| 1. | The numerical procedure has been derived in dimensionless form .
数值程序是按无因次形式推导的。 |
| 2. | Dimensionless specific speed
无因次比转速 |
| 3. | Non - dimensional expression for backflow distances of smoke and hot gases in a roadway or tunnel fire
道火灾烟流滚退距离的无因次关系式 |
| 4. | The iterative method was utilized for observing the impacts on density of raingauges in a river basin
藉由无因次半变异图与区块克利金法快速推估逐时平均雨量。 |
| 5. | By vast calculation and analysis , this paper advances non - dimension forecasting method of individual pump and system flow during the regulation
本文通过大量的计算和分析,提出了水泵并联变台数调节过程中,单台流量和系统流量的无因次预测方法。 |
| 6. | When using zero dimension theory and system engineering theory , the ideal function of carbon loss is put forwarded , which is the basis of economical analysis and energy conservation analysis
应用无因次理论基础知识，在系统论的基础上，探索出了关于机械不完全燃烧热损失的目标值函数。 |
| 7. | In order to more properly understand the mechanism of cold heavy oil production ( chop ) , the one dimensional chop model is applied to the radial flow conditions
摘要为了进一步认识出砂冷采机理，在一维模型的基础上，将出砂冷采模型推广到径向流条件下，重新引入无因次变量，对模型进行了简化和求解。 |
| 8. | By theoretic analysis and calculating the energy saving benefits of the pump , this paper analyzes its relation with the pipeline characteristics , based on the analysis advances a non - dimension forecasting method
本文通过理论分析和实例计算,探讨了变速节能效益与背压之间的关系,在此基础上提出了水泵变速调节节能效益的无因次预测方法。 |
| 9. | In the same way , we could analyze the two values 0 . 25 and 0 . 33 of the s2 / w , we could find that : no 3 baffle is better than no 2 baffle . based on the experiments result , we found that the integrated of the no 2 baffle is the best
同样，对于无因次量s2 w西安建筑科技大学硕士学位论文的两个值0 . 25和0 . 33 ，运用分析d / w对通道换热和流动阻力影响的类似分析方法，可知2 #板的总体换热效果优于1 #板。 |
| 10. | By non - dimensional analysis of the model , a series of non - dimensional parameters are deduced . the solid circulation rate is obtained by regressing experimental data , which can predict the solid circulation rate within deviation of + 29 %
通过对该模型的无因次分析，找到了影响固体循环速率的无因次数群，并由实验数据回归拟合得到了固体循环速率的定量关联式，它与实验结果符合较好，误差为29 。 |
