布局结构

This paper focus on the 3 LiaoYuan Regionalization ——mild-wettish zone in the northwest part, warm-cool half wettish zone in south central part and cold-cool half wettish zone in east part, according to agriculture natural climatic resources in LiaoYuan, and refer to the local unique physiognomy and topography , apply the heat and moisture factor target-oriented, relying on Precipitation in growth period of April-September as the Auxiliary index of General Ways invagination.

本文根据辽源地区的农业自然气候资源，参照本地独特的地势地貌，采用以热量和水分因子为主导指标，以4-9月生长期降水量为辅助指标的综合套叠方法，将辽源地区划分为西北部温暖湿润区、中南部温凉半湿润区、东部冷凉半湿润区三个农业生态气候区，旨在为当地党政机关合理开发利用气候资源，科学调整农业结构和布局，减轻和避免气候灾害，提供科学依据和参考。

Specific patterns of behavior, the "enterprise of state-owned assets law" will be owned Assets Supervision and Administration the power to limit the choice of enterprise managers, asset disposal and major decisions on matters such as pure "shareholder" rights, and to the "Company Law" and other related laws and fully docking, and will be state-owned assets legislation, the strategic layout of state-owned assets and structural adjustment policies, the state-owned assets management, and so on the basis of public policy, public rights and public management function fully spun off from the rule of law point of view, completed a beautiful turn and functions of the transition.

行为的具体模式，国有&企业国有资产法&将国有资产监督管理的权力，限制的事项，如纯粹的&股东对企业经营，资产处置和重大决策的选择&权利，并在&公司法&和其他有关法律，充分对接，并将国有资产立法，国家战略布局，国有资产和结构调整政策，国有资产管理等公共政策的基础上，公共权利和公共管理职能完全分离出来，从法律的角度来看统治，完成了一个漂亮的转折，过渡功能。

The thesis mainly discusses decompounding approach of complicate targets" RCS computation, basing on the consideration of project application. First, the electromagnetic scattering of typical objects is analyzed. Second, The RCS of the complex target is computed using the decompounding approach, after breaking the drone into active parts and passive parts reasonably, then comparing with the result of typical object"s RCS from the faceting approach. Last, statistical characteristics of the drones RCS are deduced.

本文从工程应用方面考虑，采用部件分解法来计算复杂目标的雷达散射截面，主要的研究内容如下：首先对典型目标的电磁散射特性进行分析，然后合理布局靶弹的有源部分和无源部分的结构，采用部件分解法计算靶弹RCS，并与面元法计算的典型目标RCS进行对比分析，最后给出靶弹RCS的统计特性分析。

First, this article analyses the structure and lay-out in Suzhou area in Ming and Qing dynasties.

本文首先分析了明清苏州地区土地利用的结构和布局。

The writing structure is as follows:Part 1 briefly introduces the definition, the creation and development of I SO 14000 EMS, also the status quo/of implementation of ISO14001 in our country, aiming at explicating the background of this thesis.

本论文的结构布局如下所示：第一部分，简要地介绍了ISO14000环境管理体系的定义、产生与发展，以及国内推行ISO14001标准的现状。旨在：说明了本论文的写作背景。

At first, using the gravitation mode the article confirms the range of Xi'an district, then the article carries on the analysis of the distance optimizing, economic linking, perimeter urban industry basic and water resources protection, then propose " a pair of axis "and" a pair of level " mode, and establish the xi'an satellite city, they are Xianyang, Lintong, Changan, Yanliang, Gaoling, Huxian, Xingping , Liquan , Jingyang , Sanyuan , Qianxian. Then on the basis of analyzing the industry shift of Xi'an, he article confirm the function of every satellite city; At the same time point out the study and adjust of Xi'an satellite city should be strengthened, and strengthen the industrialization construction of the infrastructure, then propose to build one pair of rings structure of traffic facilities.

文章首先应用引力模式确定西安都市区范围，继尔经过优化距离分析、经济联系紧密度分析、周边城镇产业基础分析及水资源保护限制分析后，提出了&双轴线、双层次&发展布局模式，确立了西安包括咸阳、临潼、高陵、户县、兴平、礼泉、泾阳、三原、乾县、阎良、长安十一个卫星城；继而在分析西安市产业梯次转移的基础上，确定了各卫星城的职能；同时指出要加强西安卫星城基础设施发展的研究及调控，要加强基础设施产业化建设，提出建设交通设施的双环结构。

The main works and contributions of this dissertation include:(1) The current developments of NoC in both academia and industry are thoroughly investigated with the formal descriptions of NoC interconnection emphasis. Furthermore, Steiner tree problem and its algorithms in graph theory and VLSI placement and routing are analyzed. These algorithms include Lee's mazing algorithm, line search algorithm, ACO algorithm and construction-by-correction algorithm. They are implemented by programming them in C++ for performance comparison purpose.

本文的主要工作与成果包括：（1）调研了NoC结构在学术界及业界的研究发展状况，归纳了NoC互连算法的抽象描述形式；深入分析了Steiner树问题和已有的图论及VLSI布局布线中的RSMT算法，包括迷宫算法、线搜索算法、蚁群优化算法、模拟退火算法和构造-修正算法等，并编程实现了这些算法，分析了它们的优点与不足。

The measurements and simulations are performed in real labs. Before the simulations, the size, structures and layout of labs are determined, specially, including the permittivities of materials in labs.

在实际实验室内进行仿真和测量，仿真前对实验室房间的尺寸、结构、内部布局都进行了认真的测定，特别是对每种物体在仿真频率上的介电常数进行了认真的测定。

In the first place, SW0T is used to analyze the dynamic change, competition and resource of JiaLi corporation. By this way, we got the information of chance, threaten, advantage and disadvantage, and also put forward increasing the areas of plantation, quickening the region distribution, enhancing the market occupancy, expediting the more operation development, fostering the new point of growth, strengthening the brand building, adjusting the industrial structure and potentiating the elitist.

首先，运用SW0T分析方法，对企业所处环境的动态变化、行业竞争状况以及企业的资源能力进行详细的剖析，指出了企业潜在的机会与威胁、优势与劣势，提出了增加原料种植基地，加快区域化布局，提高市场占有率、加快多业务发展，培育新的增长点，调整产品结构、加强人才队伍建设和品牌建设等战略设想。

Based on premising the traditional function of water resources and ensuring socioeconomic development and security of residential environment and sustainable development of urban water resources,it is ...

在发挥水资源传统功能的前提下，在保障城镇社会经济发展和人居环境安全、水环境资源可持续发展的基础上，根据城镇自然环境、社会经济发展水平、城市的发展定位、城镇经济产业格局与结构、城镇经济发展规划等个性特点，遵循城镇居民的享受意愿选择，规划布局城镇的水体景观资源，建设城镇居民的水体景观休闲娱乐设施，丰富城镇水生态景观效应，是当前我国城镇规划建设的重要内容，也提升城镇生活品质的重要途径。

According to the clear water experiment, aeration performance of the new equipment is good with high total oxygen transfer coefficient and oxygen utilization ratio.

曝气设备的动力效率在叶轮转速为120rpm～150rpm时取得最大值，此时氧利用率和充氧能力也具有较高值。

The environmental stability of that world - including its crushing pressures and icy darkness - means that some of its most famous inhabitants have survived for eons as evolutionary throwbacks, their bodies undergoing little change.

稳定的海底环境─包括能把人压扁的压力和冰冷的黑暗─意谓海底某些最知名的栖居生物已以演化返祖的样态活了万世，形体几无变化。