结果模拟事故患者的具体情况，计算了人体主要器官剂量和全身剂量。
Results Radiation doses of the main organs and tissues were estimated by simulation the circumstances of the accident.
通过模拟事故停泵时系统的水力过渡过程，准确预测水锤升压可为选择水锤防护措施提供依据。
Pumping accidents by simulating the system of hydraulic transient, step-up to predict the water hammer can choose to provide evidence of water hammer protection.
最后，以地铁火灾事故为例模拟仿真应急疏散方案的群决策，对模型的实际运用说明了模型的可行性与有效性。
At last, the paper illustrates metr fire accident to simulate the model application for emergency evacuation project, and the model is proved to be feasible and valid.
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