深入研究

For example, in the design of antenna, it is always involve the imaginaries Bessel function, so these work are belonged to the base research work, but it is important.

本文对各向异性介质偶极天线辐射场的数值计算的研究以及各向异性介质波参数的数值计算的研究目前还没有文献系统介绍，但这些内容对进一步研究探地雷达辐射场的规律是必不可少的，尤其是传播常数，它在探地雷达的研究中仍然是一个非常重要的公式，对其的深入研究有利于对探地雷达资料的正确解释。

The work characteristics of Air Traffic Control have been researched and the demands have been analyzed deeply in this paper. And the functions of digital flight strip system have been defined accurately.

本文深入研究了航空管制的工作特点，深入详尽地进行了需求分析，并且在此基础上对电子进程单系统进行了准确的功能定义。

The history consciousness is very important and essential to understand Jameson s critique of culture.

詹姆逊的文化批评理论对中国文化批评有相当重要的意义，只有深入研究其理论中的"历史意识"才能够深入理解他的理论，从而更好地发展我们自己的文化批评以及文艺理论。

In this chapter, I made a summary about the chief fruits and localization in this dissertation and indicated that the new direction for the further research is: the research on reification about control power of the focal corporation on supply chain, the research on meticulousness of materializing factors for control power of the focal corporation on supply chain and the positive research about appraising to control power of the focal corporation on supply chain.

本章总结了本文研究的主要成果和局限，同时指出了今后有待进一步深入研究的方向：供应链核心企业控制力的具体化研究、供应链核心企业控制力体现要素的细致化研究以及供应链核心企业控制力评价的实证性研究。

And have complicated reasons, and the bad study motion affect the study result deeply; The teacher may enhance the control to the student' s study morion in the class through the valid plan, making the student be placed in the good motion appearance and be stirred up the necessary motion experience, which is the key for the teacher to improve the teaching quantity in the gymnastics class.

深入研究体操课中学生学习情绪，有针对性地对各种情绪予以积极调控，使学生处于良好的情绪状态和激发必要的情绪体验，是提高体操课教学质量的关键，这对当前高校体育教育专业深入实施教育部关于"新世纪高等教育教学改革工程"具有极现实意义。

A profound study on the rock rheology of continental crust and mantle is a key to comprehensively understand of the continental orogenesis and dynamic process of deep subduction and exhumation of the continental crustal rocks.

要深入理解大陆造山带的造山作用和大陆壳岩石的深俯冲和折返动力学过程，必须对大陆地壳及地幔岩石的流变学进行深入研究。

After studying many domestic and abroad papers, the paper follows the recent study of optimal design and organization of gathering pipeline system. According to working condition of natural gas gathering pipeline system in west part of Sichuan.Based on topology, geography conditions of the gas field and different exploitive phase establishing optimal structure parameter mathematical models of pipe network. The object of models is net present investment value of pipe network.

本文调研了国内外大量文献，紧跟国内外天然气管网系统优化设计及运行方面的最新研究成果，结合天然气集输配管网系统的实际运行状况，采用分级优化法，开展集输站场优化布局研究、集输管网结构优化研究、地面输送系统优化运行研究等方面的深入研究。

In this paper,the present status of the Polycarboxylic superplasticizer research at home and abroad,the present status of three different synthesises research,action mechanism were introduced in detail.

介绍了聚羧酸系高性能效减水剂国内外研究现状、目前3种不同合成方法的研究现状及优缺点、作用机理的研究，提出一些亟待深入研究的问题及聚羧酸系高性能减水剂今后的研究方向。

Firstly, this dissertation explores the concepts of the innovative behaviors based on slack resources. From the viewpoint of the existing forms and available discretion of slack resources in enterprises, this dissertation divides the slack resources into physical slack, human resource slack, and financial slack, and brings forward the inverted U-shaped relationship model between physical slack and technological innovation, the inverted N-shaped relationship model between human resource slack and technological innovation, the N-shaped relationship model between financial slack and technological innovation.

基于此，本文基于资源冗余观、创新观、激励理论，深入研究了企业员工的基于冗余资源的技术创新的激励问题，具体来讲，全文在介绍研究背景、目的、意义、内容及国内外相关研究文献综述的基础上，从四个侧面研究了基于企业冗余资源的技术创新的激励机理和激励机制：首先，研究了基于企业冗余资源的技术创新行为的相关理论。

Along with the research and rapid development of micro Electro-Mechanical sysmtes in recent years, the trend of development of the flow rate sensor in the traditional industry and fluid mechanics research is high integrantion level, microminiaturization, high degree of accuracy and high reliability.

近年来，随着对微电子机械系统的深入研究和取得的进展，传统的工业和流体力学研究的流量传感器向高集成度，微型化，高精度，高可靠性方向发展，同时生命科学的发展大大促进了用于微流体，生物学、医学、卫生、食物等学科研究新型微型流量传感器的研究开发，微型流量传感器已成为MEMS的重要研究方向。

Finally, according to market conditions and market products this article paper analyzes the trends in the development of camera technology, and designs a color night vision camera.

最后根据市场情况和市面上产品的情况分析了摄像机技术的发展趋势，并设计了一款彩色夜视摄像机。

Only person height weeds and the fierce looks stone idles were there.

只有半人深的荒草和龇牙咧嘴的神像。