1) Na?ve model
天真模型
2) simulation models
仿真模型
1.
Parameter estimation new algorithms in static simulation models for urban traffic organization and optimization;
城市交通组织优化仿真模型的参数估计新方法
2.
The simulation models for axial vibration of rod string in directional wells were set up.
综合分析了复杂结构定向井井眼轨迹、杆管间摩擦力、抽油机悬点运动规律、抽油泵气体影响或供液不足的井下实际边界条件对抽油杆柱轴向振动的影响,建立了定向井抽油杆柱轴向振动仿真模型,利用该模型实现了悬点与泵示功图的自动快速仿真。
3.
Methods\ Dynamic simulation models of complex structure joints are established via equivalent simulation or equivalent replacement methods.
方法 通过当量模拟或等效置换建立复杂结构结合部动力学仿真模型 。
3) simulation model
仿真模型
1.
Review on simulation model in the research of the remaining oil;
仿真模型在剩余油研究中的应用综述
2.
Establishment of system dynamic simulation model for environment of mining area;
矿区环境系统动力学仿真模型的建立
3.
Dynamic model of oil reservoir and simulation model of remaining oil;
油藏动态模型和剩余油仿真模型
4) emulation model
仿真模型
1.
The moving curves of arbitrary 10 points and the toggle plate of moving jaw are presented in the emulation model.
通过Visual Nastran(VN)建立外动颚匀摆破碎机的仿真模型,分析破碎机的运动过程。
2.
Based on the math model of synchronous motor under the Xad per unit system, the paper constructs the emulation model of salient-pole synchronous motor by using MATLAB/SIMULINK software.
本文研究基于Xad标幺值系统下同步电动机的数学模型,采用SIMULINK软件建立凸极同步电动机的仿真模型。
3.
Based on crack face number distribution in rock mass having fractal character,a three-dimensional fractal emulation model about crack face was set up and an emulation system about crack face was developed by Visual C++6.
以岩体裂隙面数量分布具有分形特征为基础,建立了岩体裂隙面数量的三维分形分布仿真模型,并采用 VisualC++6。
6) simulating model
仿真模型
1.
On the basis of improved continuous flow equation,the mathematical model that expresses the interrelationship of the liquid pressure,the movement of plunger piston and the pump barrel clearance were setup,and simulating models of the liquid instantaneous pres.
根据改进的连续流方程,建立了泵筒内液体压力、柱塞运动规律与柱塞泵筒间隙之间相互关系的数学模型,从而建立了泵筒内液体瞬时压力与泵示功图的仿真模型。
2.
For this purpose,the experiment principle and simulating model was given.
给出了仿真模型双耳脉冲响应函数测量的实验原理及听觉化的实验结果。
3.
On the basis of the analysis of the complex combat mission,this paper discusses the frame of the ammunition requirement simulating model taking the mission completion as aim,and then builds the simulating model separately for the basic mission and the complex mission applying Petri-net and ExSpect software.
在对复杂作战任务进行分析的基础上,以任务成功性要求为目标,讨论了弹药需求量仿真的模型框架,并应用Petri网技术及其软件ExSpect建模环境,分别建立了各子任务和复杂任务的弹药需求量的仿真模型。
补充资料：天真独朗
【天真独朗】
（术语）日本传教大师在唐时，道邃和尚传授观心之口诀，有此语。谓为一言之一心三观。天真者谓本体不生也。吾人之一心一念，寻其本来不生而无相也。独朗者吾人悟入此天真则本来无生死涅槃之别，宇宙朗然而光明，凡身即大觉之佛也。
（术语）日本传教大师在唐时，道邃和尚传授观心之口诀，有此语。谓为一言之一心三观。天真者谓本体不生也。吾人之一心一念，寻其本来不生而无相也。独朗者吾人悟入此天真则本来无生死涅槃之别，宇宙朗然而光明，凡身即大觉之佛也。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条