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1·The Out-differential Equation of Ideal Fluid in General Theory of Relativity;

爱因斯坦的广义相对论所预言的运动与牛顿理论稍有差异。

2·Objective To explore the ideal fluid resuscitation pressure for early treatment of uncontrolled hemorrhagic shock.

目的利用大鼠非控制性出血休克模型，探讨早期低压复苏的理想复苏压力。

3·Based on the potential theory of ideal fluid, this paper gives a type of mathematical model of high-speed catamaran.

本文以理想流体的势流理论为基础，建立高速双体船的数学模型。

4·This paper deals with the non-linear propagation of sound waves radiated by a thin spherical shell vibrating in ideal fluid.

本文研究理想流体中薄质球壳受激振动辐射声波的非线性传播。

5·On the assumption that the media is an ideal fluid, the analytic solution for differential equations of disturbing flow is obtained.

在理想气体假设下给出了扰动流运动微分方程组的解析解；

6·The ideal fluid is clean and solids-free (filtered), and will not react to cause damaging by-products on contact with the reservoir formation.

理想的射孔液应是洁净的而且无固相(经过过滤)，与储层接触时不会反应产生损害性副产物。

7·Extend structural equation, supposing celestial body is charged ideal fluid. Give three methods to discuss structure of charged celestial body.

假设星体为荷电理想流体，将星体的结构方程推广到荷电情形，并给出了讨论荷电星体结构的三种基本方法。

8·It is shown that there exists a thermal boundary layer for the convective heat transfer of ideal fluids also, similar to that for viscous fluid.

结果表明：理想流体的对流传热与黏性流体同样存在着热边界层。

9·Two classes of numerical methods based on FD-WENO schemes were recommended for solving nonconservative compressible ideal fluid dynamics equations.

以求解双曲守恒律组的FD-WENO格式为基础提出了两类用于求解非守恒可压编理想流体力学方程组的数值方法。

10·The results show that no size segregation of particle medium with wide size fraction occurs in vibration bed. It is favourable for the forming of the ideal fluid…

结果表明，宽粒级介质在振动床中不产生粒度离析，有利于振动流化床形成理想流化状态。