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structure parameters influence
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  结构参数影响
     It is mainly because that the structure parameters influence the electric field distribution in device and "corner effect" and so do the transportation of carriers.
     这主要是因为这些结构参数影响了电场在槽栅MOS器件的分布和拐角效应,从而影响了载流子的运动并使器件的热载流子效应发生变化。
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  “structure parameters influence”译为未确定词的双语例句
     Basing on a great deal of calculation,study how the pump structure parameters influence the performance curve of mixedflow pump, such as the adjustment of the blade inlet and outlet angle、the magnitudeof the inlet edge curvatureand the cutting off of the blade outside diameter; simulate the flow field with fluentsoftware, get the lift and other parameters from calculating result, thus draw theQ-H curve.
     在大量的算例的基础上,研究泵结构参数如叶片进出口角的调整、进口边的曲率大小、叶轮外径的斜切对混流泵性能曲线的影响,并且引用fluent软件进行流场的模拟,利用模拟结果得到泵的扬程以及其它相关参数,从而绘制Q-H曲线。
短句来源
     CFD, which based on numerical simulation, have recently made it possible to study the development of such engine flows in great detail, which can provide the information about the fields of pressure and velocity and how the structure parameters influence the flow pattern characteristics for the design and improvement of intake system.
     基于数值模拟的流体动力学方法使得对气道内气体流动的详细研究成为可能,通过CFD分析可以获得气道及缸内的压力场、流速场等参数的分布,方便地研究结构参数及其相对位置对流动特性的影响,为进气系统设计与改进提供依据。
短句来源
     This paper establishes dynamics equation groups about Electromagnetic Sus-pension Vehicle system of track,and discusses track structure parameters influence upon de-flection,stress、modal and critical velocity of elastic track,then some results according to KDⅢ Vehicle are given.
     本文建立了磁悬浮列车系统轨道动力学方程组,讨论了轨道结构参数对弹性轨变形、极限速度及模态的影响,并结合KDⅢ车的试验结果作出分析。
短句来源
     The paper analyzes the dynamic properties of the structure adopting the arch elements,gives a simple and quick calculating method,also discusses the structure parameters influence for the dynamic properties.
     按照拱计算模型,对这种结构的动力特性进行了分析,提出了一种简捷快速的计算方法,并讨论了结构参数对结构动力特性的影响。
短句来源
     The mathematics model of hydraulic steering system based on the work principle of redirector was built,and the simulation model of the system was built using MATLAB/Simulink toolbox. The static and dynamics characteristics of the hydraulic steering system was analyzed,and the means of transfer function were used to analyze the structure of the steering system. The regular pattern that the structure parameters influence the steering system was obtained.
     在介绍全液压转向器工作原理的基础上,建立了全液压转向系统的数学模型,并利用MATLAB/S imu link仿真工具箱搭建了系统的数字仿真模型,对液压转向系统的静态特性与动态特性进行了分析,并运用传递函数法对液压转向系统的结构特性进行分析,得到了其结构参数对液压转向系统性能的影响规律。
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This paper establishes dynamics equation groups about Electromagnetic Sus-pension Vehicle system of track,and discusses track structure parameters influence upon de-flection,stress、modal and critical velocity of elastic track,then some results according to KDⅢ Vehicle are given.

本文建立了磁悬浮列车系统轨道动力学方程组,讨论了轨道结构参数对弹性轨变形、极限速度及模态的影响,并结合KDⅢ车的试验结果作出分析。

Based on the hydro-dynamics energy transport model, the influence of geometrical structure parameters on hot-carrier-effect immunity in deep-submicron grooved gate PMOSFET is studied and explained in terms of device interior physics mechanism. These investigated structure parameters include effective channel length, concave corner and negative junction depth induced by change of source/drain junction depth and groove depth respectively. The research results indicate that the hot-carrier-effect is depressed deeply...

Based on the hydro-dynamics energy transport model, the influence of geometrical structure parameters on hot-carrier-effect immunity in deep-submicron grooved gate PMOSFET is studied and explained in terms of device interior physics mechanism. These investigated structure parameters include effective channel length, concave corner and negative junction depth induced by change of source/drain junction depth and groove depth respectively. The research results indicate that the hot-carrier-effect is depressed deeply for grooved gate PMOSFET even in deep and super-deep-sub-micron region, and with the increase of concave corner and negative junction depth, the hot-carrier-effect immunity becomes better. It is mainly because that the structure parameters influence the electric field distribution in device and "corner effect" and so do the transportation of carriers.

基于流体动力学能量输运模型,利用二维仿真软件Medici对深亚微米槽栅PMOS器件的几何结构参数,如:沟道长度、凹槽拐角、凹槽深度和漏源结深导致的负结深对器件抗热载流子特性的影响进行了研究。并从器件内部物理机理上对研究结果进行了解释。研究发现,在深亚微米和超深亚微米区域,槽栅器件能够很好地抑制热载流子效应,且随着凹槽拐角、负结深的增大,器件的抗热载流子能力增强。这主要是因为这些结构参数影响了电场在槽栅MOS器件的分布和拐角效应,从而影响了载流子的运动并使器件的热载流子效应发生变化。

Directed at the problem that the testing data of fan noise becomes distortion viable during throttle governing, the flowing state property's numerical simulation is done in throttle governing pipe field about computational fluid dynamical by finite elements software ANSYS, and analyses the structure parameters' influence to fan noise tesing. This paper provides the foundation of entrance pipe structure parameters' determination and improvement.

针对以进口节流调节方式进行风机噪声测试易引起测试数据失真这一问题,采用流体动力学方法利用有限元分析软件ANSYS对风机进口节流调节管段流场特性进行了数值模拟,分析结构参数对风机噪声测试的影响,为进口管道结构参数的确定和改进提供了依据。

 
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