本文应用结构方程模型方法建立了应急管理团队成员间信任模型。
We established a model in this paper, which it is applied to resolve the trust problem of the emergency management team using structural equation modeling.
结果：应用结构方程模型研究医务工作者职业紧张，结果符合专业解释。
Results: When structural equation model was used to study doctors and nurses occupational stress, the results accorded with theoretical interpretation.
最后应用结构方程模型，分析了各个变量之间的关系，直观的显示了顾客抱怨处理与顾客满意度各个变量的关系。
In the end, this dissertation analyses the relationship of each variable with structural equation model, which shows the relationship between the complain treatment and satisfactory of clients.
目的研究结构方程模型在中医证候规范标准研究中的应用。
Objective To study the application of structural equation model in standardization of syndrome differentiation.
提出应用广义最大熵的方法对结构方程模型的参数进行估计，该方法能够处理有限的或者不完全数据。
IA new method based on generalized maximum entropy is applied in estimating parameters of structural equation model, which is meant for situations with limited or incomplete data.
在实证研究中，以PLS—结构方程原理为支撑，采用递归迭代方法对应用模型进行了详尽的拟合分析与统计检验。
In the demonstration research, base on the PLS - structure equation principle, used the recursion iteration method to carry on the exhaustive fitting analysis and the statistical test using the model.
侯杰泰，温忠麟，成子娟。结构方程模型及其应用。北京：教育科学出版社，2004。
Hau K t, Wen Z, Cheng Z. Structural Equation Model and Its Applications (in Chinese). Beijing: Educational Science Press, 2004.
仿真结果表明，用本文提出的简化模型能较好地逼近基于偏微分方程的严格模型，且结构简单，易于应用。
Simulation results show that the simplified model provided by this method can satisfactorily imitate rigorous model in addition to its simple structure and feasibility for on line applications.
方法应用广义估计方程2 (GEE2)估计数量性状的均数结构和关联结构的边际回归模型。
Methods Generalized estimating equation 2 (GEE2) was employed to estimating both regression coefficients and the familial correlation.
因此，本研究将结构方程模型基本原理应用到人力资源管理与企业绩效间关系的研究中。
Therefore, this study applies the structural equation model(SEM)to the research of the relationship between human resource management and firm performace.
此外，由于模型的动力方程具有二阶时间导数项，因而应用本文模型的结构—基础—土系统可以采用显式时间积分求解。
Moreover, due to the dynamic equations of LPMs with second-order derivative terms in time, the resulting structure-foundation-soil system can be solved by an explicit time-integration method.
此外，由于模型的动力方程具有二阶时间导数项，因而应用本文模型的结构—基础—土系统可以采用显式时间积分求解。
Moreover, due to the dynamic equations of LPMs with second-order derivative terms in time, the resulting structure-foundation-soil system can be solved by an explicit time-integration method.
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