水被视作无旋、无粘性理想流体。
The water is idealized and assumed to be irrotational and non-viscous.
本文给出了理想流体球慢旋转结构方程的新的精确解。
This paper presented a new exact Solution for the Slow rotation Structure equation of rotating perfect fluid Spheres on neutron stars.
维里系数是再现非理想流体热物性必不可少的基本参数。
The virial coefficient is a basic thermophysical property that represents the nonideal behavior of real gases.
本文讨论了径向胁强为零的球对称的荷电理想流体的情况。
In this paper charged perfect fluid sphere with no radial stress is discussed. A new solution is presented and the property of the solution is also discussed.
采用理想流体一元管流理论，建立了引射器的理论计算方法。
The Calculating methods of the ejector were presented using the theoretical base of One-dimensional ideal flow.
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。
This paper deals with the non-linear propagation of sound waves radiated by a thin spherical shell vibrating in ideal 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。
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.
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。
Based on the potential theory of ideal fluid, this paper gives a type of mathematical model of high-speed catamaran.
本文从理想流体、均匀密度模型解爱因斯坦场方程得到恒星的临界质量。
In this paper, the critical mass of stars is obtained by solving Einstein's field equations by means of the model of perfect fluid medium with uniform density.
本文给出非理想流体(非理想气体、等离子体及液体)的对偶关联性质的一般理论。
In this paper, a general theory on correlated properties of fluids (nonideal gases, plasmas and liquids) is studied. The solution operator of BBGKY hierarchy is obtained.
理论分析与形成有限元公式所作的基本假设是罐内液体为理想流体以及它的流动是无旋的。
The theoretical analysis and the finite element formulation are based on the assumption that liquid in the tank is an ideal fluid and the liquid flow in the tank is irrotational.
提出了把“理想流体”作为参照量，以粘性边界层作为水流动边界条件的粘性水力设计方法。
This paper, by referring to the "ideal liquid", proposed the viscous hydraulic design methods under the conditions of water-moving border of viscous layer of border.
提出了把“理想流体”作为参照量，把粘性边界层作为水流动边界条件的粘性水力设计方法。
This essay, by referring to the "ideal liquid" proposes the viscous hydraulic design methods under the conditions of water-moving border of viscous layer of border.
因而，文中还讨论了理想流体流动下游边界条件（7）的近似性并提出了进一步改进的设想。
Some reasons of the difference and the reliability of the down-stream boundary condition(7) are discussed.
通过对结构与理想流体耦合问题的分析，利用有限元方法对流固耦合系统动力响应进行了研究。
Through analysis of the coupling problem between structure and ideal liquid, some researches were done on the dynamic responses of solid liquid coupling system using FEM.
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。
Extend structural equation, supposing celestial body is charged ideal fluid. Give three methods to discuss structure of charged celestial body.
本文对理想流体、浓浮流体和混凝土在输送管道中的流动形态，进行了扼要分析，并对泵送阻力运算作了概述。
The flow pattern of ideal fluid, dense floating fluid and wet concrete in conveying tube are briefly analyzed in this paper. The calculation of pumping resistance is also introduced.
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。
Two classes of numerical methods based on FD-WENO schemes were recommended for solving nonconservative compressible ideal fluid dynamics equations.
应用单一拉格朗日法，对一水平放置贮液箱中、位于不同密度的理想流体层间的矩形薄板的变形、应力问题进行研究。
With the single Lagrangian method, deformation and stress of a rectangular thin plate in different density ideal fluids in a tank placed horizontally were studied.
应用单一拉格朗日法，对一水平放置贮液箱中、位于不同密度的理想流体层间的矩形薄板的变形、应力问题进行研究。
With the single Lagrangian method, deformation and stress of a rectangular thin plate in different density ideal fluids in a tank placed horizontally were studied.
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