| 1. | In the trachea and large branch; some longitudinal segments of the living fluid travel at greater rates than others .
在气管和大支气管中，敷射液体的某些纵向节段的迁动速率比其他部分快。 |
| 2. | Biomechanical effect of kyphoplasty on adjacent segment
椎体后凸成形术对邻近节段的生物力学影响 |
| 3. | Cloning and sequencing of infectious bursal disease virus gt genomic segment a
节段的克隆和序列分析 |
| 4. | Adjacent - segment degeneration after spine fusion with instrumentation
脊柱融合内固定术后邻近节段的退行性变 |
| 5. | Cervical vertebral fusion and degeneration of adjacent segments after fusion
颈椎融合及融合后邻近节段的退行性变 |
| 6. | We are endeaoring to find the ultimate fusion solution and in contradiction , preent motion segment degeneration with biologics
我们在努力寻求可靠的椎间融合方法的同时，从一个相反的角度，我们也试图通过生物学的方法来阻止运动节段的退变。 |
| 7. | Through mechanical analysis for segmental model of the girder by spatial finite element method ( fem ) , the mechanism of the two side - boxes of girder under transverse prestressing was obtained
采用空间有限单元法，建立主梁节段的计算模型，对主梁边箱在横向预应力作用下的受力特性进行分析。 |
| 8. | Tvigeminal nerves block and ganglion stellare block were done in head and facial region ; cervical , thoracal and lumbav sympathetic ganglia block were taken and with additional corresponding sympathetic block
头面部采用三叉神经阻滞外加作星状神经节阻滞治疗；颈、胸、腰段除采用推旁神经阻滞外另加作相应节段的交感神经节阻滞治疗。 |
| 9. | Applying a spatial nonlinear fem modeling , the actual cantilever construction process of the cable - stayed bridge concrete girders was simulated , the tension forces of cables and the initialize heights of girders during construction are obtained respectively
运用空间非线性有限元分析模型，模拟了混凝土斜拉桥主梁的悬臂浇筑过程，求出各施工阶段斜拉索的初始张拉力和主梁节段的立模标高。 |
| 10. | It proof that this device is more direct to validate . based on the time effect theory of creep and combined the test and the actual construction circumstance , the paper may be helpful to construction for it is analyzed and simulated by fem
本文将在徐变时效分析理论的基础上，结合实际施工情况，通过对不同龄期的混凝土徐变特性的试验，利用有限元软件进行节段的模拟分析，对施工起到良好的指导作用。 |
