supporting multi - enterprises cooperation is designed and implemented , based on the project tracking model , project data processing method and project tracking evaluation technique . this system includes project quality management , project schedule management , project cost management , project evaluation management , project change management . it certificates the above theory 最后,应用本文研究的项目跟踪模式、跟踪数据处理方法及评价技术等理论,设计并实现了支持多企业协同的项目跟踪评价原型系统,包括跨企业项目质量、进度、成本跟踪模块,项目运行综合评价模块,项目变更控制模块等,对本文中的理论进行了验证。
Survey on the main evaluation techniques and evaluation methods at the present time , they are either limited to the human resources micro - performance evaluation , or limited to the human resource static evaluation , or lose the application in practice because of the complex system of indicators and the lack of measurable methods . so , all of these problems make it necessary to find a new theory to evaluate human resource and its management 就当前采用的一些主要的评价方法和技术来看,要么局限于人力资源的微观绩效评价,要么是对人力资源的静态评价,要么由于指标体系复杂和缺乏度量方法而失去适用性等等问题,使得基于一种全新的理论进行人力资源及其管理评价成为必需。
Catalytic converter is one of the main countermeasures in controlling the automotive exhaust emission in the world . most of the gasoline engine of car and light duty truck have been installed the catalytic converter in the u . s . , japan and europe . from the review and analysis of a great number of foreign literatures , a set of evaluation technique and test method for reliability of automotive catalytic assembly has been set up 通过分析催化转化器载体和垫层的特性,提出了悬浮式垫层封装技术;并在在用车及新车催化转化器的开发中提出了用金属网催化转化器作为预起燃装置,同时采用陶瓷催化转化器的复合型结构设计,壳体采用悬浮式封装结构形式,催化剂采用稀土和贵金属复合型,台架试验及实车试验结果表明设计方案达到设计要求。