1)airport simulation机场仿真
2)3D Airport simulation机场三维仿真
3)electric field simulation电场仿真
1.The method of the combination of animal experiment and electric field simulation was adopted to treat the tumor with steep pulse electric field of the different peak values of voltage,and the electric field s covering area between the description of pathological section and theoretical simulation-model was compared to obtain the distribution of the steep pulse electric field in the .为了明确陡脉冲电场致在体肿瘤细胞不可逆性电击穿的电场强度阈值,以新西兰大白兔肝脏VX2肿瘤组织为研究对象,建立了陡脉冲在均匀介质中的有限元模型;采用电场仿真和荷瘤动物实验相结合的方法,用不同电压峰值的陡脉冲电场分别处理荷瘤组织,并用经病理切片描绘得出的电场杀伤覆盖范围同理论仿真模型相互验证,以求得陡脉冲电场在肿瘤组织中的分布,进而求出其电场强度阈值。
英文短句/例句
1.Research and Develop of Wind Power Farm Simulation System Based on STAR-90基于STAR-90风力发电场仿真系统研制
2.Simulation study of typically defection in electrostatic field of high-voltage power capacitor高压电力电容器典型缺陷的静电场仿真研究
3.video wall simulation [range]电视幕墙仿真系统〔靶场〕
4.Study on Simulation of Electromagnetic Field Caused by Super High Voltage Transmission Lines;超高压输电线路电磁场数值仿真研究
5.ANSYS-based electromagnetic field simulation for direct-driven permanent-magnet generators基于ANSYS的直驱永磁发电机电磁场仿真
6.Simulation for Cathodic Electric Field Intensity in Jet Electrodeposition喷射电沉积阴极电场强度的仿真研究
7.Simulation of Power Frequency Field Strength of Line Electrode线状电极工频电场强度仿真方法研究
8.Simulation Study of the Power Frequency Electric Field of UHV Transmission Line特高压输电线路工频电场的仿真研究
9.Simulation of Electric Field and Temperature Field in 30 kV DC XLPE Cable30kV直流XLPE电缆电场及温度场的仿真计算
10.Research on Siulation of Large-Scale Grid-Connected Wind Farm;大型风电场接入与并网运行仿真研究
11.Research of Bidding Simulation for Generation Companies Based on the Analysis of Market Power;基于市场力分析的发电报价仿真研究
12.Study on Electric Price in Power Market Simulation Based on Agent;基于Agent的电力市场价格仿真研究
13.The Simulation of the Flow Field of 300kA Large Scale Prebaked Aluminum Electrolysis Cell300kA预焙阳极铝电解槽流场的仿真
14.Simulation Study on Sensing Field and Sensor of Electromagnetic Tomography电磁层析成像敏感场与传感器的仿真
15.Virtual Temperature Field Simulation of ADS1130 Motorized SpindleAD1130电主轴温度场的虚拟仿真分析
16.Model and simulation of large grid connected wind farm based on PSCAD_EMTDC基于PSCAD_EMTDC的大型并网风电场建模与仿真
17.Modeling and Simulation of ACFM Defect Inspection System交流电磁场缺陷检测系统建模与仿真
18.Wind Farm Modeling Simulation Study Based on MATLAB-SIMULINK Software基于MATLAB-SIMULINK软件风电场建模仿真研究
相关短句/例句
3D Airport simulation机场三维仿真
3)electric field simulation电场仿真
1.The method of the combination of animal experiment and electric field simulation was adopted to treat the tumor with steep pulse electric field of the different peak values of voltage,and the electric field s covering area between the description of pathological section and theoretical simulation-model was compared to obtain the distribution of the steep pulse electric field in the .为了明确陡脉冲电场致在体肿瘤细胞不可逆性电击穿的电场强度阈值,以新西兰大白兔肝脏VX2肿瘤组织为研究对象,建立了陡脉冲在均匀介质中的有限元模型;采用电场仿真和荷瘤动物实验相结合的方法,用不同电压峰值的陡脉冲电场分别处理荷瘤组织,并用经病理切片描绘得出的电场杀伤覆盖范围同理论仿真模型相互验证,以求得陡脉冲电场在肿瘤组织中的分布,进而求出其电场强度阈值。
4)wind field simulation风场仿真
1.It is investigated whether random simulated wind field can reflect the random characteristics of the given wind environment on the basis of wind field simulation algorithm of random Fourier spectrum.在随机Fourier谱风场仿真算法的基础上,进一步考察随机仿真风速场能否体现给定风环境的随机特性。
5)scene simulation场景仿真
1.In this paper,the virtual scene simulation is realized based on the software MultiGen Creator and Vega.文中采用MultiGen Creator/Vega软件实现虚拟场景仿真。
2.Based on Multigen/Vega the whole structure of scene simulation system is analyaed.本文分析了基于Multigen和Ve ga的软件平台上场景仿真系统的整体结构,论述了在开发仿真系统过程中的一些关键技术,包括数据处理流程、三维建模、Vega软件的二次开发。
6)flow simulation流场仿真
1.Optimum of flow passage in directional control valves based on flow simulation;基于流场仿真的多路阀流道结构优化
延伸阅读
齿轮加工的三维动画仿真本文结合了VB在计算与数据处理方面的优点与AutoCAD在精确绘图方面的优点，采用Visual Basic6.0驱动AutoCAD 2000实现了齿轮加工的三维动画仿真，有较强的实用性。文中介绍三维参数化建模以及三维动画仿真的实现步骤，具有一定的代表性。一、引言 齿轮加工动画仿真是齿轮设计中的重要环节，已有数篇关于该课题的文献。郭晓东采用基于AutoCAD环境的ObjectARX软件包，用C++语言在AutoCAD环境下实现了对锥齿轮切齿过程的仿真；罗庆生在3DSMAX环境中开发了齿轮机构工作动画；冯涓在CAD环境下，用AutoLisp语言建立了范成法加工齿轮的仿真演示程序。 以上各种方法都有自己的特点，本文用VB对AutoCAD进行二次开发来实现齿轮加工的三维动画仿真，这是因为VB是目前最简捷的Windows软件开发工具兼程序设计语言，能对AutoCAD进行二次开发，可将AutoCAD当成自己程序中的一个图形窗口对其进行打开、绘图等操作，能十分方便地实现齿轮加工的动画仿真。二、仿真程序流程图与窗体设计 常见的齿轮加工方法有仿形法和范成法，范成法又包括齿轮插刀加工法、齿条插刀和齿轮滚刀加工法等。加工直齿圆柱齿轮的仿真程序流程，如图1所示。图1 仿真程序流程图 本程序只用一个窗体，用四个文本框接收输入参数：齿数Z、模数m、压力角α和变位系数x，用4个命令框控制子程序，1个命令框取消运行程序。该窗体运行结果如图2所示。图2 仿真窗体 三、 仿真方法1. 在VB中连接AutoCAD 用VB控制AutoCAD，是通过VB的Object技术来控制AutoCAD的对象及其方法和属性的。VB6.0在调用AutoCAD 2000对象时，首先必须在VB中引用该对象库，方法是在VB的“Projects/Preferences”菜单中选择“AutoCADObjectLibrary”。 程序设计伊始，需定义一个AutoCAD对象变量GearCAD，通过该变量可以访问AutoCAD的下级对象，定义方法为：Dim GearCAD As AcadApplication。然后在VB的窗体代码中添加如下代码，即可在程序运行时启动AutoCAD：
