本文应用FAC2程序，通过数值计算的方法，模拟了森林野外火区上的浮力流动随火区参数及环境气象因素的改变而变化的情况。
This paper simulates the buoyant flow changed with the parameters of fire and situation of surroundings atmosphere. We compute it with numerical method by using the FAC2 program.
数据密集型的科学与工程应用(如计算力学数值模拟、气象预测)需要在广域、分布式的计算环境中快速安全的传输海量的数据。
Data-intensive scientific and engineering applications often require the efficient transfer of terabytes or even petabytes of data in wide-area, distributed computing environments.
在诸如预测模型的构造和模拟、能源勘探、数值气象预报以及基础理论研究领域中都对计算提出了极高的要求。
Scientific research areas such as model construction energy resource detecting, meteorology forecast and research of basic theory require extremely high computing capability.
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