例句與造句

1. method of preparing the fire scenario effluents from a material
   材料的火災場景煙氣制取方法
2. fire safety engineering-design fire scenarios and design fires
   防火安全工程.設計防火方案和設計火焰
3. it is fundamental for performance-based fire protection analysis to design fire scenario
   摘要火災場景的設計是性能化防火分析的基礎環(huán)節(jié)。
4. it was found that fire scenario design had no uniform statement in fire literatures
   通過對國內(nèi)外文獻的調(diào)研發(fā)現(xiàn)，地鐵火災場景的設計并無統(tǒng)一明確的表述。
5. fire design was a basic step in subway fire research, because fire scenario can affect on the study of smoke movement and safety evacuation in the subway
   火災場景設計是開展地鐵火災研究的基礎環(huán)節(jié)，它對地鐵內(nèi)的煙氣運動和人員疏散有重要的影響。
6. It's difficult to find fire scenario in a sentence. 用fire scenario造句挺難的
7. based on the general expatiation, the principle and process of this approach were discussed, combined with an example for designing fire scenario of a certain shopping mall
   在總體闡述的基礎上，結合某購物廣場火災場景設定的算例對該方法的原則和步驟進行分析。
8. the approach of typical fire scenario can be used for the large space building, in which there are large numbers of combustibles which are distributed unevenly and changed frequently
   針對可燃物眾多、分布不均勻且擺放形式常有變動的大空間建筑，可以使用典型火災場景的設計方法。
9. in this paper, performance-based fire safety design concept was adopted to analyze fire safety objective of a underground bowling alley should achieve, fire scenarios were designed and the performance of water sprinkler and mechanical smoke evacuation system was studied by using zone model
   摘要采用性能化防火設計的思想，分析了某地下保齡球館火災熱煙氣安全需求，設計了可能發(fā)生的火災場景，使用區(qū)域模擬技術研究了保齡球館水噴淋和機械排煙系統(tǒng)的有效性。
10. at first, discussing how to establish performance-based code and guide, which aim is to form a whole concept of performance-based design; guide designer to achieve design, etc . based on this, the author has put forward the concept of performance requirement, fire scenario and forecasting smoke interface, and then tapped out the software ( pb-ascdt ) using high-language of visual basic6 . o and microsoft access2000
    在此基礎上，提出設計火災場景、量化性能指標、煙層界面預測等新的觀念，以此為性能化設計的依據(jù)，并使用visualbasic6.0和microsoftaccess2000為開發(fā)工具開發(fā)中庭煙氣控制性能化設計工具軟件(pb-ascdt)。
11. the author found that the stable heat source presumption or the t2 design fire is also not agree with the experimental data . the simulation of fire in an atrium has shown that the new model is more accurate to predict the fire scenarios than any other models that include a general mathematical model of fires
    該模型充分考慮了火區(qū)燃燒與蔓延情況對煙氣流動數(shù)值模擬的影響，從而可以更加準確地反映出火源釋熱率的變化等因素的影響，改善了中庭火災煙氣流動數(shù)值模擬的精度與可靠性。
12. based on setting up the fire safety goals, performance criterion, fire scenario and uncertainty factor, this article simulated the occupants ’ evacuation time, smoke spread, radiation flow etc and determined fire detector and automatic extinguishing device by using the developed engineering method . and so these buildings ’ fire safety goals, which have the equivalent safety level with the existing national standard, can be achieved and those problems, which caused by some incompliment requirements or the existing codes not adapting to the practical need, can be solved
    針對這類建筑存在的典型問題,通過設定消防安全目標、確定性能判據(jù)、建立火災場景,考慮不確定因素,運用已開發(fā)的工程學方法對人員安全疏散時間、煙氣蔓延、輻射熱通量等進行模擬計算,對火災探測和自動滅火設施進行分析選擇,認為大型書城建筑采用至少與現(xiàn)行國家標準的規(guī)定等效的方法來實現(xiàn)建筑物的消防安全目標,能夠解決現(xiàn)行標準與實際需要不相適應或某些不完善的規(guī)定所帶來的問題。