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为什么采用
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  why adopting
     Through the comparison of these two patterns, explains the features of this platform and why adopting this kind of platform.
     通过对两种模式的比较,说明了为什么采用这种开发平台以及这种开发平台的特点。
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  explains the reason why
     Based on the experimental data and theoretical analysis, this paper studies the mechanism of air-cushion and column charge in blasting and explains the reason why this charge structure is better than the traditional concentrated and conpling charge.
     本文通过测试资料整理和理论分析,进一步探讨了空腔和条形在爆破中的作用机理以及为什么采用这种装药结构比常用的集中药包偶合装药爆破效果好的道理。
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  “为什么采用”译为未确定词的双语例句
     the superior of the design patterns named "Session Facade" and "EJBHOME Factory";
     分析了EJB方法调用中采用Session Facade设计模式和EJBHome工厂的优点,以及为什么采用Session Facade和EJBHome方式构建系统框架;
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     Why Adopt Layered System Structure for WCDM
     WCDMA为什么采用分层式体系结构?
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     We present a three-tier WebGIS structure model based on middleware and used this structure model in the Dalian Traffic Information System, then we detailly describe the design and implementation of Data-Access Middleware and GIS ActiveX Control.
     WebGIS是一种多层结构的分布式系统,本文首先从总体设计的角度分析了各种体系结构的特点,以及我们为什么采用以客户端处理为主的三层架构,随后对数据存取中间件和客户端GIS控件的设计和具体实现进行了详细论述,对于实现一个WebGIS系统具有较好的参考借鉴价值。
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     In third chapter thesystem exploitation environment and tools are provided ,by analysis the paperexplains why Microsoft SQL Server is selected to be as background data-basemanager, and PowerBuilder is selected as exploitation tools, subsequently we fromtheory aspect discuss the software exploitation process and steps.
     第三章就开发本系统所需的环境、应用工具及应用程序的开发过程进行了分析,解释了为什么采用Microsoft SQL Server管理后台数据库,为什么要选择PB作为开发本系统的环境,随后又从理论上概括出开发本系统的步骤及方法。
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     Following French civil code, Japanese civil code adopted priority with its own characteristics and reformed a perfect guarantee real right system.
     然后用立法价值取向的理论分析了日本先取特权制度的立法背景,解释了为什么采用德国模式的日本民法典在担保物权的立法上却承袭了法国法的规定,以及德国法中为什么没有设立优先权制度。
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     Using H.P.
     采用 H.P.
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     Y.
     采用Y.
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     Why Adopt Layered System Structure for WCDM
     WCDMA为什么采用分层式体系结构?
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     Why precise and benefit production have been adopted by Japan
     精益生产为什么会被日本采用
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     Why the Choice is NASDAQ?
     为什么是纳斯达克?
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  why adopting
We subsequently extend on why adopting a dynamic view on the process of interfirm learning seems appropriate.
      
  explains the reason why
This explains the reason why the modified Weyl-Berry conjecture does not hold generally forn≧2.
      
The author explains the reason why the series are always useful in practical applications: Because the long evolution of the system of interest under the influence of the small irreversible effects has led to many resonances or quasi-resonances, i.e.
      
This explains the reason why cracks nucleate and preferably extend along the lamellar interfaces.
      
Figure 3 conceptually explains the reason why two joints are independent.
      
Figure 28 explains the reason why high 1/f noise is observed in the considered heterostructures.
      
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Further study of the effect of micro-structure of the sample electrode on the spectrochemical analysis of steels revealed that the effect on the analysis of W, Si and Ni all increases with the increase of the carbon content and for different analysis line pairs chosen, the effect not only differs in magnitude but also can be different in direction as was observed in the case of Cr in chromium steels. The effect on the analysis of Mn in all the steel samples studied is not significant. Structure effects observed...

