| 1. | Analysis of ejector performance using dimensionless parameters
在用偏最小二乘法 |
| 2. | Heat transfer ; concepts , dimensionless parameters
热传递.概念非尺寸参数 |
| 3. | The third dimensionless parameter in the penetration dynamics of rigid projectiles
刚性弹侵彻动力学中的第三无量纲数 |
| 4. | Dimensionless parameters applied to fault diagnosis of mine low speed heavy loaded gear
无量纲参数在矿用低速重载齿轮故障诊断中的应用 |
| 5. | Mass transfer diffusion and transport of matter ; basic concepts , quantities , symbols , dimensionless parameters
物质传播扩散和传递.基本概念.量.符号.无量纲参数 |
| 6. | Our analysis shows that the criterion for self - propagating wafer bonding is relevant to the dimensionless parameter
分析结果表明，晶片直接键合的条件与无量纲参数有关。 |
| 7. | A parametric study of the effect of these governing dimensionless parameters is conducted to illustrate the behavior of soil - pile interaction
利用所得解对土体动力反应特性和桩的纵向振动特性进行了无量纲参数分析。 |
| 8. | From the analyse of the process controlling equations , the dimensionless parameters which affect the nu number and the sh number in cfb were obtained , and the experimental dates were further processed to be the more scientific relationship curves of all these dimensionless parameters
通过对其过程控制方程的分析得出了影响床内气粒两相间传热nu数、传质sh数的无因次运行参数，进而将实验结果整理为更加科学的无因次相似准则间的关系曲线。 |
| 9. | 3 . a dimensionless parameter i . e . breaking symmetry a is defined which reflects the characteristic of molecular arrangement in non - symmetric lc cell , the expression is where d is the distance between the maximal tilt angle 0m and the below substrate , l is the thickness of lc cell
定义了一个反映不对称液晶盒液晶分子排列对称性特点的无量纲量? ?对称破缺，定义式为= ( d - l / 2 ) / ( l / 2 ) ，其中d为倾角最大值_ m距下基板的距离， l为液晶盒的厚度。 |
| 10. | According to the results , the author has used two dimensionless parameters in the detecting equipment . the detecting system ' s structure is simple and it can improve the reliability of the detecting result . so it can free workers from heavily labors , and the workers can use the equipment without special knowledge on fault - diagnosis theory
按照无量纲诊断方法研制的检测系统构成简单，提高了故障诊断的实时性和诊断结果的可靠性，同时不要求操作人员具有专业知识，减少了人为差错，使系统的可接受性得到了提高。 |
