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liquidated
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  “liquidated”译为未确定词的双语例句
     Storage Methods of Liquidated Petroleum Gas and Techniques Used in Key Equipment
     液化石油气储存方法与关键设备技术
短句来源
     After liquidation ,the enterprise should be liquidated .
     企业法人解散后应当进行清算,不经清算,企业法人人格不得消灭。
短句来源
     it introduces functional principle and typical structure of dry air seal utilized for low temperature ethylene pump which has been developed and applied successfully in industrial practice,and sealing problem of liquidated hydrocarbon was resolved.
     介绍了干气密封的作用原理及其典型结构,研制出用于低温乙烯泵的干气密封,并成功应用于工业实践,解决了液态烃的密封问题
短句来源
     Studies on the extender selecting of shape memory polyurethane based liquidated MDI
     液化MDI基形状记忆聚氨酯扩链剂的选择研究
短句来源
     In this article, different connection methods aiming for automatic supervision, automatic shifting and online repair for the first stage pressure adjustment valve used in liquidated petroleum gas station were introduced.
     本文介绍在液化石油气气化站中如何通过一级调压阀的不同连接方式而达到自动监控、自动切换、在线检修等效果。
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     On Legal Connotation of the Liquidated Damages
     关于误期损害赔偿金法律涵义的探讨
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     Analysis of Punitive Liquidated Damages
     惩罚性违约金制度探析
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  liquidated
This behavioral mechanism by which rents are liquidated appears to be bringing about a significant shift in the quality location of American workers.
      
About 25% of the portfolio is liquidated prior to the initial announcement, and only 4% of the purchases result after the initial announcement.
      
Between the ages of 42 and 50, his gambling rampage liquidated his assets, he lost his business and license to practice in his field, and he ended up in debt of over $1 million.
      
The data consist of 110,250 companies either founded or liquidated during the period 1997-2004.
      
This model computes currency hedging strategies, which provide rolling decisions of how much forward contracts should be bought and how much should be liquidated.
      
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The Tangshan 1976' earthquake (M = 7.8) has caused the extensive soil liquefaction in the broad Beijing-Tianjin-Tangshan plain region resulting in a severe damage. For this reason we have to estimate whether the liquefaction would happen during the future shocks that should be an important basis for proposing the measures of reduction of seismic hazard. As is well known, the engineering construction is in urgent need of the comprehensive prediction of liquefaction. Usually, the conventional geological or experimental...

The Tangshan 1976' earthquake (M = 7.8) has caused the extensive soil liquefaction in the broad Beijing-Tianjin-Tangshan plain region resulting in a severe damage. For this reason we have to estimate whether the liquefaction would happen during the future shocks that should be an important basis for proposing the measures of reduction of seismic hazard. As is well known, the engineering construction is in urgent need of the comprehensive prediction of liquefaction. Usually, the conventional geological or experimental methods could only give the predictable indications in the cases of simple and less factors. This paper statistically predicts the soil liquefaction on the basis of the measured and tested data during the engineering exploration.Using the method of stepwise discrimination analysis of Beyes' criterion 13 and 15 variances selected from the liquidated and unliquidated localities can be used as correlation calculations in five ways. The variance pattern with the highest accuracy and confidence is chosen to predict the liquefaction at a location to be a VI11 level in intensity. The five kinds of prediction are in a close agreement and can be proved each other. Moreover, the maximum probability posterior of grouped samples is mostly above 0.99 with high confidence. In such a case, the extrapolated results are reliable.

1976年唐山地震期间,附近一些地区出现了砂土液化现象。本文根据工程勘探中的实例及实验数据,进行了砂土液化作用的统计和综合预测。文章中采用贝叶斯准则下的逐步判别分析方法,对唐山地区已知液化地点和非液化地点,作了五种检验计算,挑选出准确度及可靠性最高的变量模式。从而,对于当地震为Ⅷ度烈度时的砂土液化进行了预测。五种预测结果相同,互相印证,可靠性高,分组最大后验概率大多在0.99以上。在此条件下,外推预测结果可信。工程实践中,迫切需要对砂土液化进行综合性预测,而一般采用地质学或试验方法,仅能对砂土液化作单因素或少量因素下的预测,本文提出了综合性的通用预测方法,为砂土液化统计预测提供了新途径。砂土液化是平原地区的一种重要地震灾害。国内外多次大地震中,都曾因饱水砂土受到地震作用,引起孔隙水压增高及砂粒间的结合力和摩擦力降低,而使砂层发生液化状态的流动,并伴随有地基承载能力降低或失效。1964年以来,新潟地震及阿拉斯加地震时,由砂土液化造成了罕见的灾害。激发了各国、尤其是美国和日本对砂土液化预测的研究。但还多是单因素或少量因素影响下的分析方法。未能进行综合分析及推断。采用数理统计方法,可以综合分析影响砂土液化的各因素的...

