| 1. | Solutions of an antiplane edge - crack in a rectangular piezoelectric material
含不可渗透边裂纹压电材料反平面问题的解 |
| 2. | Study and recent progresses of high temperature bisco3 - based piezoelectric materials
钪酸铋基高温压电材料的研究与进展 |
| 3. | Application of piezoelectric materials in vibration control of flexible structures
压电材料在柔性结构振动控制中的应用 |
| 4. | The behavior of two parallel symmetric permeable cracks in piezoelectric materials
压电材料中两平行对称可导通裂纹断裂性能分析 |
| 5. | Accordingly , selecting piezoelectric material to control vibration is a good method
因此选用压电材料来控制振动也是一种很好的办法。 |
| 6. | Fracture analysis of double periodical cracked piezoelectric materials under antiplane shear
双周期裂纹压电材料反平面剪切问题断裂力学分析 |
| 7. | Energy release rate and bifurcation angles of dynamic electroelastic for piezoelectric materials with
压电材料反平面运动裂纹的能量释放率与分叉角 |
| 8. | Modified mixed variational principle for piezoelectric materials and exact solution for smart laminated plates
压电材料修正后的变分原理及智能板的精确解 |
| 9. | Motors made with piezoelectric materials that bend to create motion are entering markets , too
采用压电材料制成的马达（只要弯折便能发电）也正进军市场。 |
| 10. | Currently , it is a hotspot to use piezoelectric material as drivers and sensors in intelligent material
使用压电材料作为传感器和驱动器是当前智能材料的一个热点。 |
