摘要
针对不同类型的毒气泄漏突发事件,泄漏一定时间后毒气扩散形成的致死区、重伤区、轻伤区及对周围居民产生的影响需要模拟仿真进行研究。论文基于高斯烟羽模型,采用.Net架构下的c#开发语言和Arc Engine绘图技术,充分考虑连续型、大规模、不同类型毒气泄漏突发事件情景,实现了基于时间的毒气动态扩散仿真,对毒气泄漏事故现场的预测和评估有良好的辅助决策作用。
According to the different types of poison gas leakage accidents, the lethal area, the injured area, slightly injured area from the poison gas diffusion and the impact to the surrounding residents after a certain time need to research through simulation. Based on the Gaussian plume model and the .Net framework of the c# programming language and Arc Engine paint technology, this paper implemented the poison gas dynamic diffusion based on the time t and could has a good assistant decision function on the prediction and assessment of the toxic gas leakage accident scene.
出处
《机电产品开发与创新》
2013年第1期90-92,共3页
Development & Innovation of Machinery & Electrical Products
