矿井火灾烟流温度场及浓度场的数值模拟

以化学流体力学理论为基础，对矿井巷道条件加以简化，建立了描述矿井火灾烟流流动的微分方程组及求解此方程组的差分方程组，对ＳＩＭＰＬＥ算法进行了改进，提出了全断面压力校正方法。     

抑制无梯煤矿许用炸药爆燃倾向的尝试——无梯粉状硝铵炸药系列研究之三

本文通过对许用炸药的燃烧倾向及引燃机理的分析,在提高炸药轰感度的基础上,采取在炸药组份中加抑制燃烧的添加剂的途径,使无梯2号煤矿许用粉状硝铵炸药的抗爆燃能力可与相同安全等级的铵梯许用炸药相媲美。     

火灾烟流污染巷道断面的烟流温度测试

测试了火源点下风侧巷道断面上的烟流温度分布，以及火灾过程中断面烟流温度变化，研究结果表明：下风侧巷道断面烟流温度分布是不均匀的，靠近巷道顶板烟流温度较高，靠近底板和壁面较低；当断面烟流平均温度或最高温度相同，随距火源点距离的增加，断面上各测点间烟流温度之差增大。     

五行学说与早期中医学

早期中医学有两大重要学派，即五脏学派和经络学派。该文讨论二者与五行学说的关系，结论是：五行学说为五脏学派的理论支柱；经络学派原本与五行学说无关，后来虽然与其发生了联系，但是受五行学说的影响仍然很小。     

Simulation of a compartment fire using a zone model

This paper presents the zone modeling analysis of a single compartment flashover fire. Two criteria are applied in the model to judge the onset of ignition for different combustibles. By calculating the total received energy through radiation or the surface temperature of the combustible, the fire growth can be quantitatively determined. The improved zone fire model shows the influence of different combustibles upon the fire growth. This model is better than the traditional zone model because the common criteria of flashover, i.e. an upper layer temperature of 600℃ and the heat radiation intensity received by the floor of 20 kW/m^2, have not been applied in it.     

都市翠海华苑商住楼建筑给水排水工程设计

深圳都市翠海华苑商住楼位于深圳市创业路，是一栋集商场、住宅为一体的综合性一类高层建筑．简要介绍了建筑生活给水排水系统、水及气体消防系统和热水系统等．并就设计中遇到的给水方式，消防分区，用水量计算，热水水源等问题进行了探讨．     

单位自动消防设施的管理和运行

介绍了单位自动消防设施管理和运行中存在的问题,在此基础上提出了单位自动消防设施管理和运行中应采取的对策。     

高层建筑消防设计措施探究

为了防止高层建筑发生火灾,针对高层建筑消防设计的一系列问题,根据大型商场火灾的危险性,提出了高层建筑消防设计必须针对保护对象发生火灾的特点,一切从实际出发,对消防设计中的给水系统设计、用电设计、电梯设计和火灾报警系统设计需注意的问题做了一些初步分析,提出了相应的对策,对于提高消防设计水平,保证高层建筑的消防安全具有一定指导意义和实用价值。     

姚桥矿煤最短自然发火期实验和数值分析

针对目前煤炭自然的严重情况，利用大型煤低温自然发火实验台，对煤自然特性参数进行了测定和计算，确定了煤的自然发火期、临界温度、气体产生率、放热强度和极限参数，为煤自然过程的研究和煤自然火灾的预测和防治打下了基础。实验中所得数据能够很好的满足现场要求，实验精度在90％以上。     

Occupant evacuation model based on cellular automata in fire

By applying the rules set in traffic flow and pedestrian flow models, a basic cellular automata model is presented to simulate occupant evacuation in fire. Some extended models are introduced to study the special phenomena of evacuation from the fire room. The key of the models is the introduction of the danger grade which makes the route choice convenient and reasonable. Fire not only influences the emotional and behavioral characteristics of an individual but also affects his physical constitution, which reduces his maximal possible velocity. The models consider these influence factors by applying a set of simple but effective rules. It is needed to emphasize that all rules are established according to the essential phenomenon in fire evacuation, that is, all the occupants would try to move to the safest place as fast as possible. Some simulation examples are also presented to validate the applicability of the models.