Feasibility research on beef processing in datu 丹徒县肉牛加工项目的可行性研究。
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An implementing scheme of distribution power automation terminal unit ( datu ) is given . the software and hardware on datu are presented 接下来详细介绍了配电自动化终端单元的各模块的软、硬件实现。
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Data is the basis of sanulation . relational data model and ~ al datu modl are described , and its realhation is discussed , too 数据是仿真的基础，本文对关系数据与空间数据模型进行了描述，并讨论了它们的实现。
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Finally , based on some measured datu , the sutable values of m for hangzhou region is obtained and some useful conclusions are drawn for constructors 最后，根据杭州地区基坑工程实例的位移实测数据，对典型土层m值进行了反演分析，得到了比较适合杭州地区土层的m值。
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The model that is consisted of leaming motivation , seifefficacy , leaming amegy , meta - coghhon . general ability , fits in well with act ' ual datu in a word 由学习动机、自我效能感、学习策略、一般认知能力与元认知策略构成的企业领导者自主学习能力的模型与实际测试的数据拟合良好。
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Because these datu are too large and discrete , it is a difficult and complex task to analysis categorize , index and look up them with traditional artificial methods . and it is more difficult to research into the implicit laws which hide in quality control and management . so , to explore the enterprise ' s information resources efficiently is impossible , and the quality of production can not be pledged well , not to mention make decision - making scientifically 众所周知，在水泥生产制造过程中，会产生大量的质量数据，但由于这些数据类繁、量大且分散，以至传统的人工处理方式对其进行分析、归类、检索和查找成为一项艰巨复杂的工作，更难于揭示历史数据中所隐含的质量控制和管理规律，从而难以对企业质量信息资源进行充分开发利用，致使企业产品质量难以提高，严重地影响质量决策的科学性。
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Foundation structure design in soft soils is a very difficult engineering problem . the elastic foundation beam method has some merits such as easy calculation pattern and definite model and m - method is fit to practical situation , so it is used comprehensively and welcome by constructors , thus m - method is recommended by many codes . but it is difficult to select a m - value to some soils , and the codes provides a scope of m - values , and they are different in varied regions and soil conditions , thus it is optional to choose m - value of a soil layer for engineering designers . so it is necessary to calculate m - values by back - analysis method using measured datu of deep foundation pit 软土地区的深基坑支护结构设计是一个十分复杂的工程问题，由于弹性地基梁法具有计算模式明确、计算过程简单的优点，尤其是m法较符合软土基坑工程的实际情况，因而受到广大工程设计人员的欢迎，大多规范也推荐此法。但是m法计算参数的选取是工程界的一大难题，一般规范都给出了m值的大致范围，而且每个地区的地质条件千差万别，因而m的取值具有很大的随意性，有必要根据一个地区的工程实测资料对m值进行反演分析，以便为地层相近或附近地区的基坑工程设计提供参考和依据。
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Based on the blue print mentioned above , an archetypal system is developed applying new program language microsoft c # , which characterized by a friendly interface and be easily transplanted . the system can realize the all - around quality datu management of raw materials , semi - manufactured products and finished products . on the base of this function , it also can realize the assistance decision support of the key quality management 然后在上述方案基础上，运用microsoftc #编程语言开发了一套界面友好、可移植性强的pqms原型系统，由于该系统突破常规的质量管理信息系统只具备一般的数据统计和定式报表打印功能等局限性，实现了水泥生产中原燃材料、半成品、成品等质量数据的集成性管理，并以此为基础，成功地实现了强度预测等关键质量管四川大学工程硕士学位论文理工作的辅助决策支持。
