体系

In this thesis, it studies the enterprise management information system standard system structure in detail from the point of view of the system, The data processing and the information management based on DBMS, and it lucubrates decision-*** sustainment system , finance information management system and manpower resource management system as well as the needful schematics design for implementing various management and cooperating in the production management, It realizes electrization and standardization,"desuetude of ***" cooperates with handling official business.

本文从体系的角度详细研讨了企业信息体系尺度体系构造与基于DBMS实现的数据处置和信息管理，并深入剖析了其中的决议计划支持体系、财务信息管理体系和人力资源管理体系，以及为了实行各种管理、配合出产经营的须要的图表设计，实现企业各部门日常业务工作的规范化、电子化、尺度化，"无纸化"协同办公。

Japan take the Chinese feudalism law as the pattern law system legal framework to the modern Western Europe law pattern transformation, is the Japan legal framework first transformation, after World War II Japan abolishes the Fascist legal regime under the American law influence, through the democratized reform, the revision multitudinous department law, the social economic rules and regulations receives especially takes highly, is the Japan legal framework second transformation, along with the time vicissitude, the original legal framework occurrence"the system is weary", complied with the marketability, the informationization, an advanced age isochronism generation of tidal current, the legal framework has the omni-directional transformation is the Japan legal framework third transformation.

日本以中国封建法律为模式的律令制法律体系向近代西欧法律模式的转变，是日本法律体系的第一次转换，二战后日本在美国法影响下废除法西斯法律制度，通过民主化改革，修改众多部门法，尤其社会经济法受到高度重视，是日本法律体系的第二次转换，随着时代变迁，原有法律体系发生"制度疲劳"，顺应市场化、信息化、高龄化等时代潮流，法律体系发生全方位转变是日本法律体系的第三次转换。

In the paper, based on the hypothesis that the failure of every poles is independent and by the method of reliability assign and reassign, the difficult problem of disposing the structure system reliability constraints is solved. Based on sensitivity information, the given system failure probability can be replaced by the sum of every element failure probability.

针对基于体系可靠性约束优化设计的关键问题一结构体系可靠性的分析和计算，在基于结构各单元失效相互独立假设的基础上，提出了以各单元失效概率摘要之和近似体系失效概率的处理方法，并给出了体系可靠性分配和再分配的方法，以确保结构体系在优化过程中的可靠性，实现了结构基于体系可靠性的优化设计。

In the paper, based on the hypothesis that the failure of every poles is independent and by the method of reliability assign and reassign, the difficult problem of disposing the structure system reliability constraints is solved. Based on sensitivity information, the given system failure probability can be replaced by the sum of every element failure probability. And then the structural optimization design based on system reliability is preceded.

针对基于体系可靠性约束优化设计的关键问题一结构体系可靠性的分析和计算，在基于结构各单元失效相互独立假设的基础上，提出了以各单元失效概率之和近似体系失效概率的处理方法，并给出了体系可靠性分配和再分配的方法，以确保结构体系在优化过程中的可靠性，实现了结构基于体系可靠性的优化设计。

Finally, the thesis will bring forward the strategies and suggestion of developing the industry, and as the following: firstly, enhance the well-bred breeding system of the main yellow-feather broiler as soon as possible from the inherit characteristics of broiler to Hong Kong; secondly, introduce advanced science and technology to reduce the ratio of feed consumed and meat and increase the economic benefit; thirdly, make the nutrition requirement of broiler standardization and the epidemic prevention system of poultry disease strengthen; fourthly, promote the enterprise to build the system of sincerity and trust to guarantee the quality of living chicken to Hong Kong; fifthly, make the management of veterinary medicine and quality supervising strengthen and forbid to use the contraband and unsanctified medicine and improve the system f rudimental medicine; sixthly, reinforce the hygiene and epidemic prevention in breeding room to improve the competition of living chicken in Hong Kong market; finally, introduce the system of HACCP, and carry out ISO9000 quality management system and ISO14000 environment management system, and adopt the advanced international way to manage the exported enterprises.

第八部分针对目前供港活鸡市场存在的问题，提出发展供港活鸡产业的策略和建议，包括：（1）从供港活鸡主要品种的遗传特性着手，尽快完善供港活鸡主要品种黄羽鸡的良种繁育体系；（2）引进先进的饲料科技技术降低料肉比以提高养禽经济效益；（3）规范肉食饲养的营养标准并加强禽病防疫体系的建设；（4）推动企业建立诚信制度，切实保供港活鸡产品的质量；（5）加强兽药管理和质量监管工作，禁止使用违禁药物和未被批准的药物并完善残留监控体系；（6）切实加强养殖场的卫生防疫工作，增强供港活鸡产品在香港市场的竞争力；（7）导入HACCP体系，尽可能推行ISO9000质量管理体系和ISO14000环境管理体系，以当前国际通行的先进方式管理禽肉出口企业。

The establishment and development of nation-states experienced four systems: Westphalia system, Vienna system, Versailles-Washington system and Yalta system. Each has different characteristics.

