| 1. | Smoke management systems for large volume space
浅谈中庭烟气管理系统 |
| 2. | Standard for smoke management systems in malls , atria , and large spaces
林荫道前厅和大空间内烟雾控制系统标准 |
| 3. | Laboratory methods of testing fans used to exhaust smoke in smoke management systems
烟尘管理系统中排气扇测试的实验室方法 |
| 4. | Thus , the smoke management system , adopted in atria , has been posed
因而，中庭烟气管理系统这一有针对性的消防技术也就应运而生。 |
| 5. | This windows style program can simulate the smoke management system of atria and the simulated results can be described by graphs
利用可视化技术，实现了程序输入的窗口化和模拟结果输出的图形化。 |
| 6. | It should combine the data of concentration field of hazard materials in smoke to analyze the effectiveness of the smoke management system
应当结合烟气有害成分的浓度场分布来分析和评价烟气的危害性程度和烟气控制系统的效率。 |
| 7. | Pesents the air conditioning pattern and the design of cold and heat sources , water system , ventilation and smoke management systems , and automatic control system
介绍了空调形式、冷热源、水系统、通风及防排烟、自控系统的设计。 |
| 8. | Based on two - layer zone model , the mathematical model of atria smoke management system , including smoke filling , gravity venting and smoke exhaust , was developed . by using matlab computer language , a program was developed
论文以两层区域模型为基础，对中庭烟气填充，自然排烟，机械排烟过程分别建立了数学模型；采用matlab语言，编制了中庭烟气管理系统的计算机模拟程序。 |
| 9. | The " 1ar ~ e - volume " structure and universal adaptation of atrium in modem buildings has challenged smoke control technology adopted in traditional buildings , and thus precipitated the emergence of a new subject : " smoke management in atrium under fire " in the field of smoke control in building . however , the current study of this subject in our country is still at the elementary stage
中庭建筑形式在世界现代建筑中的广泛采用和其“大空间结构”的特点，对传统建筑物所采用的防排烟技术提出了挑战，进而促成了“失火中庭烟气控制”这一新课题在建筑物防排烟研究领域的出现。 |
| 10. | After analyze the foundation of the current national code ( code for fire protection design of tall buildings gb500045 - 95 ) through experiments and fire simulations , the author has found that there are some limitations on the use of this national code for the designing of smoke management system in an atrium . this paper has been discovered that it is not enough when using the smoke layer interface height as a criterion to make an assessment on the safety rate in a building fire , or to calculate the egress time
通过上述实验研究和数值模拟研究，发现当采用我国现行的《高层民用建筑防火设计规范》 （ gb50045 - 95 ）来指导中庭建筑的排烟系统设计时，在本文设计的火灾场景条件下（参照实际的中庭商场调研情况，即火灾载荷密度较大时） ，对于本文实验研究中所采用的相似模型及原型建筑，无论是采用自然排烟或者是采用机械排烟，其排烟量皆不足。 |
