1) smoke layer
烟气层
1.
Probability estimation of smoke layer parameters by the uniform design based on response surface method
基于均匀试验响应面的建筑火灾烟气层概率分布计算
2.
The zone model can work out the height, temperature and change with time of the smoke layer in a certain room.
区域火灾模型能够算出有关房问内烟气层的高度、温度和代表有害组分浓度随时间的变化，据此可以较好估算烟气对人页安全的影响。
3.
The result shows that the development of the smoke layer in atrium basically can be calculated through the zone modeling.
中庭内烟气层的发展基本上仍可用区域模型来计算。
2) hot smoke layer
热烟气层
1.
Results show hot smoke layer development in large space building fires is mainly depended on the fire source power and the size of large space.
采用数值模拟手段对某机场候机大厅的烟气填充情况进行研究,大空间中热烟气层的发展与火源的功 率、大空间的几何尺寸有关;随着火源强度的增加,烟气层稳定的高度会下降。
3) backlayering
烟气分层
4) smoke stratification
烟气层化
5) gas cloud
空气层，烟气层
6) smoke layer height
烟气层高度
1.
Based on the temperature distribution and steady smoke layer height in cabin,and by comparing the experimental data with the calculation results,the application ranges of three classical fire plume correlations were analyzed with mechanical smoke exhaust under big cabin fire.
根据小室内的温度分布特点以及所稳定的烟气层高度,通过实验数据和计算结果的对比,分析了较大火源功率下3种经典羽流模型在小室机械排烟过程中的适用范围。
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参考词条