Chinese translation for "smoke layer"

烟雾层

Related Translations:

smoking:  n.1.冒烟；冒气。2.吸烟。adj.1.冒烟的， 烟熏的；冒气的。2.吸烟的；〔口语〕(证据)凿〔譬喻用法，参见 smoking gun〕。adv.冒着气；冒着烟。 No smoking 禁止吸烟。 a smoking steed 冒汗的马。 smoking hot soup 热气腾腾的汤。

smoked:  熏制的烟熏的烟熏过的烟熏食品

smoked oyster:  烟熏鲜蚝烟熏蚝

smoke compartment:  防烟火分隔间

smoking set:  烟具

smoke ring:  吸烟者吐出的烟圈。

smoke jumper:  空降森林灭火员。

smoke signal:  狼烟；征兆，象征。

smoking no:  smoking不吸烟

visible smoke:  可见烟

Example Sentences:

	1.	According to the evaluations of personnel evacuation time and simulation of smoke layers development , the proposed approach indicates that temporary closure of the mid - stair can still meet the 2 . 5 minutes standard stipulated in the moe code 通过对其维修前（满足规范要求）和维修期间（不满足规范要求）两种情况下人员疏散过程的比较，并辅以烟气运动规律的预测，得出了该建筑在施工期间的安全水平。
	2.	On the other hand , an experimental small - scale model , which is 1 : 8 - scaling model of the polyu / ustc atrium , was established . the effects of some factors on the smoke layer interface of the smoke exhaust system in atria are studied by using the orthogonal experiments 论文以香港理工大学和中国科技大学合建的大空间火灾实验厅为原型，按1 ： 8的相似比例，搭建了中庭火灾相似模型实验台，采用两水平正交实验研究了影响机械排烟系统烟气层高度的几个因素。
	3.	This paper analyzed the criterion of the safety evacuation , factors affected on safety evacuation , calculating method of evacuation time and the smoke layer falling time , typically introduced the several calculation method that i had know , such as the japan three steps calculation method based on experience ( awareness time , travel time , queue time ) , two computer modeling calculation method such as simulex and exodus and a spatial grid computer model of hongkong . and it also analyzed and certificated the application scope and difference between the computer modeling calculation methods and japan method with the practical project . all these are aimed to provided preference for performance - based design method and design of computer program for modeling evacuation of people , and advanced the steps of performance - based fire protection design method in our country 本文对安全疏散的标准、影响安全疏散的因素、疏散时间和影响疏散的烟层下降时间的计算等方面进行分析，重点介绍了作者所掌握的疏散时间的几种计算方法，日本的三步骤疏散时间经验公式计算方法(察觉时间、步行时间、排队等待时间) 、以及两种计算机疏散计算模型simulex和exodus 、香港的空间网格计算机模型的计算方法等，并结合实际工程来分析验证疏散计算机软件模拟和日本经验公式法之间的不同与适用性，并对疏散计算中的重要参数，人员密度和疏散人数的确定进行介绍，旨在为我国的性能化疏散设计与疏散模拟的计算机软件的编制提供参考，同时促进我国性能化防火设计的进程。
	4.	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。
	5.	With analyzing of the case study and based on simulating and analyzing quantitatively , this article , considering the goal of the performance - based fire - protection design is protecting occupants from being injured and keeping buildings from being damaged , thought that fire compartmentation of a large building of saling books can be divided according to their saling malls and fire compartmentation in the saling mall can be separated by the fire - proof screen . on the evacuation design , the quantity of safety exits around these buildings and the evacuation width should be increased if possible and the safety exit number , exit width and evacuation distance can be determined according to the simulating results on smoke layer temperature and height , concentration of co2 and co , occupants evacuation time and visibility . on the means of preventing and discharging smoke , the most proper measure should be determined according to their geometrical characteristics and the natural means of discharging smoke is feasible to the large building of saling books . based on analyzing of smoke 通过对案例分析研究,本文认为大型书城建筑性能化防火设计研究的最终目的是保证人员生命安全和保证建筑结构安全,在模拟计算和量化分析的基础上,大型书城的防火分区可以将中庭连通的书城区域划分为一个区,在书城场地内可以采用防火卷帘进行防火分区划分;在人员疏散设计中,应尽可能利用书城卖场的空间设计较多的安全出口和增大疏散宽度,其安全出口数量、宽度和疏散距离可以根据人员安全疏散时间和烟气温度、沉降高度、 co2浓度、 co浓度、能见度模拟计算结果验证确定;在防排烟方式的选择上,应当根据建筑物的几何特点选取最适宜的措施,就大型书城建筑而言,采用自然排烟的方式是可行的。
	6.	The results of orthogonal experiment shows that the effect of the volumetric flow of exhaust gases is the most notable ; the effects of the number of exhaust inlets and the heat released rate of fire source are less notable than the effect of the volumetric flow of exhaust gases on the smoke layer interface ; the effects of the separation of exhaust inlets , the interrelation between the number and the separation of exhaust inlets and the location of exhaust inlets are notable ; but the rest factors " effects are not obvious 实验结果表明：对烟气层高度影响特别显著的是排烟量大小、排烟口数量和火灾负荷大小三个因素；排烟口间距，排烟口数量与间距的交互作用，排烟口位置和大小对烟气层高度的影响也比较明显；而排烟口大小与间距，大小与位置，大小与数量，位置与数量，位置与间距之间的交互作用对烟气层高度的影响不大。

Similar Words：

"smoke jack" Chinese translation, "smoke jet" Chinese translation, "smoke jumper" Chinese translation, "smoke kiln" Chinese translation, "smoke launchers" Chinese translation, "smoke layering" Chinese translation, "smoke level" Chinese translation, "smoke like a chimney" Chinese translation, "smoke limiter" Chinese translation, "smoke limiting horsepower" Chinese translation