布局

The features of the different kind of FOV configuration in the laser proximity fuze, with detecting target, and the cost of manufacturing in missile are discussed. Based on the experiment, the methods and scope of evaluating the light beam configuration in laser proximity fuze are analyzed. The appropriate situations of each configuration of broad FOV are demonstrated.

针对大探测场激光近炸引信在国内外导弹中的实际应用，综合目标特性、目标探测、判别要求、以及工程实践经验，根据实验结果，重点分析了其常用的四种光束布局方式的特点和适用范围，给出了不同光束布局方式的分析、比较方法。

In the meantime, the virtual assemble of redactor has been given by relating the three-dimensional omponent packing and interference detection system.

利用ObjectARX技术构建人机接口，实现用户与三维自动布局系统各模块之间的交流。它的用户界面是以AutoCAD环境为基础的，在用户所熟悉的AutoCAD数据库中完成所需的操作。通过对三维自动布局系统和干涉检验系统的描述说明了减速器的虚拟装配

If you decide to change your layout, you must completely redo your layout, which is tedious and time consuming

当你决定改变布局时，你必须完全重设计你的布局，这是烦闷并且浪费时间的

On the basis of realizing the innovation of enterprises' management mechanism, adjust and optimize the structure of the cocoon and silk industry's distribution pattern, lead the raw material production and the original processing industry's shifting to the central and western regions from the eastern area according to the plan step by step, realize the silkworm industry's transformation to advantage areas, from disperse to intensify and keep appropriate scale; The combination between the western and eastern areas must have complementary advantages each other, the process ability, fund, technology, market and management in the east, combine with the cheap labor force and ihe abundant resource in the west, will form the industry chain of the close connection, step on the route of division of tabor on the basis of specialization, area overall arrangement, laige-scale production, industrialization management, develop high-quality-cocoon,top-grade-silk, refinement silk fabric, manufacture our country's cocoon and silk industry's key competitiveness together, form the scientific and reasonable, high-efficient and continuate industrial development pattern.

在实现企业经营机制创新的基础上，调整和优化茧丝绸产业布局结构，有计划、有步骤地引导茧丝绸原料生产与原料初加工工业由东部地区向中西部地区转移，实现蚕业生产由一般区域向优势蚕区的转移，由零星分散向适度规模、集约化方向转变；东西部强强联合，优势互补，东部的资金、技术、市场、管理、产后加工能力，与西部丰富的资源和劳动力成本低廉的优势相结合，形成紧密联结的产业链，走专业化分工、区域化布局、规模化生产、产业化经营、发展优质茧、高档丝、精品绸的路子，共同打造我国茧丝绸产业的核心竞争力，逐步形成科学合理、高效、可持续发展的产业格局。

And Fewer fixations were required to find the target in the repeated configurations than in the new configurations. Furthermore, the distance of the first saccade from the target were smaller for the repeated than for the new displays. In addition, the probabilities of initial fixation landed on the target were greater for the repeated than for the new contexts.

该机制在眼动指标上表现为：干扰子的空间布局固定时，与空间布局变化时相比，找到目标所需的注视点个数更少、首注视点与目标位置的距离更近以及首注视点更可能落在目标位置。

Replacing usual sampling distribution with new one,more economic results can be obtained by less cost,and 84 goldbearing structures have been found by 2 439 samples in Pingdu area.

用新的采样布局代替常规布局，能以较少的成本获得较多的经济效益，在平度地区以2 439个样品发现了84条有价值的含金构造。

Sericiculture layout is the problem of a foundation that rural silk chrysalis produces, distribution is equitable, can utmost favourable geographical position uses local silkworm mulberry to produce resource, escape undesirable element influence, produce the biggest economic benefits.

养蚕布局是农村丝茧生产的一个基础问题，布局合理，就能最大限度地利用当地蚕桑生产资源、避开不良因素影响，产生最大经济效益。

Guide in component placement, board stack-up and layout

指导元件布局，电路板层叠和布局

A new algorithm W-ECOP is presented to effect incremental changes on a standard cell layout automatically.

提出了一种新的增量式布局方法W-ECOP来满足快速调整布局方案的要求。

The float gets the "layout stacking order" from its parent, meaning that subsequent layout elements like the h2 subhead are rendered above this float, and non-layout elements like the clearer are rendered under the protruding float.

这也意味着那些后来的Layout布局元素（如H2）将在浮动元素前面被解析，而对于那些没有Layout布局特性的元素将在浮动元素之后被解析。

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。