为探索...

Based on their technical skills and artistic creativity, they sought a new style of performance to take diabolo dance beyond imagination.

1986年，一群年轻表演艺术家，以扯铃为圆心，剧场创意为半径，开始探索一个全新的表演型式，并引领观众进入一个超越想像的舞台世界。

Accordingly, it is very important to investigate the problems of honesty and credit in the human resource market.This thesis aims at investigating the discreditable problems in the human resource market, anatomizing the nature and causes of this appearance, exploring the solutions for such problems, and helping our society buildup a canonical and healthy human resource market.

本文即以新时期人才市场诚信问题为研究对象，系统地研究了人才市场中存在的各种失信问题，并对造成这些问题的原因进行了多方面、深层次的剖析，旨在探索解决人才市场诚信问题的方法与策略，以期为我国建立规范、健全的人才市场提供有益的参考。

Based on the systematic viewpoint, the function and effect of the Edger sub-system on the rolling line has been discussed in terms of a complete large system, Accordingly it has been point out that there are many congenital defects in the old Edger which therefore should be re-designed.

为使2800轧线现代立辊轧机开发设计成功，同时也为我国重型机械设计探索新的方法、开辟新的途径，在该机的开发设计过程中，我们作了一次极有意义的、大胆的创新尝试——提出并实践了重型机械设计的新思维方法。

This paper attempts to set Event as the elementary discourse unit in annotation of the texts reporting an event.

Annotation ；本文对表达事件的语篇，尝试以事件为基本单位进行标注，以事件标注为核心，探索语篇的标注。

At the same time, the large-scale shaking table test techniques of saturated sand ground were discussed, such as the design and preparation of saturated sand model ground, the arrangement of sensors and the test load program, which could be used as common reference to the same kind tests as well as necessary technical experience for subsequent shaking table tests on stone columns composite foundation in future.

同时，探索了饱和砂土地基液化大型振动台模型试验技术，如饱和砂土模型地基设计与制备、传感器布置、试验加载方案确定等，为今后开展此类试验提供一般的研究思路，并且为后续碎石桩复合地基振动台试验提供了必要的技术经验。

the mathematics experiment is: be to gain some kind of mathematics theory , conjecture checking some's mathematicses , to resolve some kind problems, the experimentalist applies certain matter means to, mathematics thinking activities participation, exploration , research flexible being in progress under the environment in specially appointed experiment.

数学实验为：为获得某种数学理论，检验某个数学猜想，解决某类问题，实验者运用一定的物质手段，在数学思维活动的参与下，在特定的实验环境下进行的探索、研究活动。

With oxalic acid and hexamethylenetetramine as the catalysts, and phenolic resin and tetraethoxysilane as the starting materials, a two-step sol-gel processing is developed for preparing Si〓N〓/SiC precursors with homogeneous microstructure composed of nanometer sized particles.

用草酸和六次甲基四胺为催化剂，酚醛树脂和正硅酸乙脂为原料，探索出了制备结构均匀而精细的Si〓N〓／SiC前驱体的溶胶—凝胶两步法。

In general, the design work with traditional measures is done by hand, which cannot meet the needs of the technology and manufacture. So the author has developed a CAD hydraulic design software fit for lower specific speed axial flow runner, which is easily operated by users.The main research work of this paper is as follows:1 Analyzing the main reason of axial flow power station cannot work well under littler volume of flow in some season and putting forward an improving scheme, pointing out the characters of design under abnormal factors.2 Combined with the development of the industry in our country, the abnormal hydraulic design method of propeller turbine is discussed based on present literature, data and experiment results.3 Guided by the design method of software engineering, a suit of hydraulic design software of Lower Specific Speed Axial Flow Runner is programmed by the object-oriented programming language Visual Basic and a straightforward, concise and standard Windows human-computer dialogue interface is designed for the system, which makes the operation of the system very convenient.4 ActiveX Automation technology is adopted as the interface with AutoCAD and the hydraulic drawings are edited, modified by AutoCAD until hydraulic model drawings according with the demand of engineering practice are output.5 To resolve practice problem, the author has designed a lower specific speed axial flow runner for Duowa Power Station through an example.

论文的主要内容有：1 深入分析很多轴流定桨式水电站枯水季节小流量下不能发电的主要原因，提出减容改造方案，并指出超常规条件下的改造设计特点。2 结合国情及行业发展需要，参考现有资料、文献和前人的研究成果，进行低比转速轴流式转轮叶片水力设计方法的研究，对轴流式转轮叶片的奇点分布法水力设计进行了全面的探索，结合现代计算机技术，找到了一种针对特殊条件的轴流式转轮叶片水力设计方法。3 仔细比较多种AutoCAD二次开发工具后，结合本课题的特点，选用Visual Basic语言，综合应用软件工程的设计思想，进行低比转速轴流式转轮叶片水力设计软件的编制，为系统设计了直观、简洁和标准的Windows人机对话界面，便于用户操作；编程时在考虑到设计条件特殊性的同时，尽量做到程序的通用性，使之可用于解决同一类问题；另外，大部分程序还可移植到普通轴流式转轮叶片水力设计中，具有良好的适应性。4 利用ActiveX Automation技术与AutoCAD接口，对AutoCAD进行二次开发，在AutoCAD下实现水力图的自动生成和编辑，直至输出符合实际工程要求的木模图。5 通过算例，为多哇水电站设计了一个低比转速轴流定桨式转轮，解决其在枯水期小流量下不能发电的问题。

The innovation of this paper lay in introducing the innovation theory to study the exploration for the innovation of architectural design of the Pritzker Architecture Prize winners, summarizing the personality characteristics and the time characteristics of the innovations of their architectural designs, studying the innovations of their design conceptions to establish their theoretical system of the innovation of architectural design from the four aspects of nature, culture, city and art, expatiating on their innovation of architectural form to make the basis for the further research from the three aspects of form, space and detail, studying their innovations of building technology to provide valuable suggestions for architects to make use of more new technologies in their architectural design inventively.

论文的主要创新之处在于引入创新学理论，系统地总结了普利茨凯奖获奖建筑师对建筑设计创新的探索；提出了他们建筑设计创新的个性特征和时代特征；从自然、文化、城市和艺术四个角度研究了他们的设计理念创新，初步构建了他们建筑彩钢活动房设计创新的理论体系；从形体、空间和细部三个角度指出了他们的建筑形态创新，为建筑形态创新的进一步研究做了铺垫；从材料、结彩钢活动房构、生态和计算机技术四个角度论述了他们的建筑技术创新，为更多的新技术在建筑设计中的创新应用提供了有益的借鉴。

Wang-chun, 1997 Body Language for the specialized terminology kinesics, which means "science of human action", which studies the human body moves through the laws of science communication, to explore the origin and development of a variety of body movements (rather than a meaningful isolated position) mode.

身势语的专门术语为kinesics，意为"人体动作学"，它研究通过人体动作进行沟通的科学规律，探索有来龙去脉的种种身体动作（而不是一种孤立的有意义的姿势）模式。

In the United States, chronic alcoholism and hepatitis C are the most common ones.

在美国，慢性酒精中毒，肝炎是最常见的。

If you have any questions, you can contact me anytime.

如果有任何问题，你可以随时联系我。