民族国家的建立和发展经历威斯特伐利亚体系、维也纳体系、凡尔赛—华盛顿体系和雅尔塔体系四个体系，每个体系展现不同的特点。

The problem of the determination of the final geometry of the single-layer reticulated shell with zero element internal force is also successfully solved by using this method. Based on the research on the shape determination theory a conclusion has been obtained: the distribution of the initial self-internal-force vector determines the initial shape of an assembly which has form finding problem.

通过对形状确定问题的研究，可得出如下的结论：体系自应力分布矢量的方向决定体系初始态几何；体系自应力分布矢量的大小只影响体系的零状态几何；体系各个单元的截面尺寸设计也将影响体系的零状态几何。

Research progresses in the oganoboron π-conjugated materials are reviewed in this paper, in terms of the molecular structures of the π-conjugated systems, including the linear π-conjugated systems with boryl groups at the terminal positions, the starburst π-conjugated systems containing boron atoms at the center, the polymeric π-conjugated systems containing boron atoms in the main chain, the boron-bridged ring-fused π-conjugated systems, as well as the π-conjugated systems with boryl groups at the side positions.

本文根据π-共轭体系分子结构的不同，对有机硼π-共轭材料，包括硼取代基位于末端的线形π-共轭体系、硼原子位于中心的星形π-共轭体系、硼原子位于主链的π-共轭聚合物体系、硼原子桥联的并环π-共轭体系以及硼取代基位于侧链的π-共轭体系等的研究进展进行了综述，并进一步对该领域的发展前景进行展望。

Firstly, based on the analyzing the problems of the existing C~4ISR system architecture verification methods, the C~4ISR system architecture verification methods based on CADM is present, and the conception of this methods is given. Secondly, the basic connotation of this methods is studied form the views of the theory base and main superiority. Thirdly, the architecture information model is established, and based on this model the content framework of the C~4ISR system architecture verification methods is present. Lastly, the key techniques needed to solve in the framework is discussed.2. The verification methods of data categoricalness based on CADM are studied.

首先在分析现有体系结构验证方法所存在问题的基础上，提出了基于CADM的C~4ISR系统体系结构验证方法，并对该方法的概念进行定义；其次从理论基础和主要优势两个角度研究了基于CADM的C~4ISR系统体系结构验证方法的基本内涵；再次建立了体系结构信息模型，并以此为基础提出了基于CADM体系结构验证的内容框架；最后提出并解释了基于CADM体系结构验证方法所要解决的关键技术，包括基于CADM的数据完备性验证方法、可达性验证方法、数据一致性验证方法、系统结构合理性验证方法和作战规则合理性验证方法等。

The molecular motion of amorphous region at high-frequency was found to be hardly affected during the stretching processes. In summary, elongation has created major but different influences on the morphology and molecular motion of the aforementioned four series of polymeric elastomers. For those elastomers like natural rubber and poly , elongation has induced crystallization of the noncrystalline or the soft segments. The crytallinitiy and the crystal thicknesses increase monotonously during the course of the stretching; On the other hand, the stretching processes for those semicrytalline copolymers like EMA and POE are rather complex, including the formation of crystal at relatively low λand the destruction of the crystal at the utmost λ. It revealed that stretching process has resulted in a decreasing of the thicknesses and a shortening of 〓C T〓s for the orthorhombic crystalline components.

拉伸对上述四个弹性体体系的聚集态结构都产生了很大影响，但是影响的程度和内容因体系而不同，对于本身存在着化学交联或者是物理交联的体系而言，拉伸导致了其中本来难以结晶组分的结晶，且结晶度随着拉伸比增加而增加，与此同时，体系结晶的晶片厚度也会逐渐增加；而对于结晶性共聚物体系，如EMA和POE，结晶区本来起到了物理交联的作用，在这种情况下拉伸的影响变得比较复杂，拉伸对于不同晶型的影响有所不同，在拉伸比较低的情况下体系总体的结晶度会有所增加，说明有新的结晶产生，当接近或达到断裂伸长比时，体系的结晶度会突然降低，含量占优的结晶会被拉伸所破坏，含量较低的结晶在整个拉伸过程中受的影响较小。

If you are unfortunate enough to the lovelorn, please tell me, I will help you out, really, please contact me!

如果你不幸失恋了，请告诉我，我会帮助你摆脱困境，真的，请联系我啦！

China's plan to cut energy intensity by 20 percent and pollutant discharges by 10 percent between 2006 and 2010 is a case in point.

中国计划在2006年到2010间降低20%的能源强度和减少10%的主要污染物排放，就是一个这样的例子。