1976年唐山地震期间,附近一些地区出现了砂土液化现象。本文根据工程勘探中的实例及实验数据,进行了砂土液化作用的统计和综合预测。文章中采用贝叶斯准则下的逐步判别分析方法,对唐山地区已知液化地点和非液化地点,作了五种检验计算,挑选出准确度及可靠性最高的变量模式。从而,对于当地震为Ⅷ度烈度时的砂土液化进行了预测。五种预测结果相同,互相印证,可靠性高,分组最大后验概率大多在0.99以上。在此条件下,外推预测结果可信。工程实践中,迫切需要对砂土液化进行综合性预测,而一般采用地质学或试验方法,仅能对砂土液化作单因素或少量因素下的预测,本文提出了综合性的通用预测方法,为砂土液化统计预测提供了新途径。砂土液化是平原地区的一种重要地震灾害。国内外多次大地震中,都曾因饱水砂土受到地震作用,引起孔隙水压增高及砂粒间的结合力和摩擦力降低,而使砂层发生液化状态的流动,并伴随有地基承载能力降低或失效。1964年以来,新潟地震及阿拉斯加地震时,由砂土液化造成了罕见的灾害。激发了各国、尤其是美国和日本对砂土液化预测的研究。但还多是单因素或少量因素影响下的分析方法。未能进行综合分析及推断。采用数理统计方法,可以综合分析影响砂土液化的各因素的数字特征。本文采用了一种贝叶斯(Be

A novel B-components approach of the direct solution of magnetostatic field problems is presented. Based on the finite element technique,. the flux density vectors B and field intensity vectors H at nodal points are directly computed by this approach, liquidating the low precision shortcoming of the traditional vector potentical approach for magnetostatic field problems. A typical practical éxample shows that the calculated accuracy of the flux density vector B by this direct approach is an order higher...

A novel B-components approach of the direct solution of magnetostatic field problems is presented. Based on the finite element technique,. the flux density vectors B and field intensity vectors H at nodal points are directly computed by this approach, liquidating the low precision shortcoming of the traditional vector potentical approach for magnetostatic field problems. A typical practical éxample shows that the calculated accuracy of the flux density vector B by this direct approach is an order higher than that by the traditional approach and higher than that of the vector potential,giving a good convergence for the solution as well. Some discretization techniques about B-component equations,matching of the boundary conditions and separation of B-components are also discussed in detail.

本文提出直接求解静磁场问题的B分量方法.基于有限元技术,可直接获得场域内各节点上的磁感应强度矢量,克服了由矢量位A计算磁场的传统方法的不足.典型实例计算表明:用该法计算出的磁感应强度矢量,其计算精度比传统方法提高一个数量级,且高于矢量位的计算精度,具有较好的收敛性.本文还对分量方程、边界条件的处理,分量的解耦技术做了详细讨论.

Based on the finte element technique, three dimensional B-com ponents approach is presentes to compute the flux density vectors B at nodal points directly, "liquidating ths low precision shortcoming of the traditional vector potential approach. On the interface between two different media the three components of the vector B are strictly matched, and the decoupling techniques of the component equations are discussed in detail. A typical practical example shows that the numerical accuracy of the vector...

Based on the finte element technique, three dimensional B-com ponents approach is presentes to compute the flux density vectors B at nodal points directly, "liquidating ths low precision shortcoming of the traditional vector potential approach. On the interface between two different media the three components of the vector B are strictly matched, and the decoupling techniques of the component equations are discussed in detail. A typical practical example shows that the numerical accuracy of the vector B by this direct approach is of an order higher than that by the traditional approach and of the same order as that of the vector potential, giving a good convergence for the solution as well.

本文提出计算三维静磁场的B分量方法,应用有限元技术,直接求解场域内各个节点上的磁通密度矢量,从根本上克服了由矢量位A计算静磁场的传统数值方法的不足。文中详细讨论了B的三个分量在介质交界面上的关系和分量方程的解耦技术。对一个实例的计算表明:这个方法计算精度较高,具有较好的收敛性。

 
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