| 1. | Numerical simulation of fire in a single room by using a two - layer zone model
双层区域模型对单室火灾的模拟 |
| 2. | Multi - layer zone model for predicting temperature distribution in a fire room
预测单个火灾房间内温度场分布的多层区域模型 |
| 3. | The full scale experiments were conducted , which validated the reliability of the zone model
并通过典型实验验证了该区域模型的可靠性。 |
| 4. | This paper compares the results based on local model and universal model , and gains a few important conclusions by analysis
为此本文就局部区域模型和通用模型反演的水汽结果进行了比较分析，得出了一些重要的结论。 |
| 5. | One basis of the algorithm is otsu ' s discriminant criterion . the adaptive target segmentation of welding seam image is realized . the effect of t
该算法以otsu判别准则为基础，结合焊缝区域模型进行焊缝图象的自适应目标分割，具有较好的分割效果。 |
| 6. | Thus , these models cannot meet the different processing needs of different applications . characteristics of dddmos were investigated using standard device and process simulating software in this work , and a physical device macro model was proposed
这两种方法各有其局限性,很难得到准确的全区域模型,所建立的模型物理意义也不是很明确,不能普遍适用于各厂家的工艺要求。 |
| 7. | 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。 |
| 8. | The geometrical relation of elliptic imaging is studied for welding seam image of the butt welds in straight tubes . the region model of welding seam image is proposed , it furnishes a evidence theory to further process to welding seam image
哈尔滨工程大学博士学位论文一针对具体的钢管直管对接焊缝图象，研究了其椭圆成象的几何关系，提出了焊缝图象区域模型，为进一步处理焊缝图象提供了理论依据。 |
| 9. | To improve the precision of using gps remote sensing atmosphere precipitable water vapor , some scholars propose to set up a local model by taking advantage of local meteorologic data in the air , so as to improve the result of using universal model
摘要为进一步提高利用gps遥感大气综合水汽含量的精度，部分学者提出了利用当地探空气象资料建立局部区域模型，以改善采用通用模型计算综合水汽含量结果的观点。 |
| 10. | By using a zone model , simulates the behaviour of smoke temperature , height , volume fraction of co changing with time under different smoke control and extraction conditions in the station and introduces three critical conditions as a criterion for judging the effects of different smoke control and extraction methods
摘要运用区域模型模拟车站内不同防排烟工况下烟气温度、高度、 co体积分数随时间的变化规律，以三项危险临界条件是否实现作为衡量防排烟效果的判据。 |
