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内部屏蔽
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     The advantages of this calibration method are that the external characteristics of the current divider can be calibrated under actual working conditions and the poten-tial difference between the shields of the reference current transformer and the exter-nal connection leads will not affect the calibration results.
     此方法具有能在实际工作状态下直接对被校对象的外部特性进行校验的优点,而且避免了参考变流器内部屏蔽之间的电位差以及外部连线对校验结果的影响,因此,它的应用所受限制较小。
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     In the model, diffusion is represented by Fick's second law, reversible sorption desorption by a linear isotherm, irreversible sequestration by a pseudo first order kinetics, and biodegradation by Monod kinetics.
     其中 ,污染物的扩散过程用Fick第二扩散定律表示 ,可逆的吸附和解吸过程用线性吸附等温线表示 ,不可逆的土壤颗粒内部屏蔽过程用假一级反应动力学方程表示 ,生物降解过程用Monod动力学方程表示 .
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     Based on Bean's critical state model and Ampère's law, the change of penetration depth of shielding currents in the interior of a superconductor is analyzed and the effect of some system parameters on the maximum supreconducting levitation force is investigated, such as critical currents density of the SC, the thickness of the SC and the surface magnetic induction of the PM.
     基于Bean临界态模型和Ampere环路定律,通过分析超导体内部屏蔽电流穿透廓线的变化情况,讨论了高温超导悬浮系统几何与物理参数对最大超导磁悬浮力的影响,为系统的优化设计提供重要的理论依据。
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  相似匹配句对
     A SHIELDING DISTRIBUTION ANALYSIS MODEL FOR A SPACECRAFT
     卫星内部三维屏蔽计算模型
短句来源
     Analysis of the interior environment.
     ·内部环境分析。
短句来源
     Talk about Shielding
     浅谈屏蔽
     The Influence of Electron Screening on β-Decay Rate in Stellar Interior
     电荷屏蔽与恒星内部β衰变
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     INTERNAL CONTROL
     内部控制
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  internal shield
The second internal shield is the copper cap covering the discharge column.
      
Figure 4 shows a sketch of the bellows internal shield.
      


This paper describes an absolute method for the calibration of the complex cur-rent ratio of the inductive current divider and the current co mparator. The advantages of this calibration method are that the external characteristics of the current divider can be calibrated under actual working conditions and the poten-tial difference between the shields of the reference current transformer and the exter-nal connection leads will not affect the calibration results. Thus, this method will be very useful at the...

This paper describes an absolute method for the calibration of the complex cur-rent ratio of the inductive current divider and the current co mparator. The advantages of this calibration method are that the external characteristics of the current divider can be calibrated under actual working conditions and the poten-tial difference between the shields of the reference current transformer and the exter-nal connection leads will not affect the calibration results. Thus, this method will be very useful at the higher frequencies where other methods are somewhat constricted The accuracy of this calibration method is in the order of 10~(-9)of the input.

本文叙述了一种感应分流器和电流比较仪的绝对校验方法。此方法具有能在实际工作状态下直接对被校对象的外部特性进行校验的优点,而且避免了参考变流器内部屏蔽之间的电位差以及外部连线对校验结果的影响,因此,它的应用所受限制较小。此方法在较高的频率下应用有明显的优点。

A new Theory,organic pollutant sequestration inside soil particles, was applied in the research in order to explain the persistence of residual chemicals in remediation sites. Based on this theory, a mathematical model which simulates organic pollutant bioremediation process in soil water microbes system was developed. In the model, diffusion is represented by Fick's second law, reversible sorption desorption by a linear isotherm, irreversible sequestration by a pseudo first order kinetics, and biodegradation...

A new Theory,organic pollutant sequestration inside soil particles, was applied in the research in order to explain the persistence of residual chemicals in remediation sites. Based on this theory, a mathematical model which simulates organic pollutant bioremediation process in soil water microbes system was developed. In the model, diffusion is represented by Fick's second law, reversible sorption desorption by a linear isotherm, irreversible sequestration by a pseudo first order kinetics, and biodegradation by Monod kinetics. Model results match successfully with experimental data. Model simulations are performed in the study. It is noteworthy that the mathematical model will be useful in quantitatively predicting the time and degradation extend of organic pollutant in remediation sites.

应用土壤颗粒内部有机污染物屏蔽理论 ,说明土地生物处理过程中残余有机污染物在土壤中的滞留现象 ,提出描述有机污染物在土壤及相连的水环境中生物降解过程的数学模型 .其中 ,污染物的扩散过程用Fick第二扩散定律表示 ,可逆的吸附和解吸过程用线性吸附等温线表示 ,不可逆的土壤颗粒内部屏蔽过程用假一级反应动力学方程表示 ,生物降解过程用Monod动力学方程表示 .模型计算结果与实验结果基本拟合 ,表示模型基本可靠 .利用该数学模型 ,可以定量预测有机污染物进行土地生物处理所需的时间、处理的程度及动态规律 .

Based on the mass balance theory, along with the application of a new theory—organic contaminant sequestration inside soil particles, a mathematical model which can simulate organic contaminant biodegradation process in soil system was developed. In the spherical diffusion model, local sorption\|desorption is described by a linear isotherm, irreversible sequestration by a pseudo\|first order kinetics and biodegradation by Monod kinetics. Model results match successfully with experimental data of sandy loam....

Based on the mass balance theory, along with the application of a new theory—organic contaminant sequestration inside soil particles, a mathematical model which can simulate organic contaminant biodegradation process in soil system was developed. In the spherical diffusion model, local sorption\|desorption is described by a linear isotherm, irreversible sequestration by a pseudo\|first order kinetics and biodegradation by Monod kinetics. Model results match successfully with experimental data of sandy loam. Model simulations can be performed to quantitatively predict the degradation behavior of organic contaminant in soil system.

在物料平衡原理的基础上 ,应用一种新的理论———土壤颗粒内部屏蔽理论 ,建立了定量描述土地生物处理有机污染物过程的综合数学模型 ,数学模型为球体扩散模型 ,其中包括用线性吸附等温线表示的可逆吸附和解吸过程 ,用假一级反应动力学方程表示的不可逆土壤屏蔽反应过程 ,用Monod方程表示的生物降解过程 .数学模型采用有限差分法求解 .用砂壤土进行实验 ,实验结果与模型计算结果基本拟合 ,表示模型基本可靠 .利用数学模型 ,可以定量预测有机污染物在土壤系统中进行生物处理的过程 ,以达到科学指导土地生物处理工程的目的

 
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