对模型的主要参数进行了敏感性分析。
它具有模型简单，参数少，便于进行理论分析的优点。
The model is simple, has little parameter, and is easy to carry on theory analyses.
文中介绍了该方案的原理，建立了系统的动态分析模型，给出了参数设计方法。
The dynamic analysis model is presented and the parameter design method is given.
然后根据水文及水质资料分析并确定模型参数。
The model parameters are analyzed and identified by hydrology and water quality data.
并将上述模型应用于JT9D发动机的气动热力参数的趋势分析。
The presented model has been used in the analysis of the JT9D—TRA E engine.
分析了冷床送钢系统的工艺过程，给出了参数计算模型。
Process of feeding steel system is analyzed, and parameter calculating model is given.
对空心叶片模型型腔和加强筋结构设计参数进行了分析；
The design parameters of chamber and stiffener of hollow blade model were analyzed.
本文应用弹簧阻尼模型，进行动力学建模，对相关参数的确定进行了深入分析。
In this paper, spring damping model is used to build dynamic model, and deep analysis.
分析并给出了在模型参数取不同值时的最优软件发行时间。
This paper also gives the optimal software release time when the parameters take different values.
对模型中参数的灵敏度进行分析，使构建的模型更加完善。
Sensitivity analysis for model parameters is performed to make the constructed model perfect.
此外，还对影响两种力学模型性能的参数进行了分析。
In addition, the parameters which affect the two models are also analyzed.
通过对机构模型进行分析计算可求解膝关节的运动及动力学参数。
Kinematics and kinetics of knee can be calculated from the mechanical model.
通过对机构模型进行分析计算可求解膝关节的运动及动力学参数。
Kinematics and kinetics of knee can be calculated from the mechanical model.
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