 全文文献 工具书 数字 学术定义 翻译助手 学术趋势 更多   耗方程 的翻译结果: 查询用时：0.405秒 在分类学科中查询 所有学科 更多类别查询 历史查询  耗方程  consumption equation
 As the theoretic foundation of low power, power optimization from design levels of digital circuit has been discussed with emphasis based on the basic power consumption equation. 作为低功耗设计的理论基础,本文从数字电路的基本功耗方程出发,重点讨论了各设计层次优化功耗的方法; 短句来源 The oxygen consumption equation which is used for end point control is a proportional model or a multiple variates regression equation established by the stepwise regression method. 控制终点的氧耗方程建了比例型模型和多元回归方程,多元回归方程是按逐步回归建立的。 短句来源 The off-line calculation shows that for the ore equation the highest hitting accuracy is gained from the empirical model and for the oxygen consumption equation the multiple variates equation is better than the proportional model. 从离线计算知矿石方程以经验型的命中率最好,氧耗方程则多元回归优于比例型。 短句来源 “耗方程”译为未确定词的双语例句
 (1) The practical process exe- -rgy balance equation and the exergy use equation are derived; the principles of process energy consumption are further expounded. 以此为目标,本文对过程第二定律分析理论在当前炼厂节能实践中的运用进行了研究和探讨,(1)导出了实用的过程(火用)平衡方程及(火用)耗方程,进而阐明了过程用能原理; 短句来源 The numerical results of China Experimental Fast Reactor(CEFR)are given and com-pared with the results of the code CITATION,They are about same,In the program NDHEXB,the neutron diffusion equation is solved by a nodal expansion method in hexagonal geometry andthe burnup equation by a kind of numerical methods for differential equations. 结果表明NDHEXB具有良好的计算效率与精度。 在NDHEXB程序中，采用六角形几何下的节块展开法求解中子扩散方程，利用常微分方程的一种数值方法——梯形法求解燃耗方程。 短句来源 相似匹配句对
 GENERALIZED MEASUREMENT EQUATION FOR MULTI PORT LOSSLESS NETWORK 多端口无耗网络的广义测量方程 短句来源 Synthetic Aperture Radar Equations 合成孔径雷达方程 短句来源 The equation is an extensiveSchrodinger one. dinger方程。 短句来源 Numerical Solution to the Eigenvalue Equation of the Surface Wave on a Lossy Dielectric Plane 有耗介质平面上表面波特征方程的数值解 短句来源 查询“耗方程”译词为用户自定义的双语例句

我想查看译文中含有：的双语例句  consumption equation
 This paper combines mathematical statisitics, linear equations and template thought together successfully and discussed an efficient parameter fitting method based on strength equation model and water consumption equation model. The functional form of the consumption equation for Austria China's energy production-consumption equation is further unbalanced by two factors. For the model to be identified, exclusion restrictions on the consumption equation are required. In relation to the short-run consumption equation, there are three categories of components under consideration for inclusion. 更多 The application of second law analysis of processes to the practice of re- -linery energy saving is studied and discussed. (1) The practical process exe- -rgy balance equation and the exergy use equation are derived; the principles of process energy consumption are further expounded. (2) The method and procedure of process analysis along the line of energy change are suggested; the model of three subsystems of energy processes and the practical programme based on the simplified calculation are established. (3)... The application of second law analysis of processes to the practice of re- -linery energy saving is studied and discussed. (1) The practical process exe- -rgy balance equation and the exergy use equation are derived; the principles of process energy consumption are further expounded. (2) The method and procedure of process analysis along the line of energy change are suggested; the model of three subsystems of energy processes and the practical programme based on the simplified calculation are established. (3) The fundamental principles guiding the improvement of process energy saving and the direction of refinery energy saving are summarized. The method and principle presented in this paper can be applied either to the improvement of energy saving in existing refinery or to the conside- ration of energy saving in new refinery design. 炼厂节能的深入开展,要求科学地认识工艺过程用能原理,系统地分析评价用能状况,确定节能改进的方向和途径。以此为目标,本文对过程第二定律分析理论在当前炼厂节能实践中的运用进行了研究和探讨,(1)导出了实用的过程(火用)平衡方程及(火用)耗方程,进而阐明了过程用能原理;(2)提出了沿能量变化的线索分析过程的思路和方法,建立了用能过程三个环节的模型和在简捷计算基础上的实用分析程式;(3)归纳了指导过程节能改进的基本原则及所展示的炼厂节能方向。本文提出的分析方法和规划原则可用于现有炼厂的节能改进及新设计炼厂的节能考虑。 This article discusses the problem of establishing the static model for EOF process and analyzes those factors which affect the accuracy of the model. The discussion and analysis are based on the results of commercial experiments under on-line static control and the results of off-line analysis of the experiments. The experiments are carried out on a SOt top-blown converter of the Second Steel Plant of the Taiyuan Iron and Steel Company.The ore equation which is used for temperature control is an increment model... This article discusses the problem of establishing the static model for EOF process and analyzes those factors which affect the accuracy of the model. The discussion and analysis are based on the results of commercial experiments under on-line static control and the results of off-line analysis of the experiments. The experiments are carried out on a SOt top-blown converter of the Second Steel Plant of the Taiyuan Iron and Steel Company.The ore equation which is used for temperature control is an increment model which is further classified as theoretical model, empirical model and mixed model.The oxygen consumption equation which is used for end point control is a proportional model or a multiple variates regression equation established by the stepwise regression method.The off-line calculation shows that for the ore equation the highest hitting accuracy is gained from the empirical model and for the oxygen consumption equation the multiple variates equation is better than the proportional model. 本文就太原钢铁公司50吨顶吹氧气转炉在线静态控制的工业试验和离线分析,分析探讨有关氧气顶吹转炉静态数学模型的建立方法和影响模型精度的因素。控制温度的矿石方程建了增量模型,按对模型系数确立方法的不同,分理论型,经验型、混合型。控制终点的氧耗方程建了比例型模型和多元回归方程,多元回归方程是按逐步回归建立的。从离线计算知矿石方程以经验型的命中率最好,氧耗方程则多元回归优于比例型。 The theoretical models of a program NDHEXB for fast reactor burnup calculations isdescribed.The numerical results of China Experimental Fast Reactor(CEFR)are given and com-pared with the results of the code CITATION,They are about same,In the program NDHEXB,the neutron diffusion equation is solved by a nodal expansion method in hexagonal geometry andthe burnup equation by a kind of numerical methods for differential equations. 描述了快堆燃耗计算程序ＮＤＨＥＸＢ的理论模型，并给出了中国实验快堆（ＣＥＦＲ）的计算结果。结果表明ＮＤＨＥＸＢ具有良好的计算效率与精度。在ＮＤＨＥＸＢ程序中，采用六角形几何下的节块展开法求解中子扩散方程，利用常微分方程的一种数值方法——梯形法求解燃耗方程。 相关查询

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