| 1. | Stochastic medium model and monitor of surface movements due to excavation
工程开挖地表移动的随机介质模型及监测技术 |
| 2. | Stochastic medium model and engineering example ofground surface movements due to foundation excavation
基坑工程开挖引起地表移动变形的随机介质模型及工程实例 |
| 3. | Random medium model and monitoring of surface movement and deformation caused by excavation of urban underground works
城市地下工程开挖地表移动与变形的随机介质模型及监测 |
| 4. | In this way , corresponding to every single viscoelastic random medium model , we can calculate and gained 6 different wave field characteristic quantities
这样，对应每一个粘弹性随机介质模型，我们均可计算得到6个不同的波场特徵量。 |
| 5. | In this way , corresponding to every single transversely isotropic elastic random medium model , we can calculate and gained 15 different wave field characteristic quantities
这样，对应每一个横各向同性弹性随机介质模型，均可计算得到15个不同的波场特徵量。 |
| 6. | Confirmed in the random medium models that the change of the anisotropic coefficients will arouse the change of some statistical behavior in the wave field records , induced and gained several conclusions
证实了在随机介质模型中，各向异性系数的变化会引起波场记录上的某些统计特徵的变化，归纳得出了若干结论。 |
| 7. | Trough the staggered - mesh finite difference simulations of the wave equations , simulated the propagation of the seismic wave and the relevant zero offset time record in the 2d viscoelastic random medium models
摘要通过交错网格有限差分正演，模拟了平面地震波在二维粘弹性随机介质模型中的传播及其自激自收时间记录。 |
| 8. | This paper , through the staggered - mesh finite difference simulations of the wave equations , simulated the propagation of the seismic wave and relevant zero offset time record in the various transversely isotropic elastic random medium models
摘要本文通过交错网格有限差分正演，模拟了平面地震波在二维横各向同性弹性随机介质模型中的传播及其自激自收时间记录。 |
| 9. | To study the wave field characteristics of 2 - d transversely isotropic elastic random medium , we separately calculated the statistical characterizations ( horizontal center frequency , vertical center frequency and relative magnitude of the wave field energy ) in the five different time sections
为研究横各向同性弹性随机介质模型中的波场特徵，我们在五个不同的时间区段上，分别计算剖面的三个统计特徵（横向中心频率、纵向中心频率、波场能量相对值） 。 |
| 10. | To study the wave field characteristics of 2 - d viscoelastic random medium , we divide up the theoretic recording sections ( vertical component ) into two different time sectors , and separately calculated and extracted the three statistical characteristics ( horizontal center frequency , vertical center frequency and relative magnitude of the wave field energy ) in the two different time sectors
为研究粘弹性随机介质模型中的波场特徵，我们在理论记录（垂直分量）剖面上选取两个时间区段；在这两个不同的时间区段上，分别计算剖面的三个统计特徵（横向中心频率、纵向中心频率、波场能量相对值） 。 |
