| 1. | A granular material designed for maximum stability should possess high internal friction to resist deformation under load .
为得到最大的稳定性而设计的颗粒材料应具有高内摩擦力而抵抗荷载下的变形。 |
| 2. | Recent studies of grain boundary internal friction
晶界内耗的研究 |
| 3. | The mechanism of the damping peaks related to internal friction in metallurgy
冶金内耗相关的阻尼峰机理 |
| 4. | Effective angle of internal friction
有效内摩擦角 |
| 5. | Phase separation in la2nio4 studied by low - frequency internal friction technique
体系相分离现象的低频内耗研究 |
| 6. | Residual angle of internal friction
残余内摩擦角 |
| 7. | Internal friction behavior of sic particle reinforced mmcs prepared by spray co - deposition
43复合材料的制备及组织性能 |
| 8. | Background internal friction
本底内摩擦 |
| 9. | True angle internal friction
真内摩擦角 |
| 10. | Feasibility analyses of small - scale triaxial test in measuring internal friction angle
小三轴压缩试验确定内摩擦角的可行性 |
