| 1. | The inertia term governing the motion of the fluid might be neglected .
支配流体运动的惯性项可略去不计。 |
| 2. | Let us summarize the governing equations for a fluid, previously deduced .
现在让我们将上面推导出来的流体运动基本方程组归并在一起。 |
| 3. | Fluid motion caused by an external force such as gravity
由重力等外力引起的流体运动 |
| 4. | Fluid motion caused by an external force such as gravity
流体运动由重力等外力引起的流体运动 |
| 5. | Abstract : based on the slender - body assumption , the 3 - d flow is approximated to a set of unsteady 2 - d ones
文摘:引进细长体的假定，把三维的流体运动问题化成了二维的非定常问题，前面剖面对后面剖面的干扰作用用积分表示，改善了切片理论。 |
| 6. | The mechanism of confluence between debris flow and main river , which discuss reciprocity between different liquids , is a brand - new question for fluid mechanics study
它研究不同流体汇流产生的相互作用，处于牛顿流体运动研究和非牛顿流运动研究的交叉点。 |
| 7. | Only on rare occasions do the thermodynamics work ; the fluid motions and the magnetic field all evolve in a compatible manner , so the new dipole polarity can diffuse in and establish a reversed magnetic field
只有在很少的情况下热力学才发挥作用，此时流体运动和磁场都会以相互访调的方式演化，这样新的偶极性就会散开并建立一个倒转的磁场。 |
| 8. | As is known to all , navier - stokes equations are fundamentally important in describing the motion for viscous incompressible fluids . for a long time , these equations have been deeply investigated by a lot of scientific workers , including many famous mathematicians
作为描述粘性不可压缩流体运动规律的基本方程， navier - stokes方程长期以来得到包括许多著名数学家在内的众多科学工作者的广泛关注。 |
| 9. | A lot of results are made from calculating of case for geothermal reservoir property of earth energy within 200 2000 ( m . ) ， it is helpful to analysis influence of permeability coefficient , kinematic viscosity and thermal diffusion coefficient of soils and rocks on heat transfer performance
在地表热能热储物性为200 - 2000 ( m . )的范围内进行的理论计算，得到了许多重要结果，为分析岩土层渗透系数、流体运动粘度和导温系数等对传热量的影响打下了良好基础。 |
| 10. | In this article , physical equations and relative three - dimensional finite - difference formulae in cylindrical and spherical geometries were derived and two - and three - dimensional code in cylindrical and spherical geometries for direct - drive by laser was made , based on the lared - s code in planar geometry . it consisted of the processes such as the inverse bremsstrahlung absorption , electic heat conduction and fluid dynamics
本论文在lared - s程序平面版本基础上，推导了三维柱和球几何中激光驱动的物理方程和相应的差分方程，编制了二维和三维柱和球几何中激光驱动流体不稳定性的lared - s程序版本，主要物理过程包括：激光逆轫致吸收、电子热传导和流体运动。 |