Further study of the effect of micro-structure of the sample electrode on the spectrochemical analysis of steels revealed that the effect on the analysis of W, Si and Ni all increases with the increase of the carbon content and for different analysis line pairs chosen, the effect not only differs in magnitude but also can be different in direction as was observed in the case of Cr in chromium steels. The effect on the analysis of Mn in all the steel samples studied is not significant. Structure effects observed under different excitation conditions show that under the same excitation condition, the arc temperature which is indicated by the log intensity ratio of two iron lines of different excitation potential is higher when the sample electrode is of annealed structure; and in light sources of the same arc temperature the relative concentration of alloying elements to iron is higher when the sample electrode is of quenched structure. Since these two factors have opposite effect on spectral line intensities, the result of analysis will be different for different line pairs chosen. If the analysis line pair is homologous, the effect observed is due to a difference of relative concentration of different elements in the arc column alone, and the result of analysis is always higher when the sample electrode is of quenched structure. This may he explained by the fact that the presence of carbon in solid solutions decreases the interatomic forces or shows a lowering of energy of volatilization. This lowering is different for different elements but all increases with the increase of carbon content.

在过去工作的基础上,进一步观察了合金钢的组织结构对于钨、镍、硅、锰的光谱分析的影响和碳钢的组织结构对于硅、锰的影响。这些影响都是随着钢中含碳量的增加而增加,对与不同元素有程度上的不同。改变激发条件的试验结果指出:1)在同一激发条件下,淬火组织试样的弧温比退火组织的低;2)在同一弧温时,弧柱中合金元素与铁元素的浓度比值是淬火组织的比退火组织的高。由于这两个因素对于谱线强度所发生的影响的方向相反,所以在实际的光谱分析中,组织结构的影响便有不同的表现。 根据分析线对中的分析线与内标线的激发能差值的大小,可以说明为什么采用离子线或原子线作分析线对时所观察到的组织结构影响不同或者方向相反。当所用的分析线对比较均称时,淬火组织试样的分析结果总是比退火的高。引起组织结构影响的主要原因是由于在不同组织结构时蒸发情况的不同。试样中所含溶解碳量的增加使原子间力相应地减小,这可以解释为什么含碳量不同以及不同的合金元素引起不同的组织结构影响。

Recently air-cushion blasting with column charge has been widely used and gained remarkable results in improvment of fragmentation and controlling damage. Based on the experimental data and theoretical analysis, this paper studies the mechanism of air-cushion and column charge in blasting and explains the reason why this charge structure is better than the traditional concentrated and conpling charge.

近年来条形药包空腔爆破的应用范围有了一定的扩展,并且在提高爆破效果和控制爆破危害等方面取得了显著效果。本文通过测试资料整理和理论分析,进一步探讨了空腔和条形在爆破中的作用机理以及为什么采用这种装药结构比常用的集中药包偶合装药爆破效果好的道理。

The Chinese new seismic zoning map(1990 version)is compiled by using the method of seismic hazard analysis. The intensities noted in this map is the intensity of specific site. The exceeding probability of this value is 0. 1 within 50 years. It is different from the seismic zoning maps of China which were compiled in 1957 and 1977. The users concern the concept of exceeding probability and probability level of 0. 1 in 50 years adopted by the new zoning map. These questions are discussed in this paper. The previous...

The Chinese new seismic zoning map(1990 version)is compiled by using the method of seismic hazard analysis. The intensities noted in this map is the intensity of specific site. The exceeding probability of this value is 0. 1 within 50 years. It is different from the seismic zoning maps of China which were compiled in 1957 and 1977. The users concern the concept of exceeding probability and probability level of 0. 1 in 50 years adopted by the new zoning map. These questions are discussed in this paper. The previous two maps focused on the prediction of earthquake, while the new zoning map focus on the prediction of ground motion. The zoning map represents the seismic hazard of a specific site, not the regional hazard totally. It is very important for taking countermeasures of regional earthquake disaster to understand this distinction. We hope the above discussion will be benifit to the using of the new zoning map.

我国新的地震区划图(1990年版)是采用地震危险性慨率分析方法编制的。该图给出的是场点地震烈度值,该值在50年内被突破的概率为0.1。人们普遍关注该图与我国曾经编制的地震区划图(1957年版,1977年版)的区别,该图超越概率概念的内含和外延以及超越概率水平为什么采用50年超越概率0.1。本文围绕这些问题进行了讨论。分析结果表明,前两张地震区划图编图的基本着眼点都是地震预测,而新的地震区划着眼于场点的地震动预测。新的地震区划图是按场点地震危险性分析方法给出的,它所表示的地震危险性只能针对具体的场点,不能完全反映区域的地震危险性特征。而弄清场点地震危险性和区域地震危险性的差异是正确进行区域防灾对策的基础。作者希望这些讨论能对正确使用新的地震区划图有所裨益。

 
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