对两种支撑形式的振动混砂机进行了动力学分析，得到其数学模型。
It was analysed that two kind of supporting structures of vibrating mixer on the base of dynamics, and mathematical models were deduced.
第二章通过对磁饱和可控电抗器电磁特性的研究，得到其数学模型。
From the study of the magnetically controlled saturated reactor's electromagnetism, its model is set up.
通过在紧急情况下人的误操作与误判断实验，得到紧急情况下成年人的特征数据，并建立了其数学模型。
With experiment on erroneous judgement and operation of human at emergency, the error characteristic values are obtained, then the mathematical models are established.
采用反向工程试验法，应用控制理论分析辨识，得到了其动态特性的数学模型。
Using reverse engineering procedure with control theory to analyze and identify, the mathematic model of dynamic performance was completed.
从主要反应式中得到一个反应扩散方程组形式的，描述其自组织过程动力学的数学模型。
A mathematical model, which has the form of reaction-diffusion equations and is describing the dynamics of self-organization process, is established from the main reactions.
通过动力学分析，得到了对于单叶双曲面平板直刃滚筒式切碎器切割秸秆层切割阻力矩的数学模型，经过试验验证验证了其有效性。
Based on the mechanics analysis, the mathematical model of the cutting torque was established, and the validity of the model was demonstrated by the experiments.
提出了溶洞和井筒连接的试井偏微分方程数学模型，并采用正交变换法得到了其解析解。
In this paper, we found Large-scale cave and shaft connected Test partial differential equation model, and obtain its analytical solution by orthogonal transformation metho.
目前对车辆智能减振控制的研究基本上是通过建立其数学模型，然后利用MATLAB软件仿真，得到设计的控制器的最终减振效果。
Up to now, the study of intelligent absorbed-shock control of vehicle is almost based on math-model, and then get the effects of the designed shock-absorber by MATLAB software.
建立了平行流冷凝器的数学模型，根据所建模型得到的计算结果和试验结果对比，其误差范围在5%内。
A mathematical model for this kind of condenser was established. The comparison of experimental data with calculation result shows that the errors are within 5%.
建立了平行流冷凝器的数学模型，根据所建模型得到的计算结果和试验结果对比，其误差范围在5%内。
A mathematical model for this kind of condenser was established. The comparison of experimental data with calculation result shows that the errors are within 5%.
应用推荐