- 更多网络例句与可压缩流体相关的网络例句 [注：此内容来源于网络，仅供参考]
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There is relationship in some degree between wood permeability to compressible fluid and flow pattern of the permeating fluid.
木材可压缩流体渗透性与可压缩流体的流动型态间有一定关联。
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A compressible fluid exhibits significant changes in density, an incompressible fluid does not.
1可压缩流体展品重大变化，密度，一不可压流体不。
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Thus it is shown there may be dissipative compressional wave and shead wave in viscous compressible fluid.
本文在小扰动条件下，从粘性可压缩流体的运动方程、状态方程以及连续性方程导出了它的波动方程，从而表明粘性可压缩流体中能够存在有耗损的纵波与横波。
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Comparison between Rayleigh-Taylor instability growth rates of compressible and incompressible fluid was made, with the state equation of compressible fluid in an arbitrary function form of density and pressure.
对比研究了可压缩与不可压缩流体的Rayleigh-Taylor不稳定性小扰动阶段的增长速率，其中，压力是密度的任意单值函数，这个函数也即是可压缩流体的状态方程。
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At the latter consolidation stage, it was assumed that the water flow only depended on water pressure and was not influenced by the air. Then the independent continuity equation of water was set up to solve variation of water pressure with time. Besides, the water and air were regarded as mixed fluid, and the continuity equation of mixed fluid was set up.
在其后的固结过程中，假定水的流出仅仅取决于水压力，不受气的影响，单独建立水的连续性方程，解水压力随时间的变化；又将水和气看成混合的可压缩流体，建立混合流体的连续性，解混合流体压力随时间的变化。
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By using the theories of conservation of momentum,conservation of energy and hydrokinetics,a mathematical model for describing the relationship among the fluid parameters,the formation parameters and the vibrant operation parameters was established.The analytic solutions of one-dimensional and radial transfusion equation for compressive and single-phase fluid flow through the compressive formation were obtained.The effects of each parameter on the vibrant operation were also gotten.On the basis of the above results,the computation models were established.
应用动量守恒、能量守恒、流体动力学等基本原理，建立了地层参数、流体参数和振动作业参数之间相互耦合的数学模型，求出了单相微可压缩流体在可压缩地层中的平面一维和平面径向渗流方程的解析解，得到了各项参数与振动作业效果之间的关系，为振动采油的数值模拟提供了初始压力分布表达式。
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And the fluid fields are respectively calculated and analyzed by compressible and incompressible model.
同时还计算并分析了选用可压缩流体和不可压缩流体方式的流体场分布。
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Many industries use helically and spirally coiled heat exchanger tubes for single-phase, evaporating, and condensing flows.
在很多工业领域中，螺旋管式热交换器都得到广泛的应用，它可适用于单相流体、蒸汽以及可压缩流体的流动。
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In chapter 4, the plane-radial and plane-parallel flows for Newtonian fluid in fractal porous media are analyzed. Based on the same assumption as that in chapter 3, the expressions for porosity, flow rate, velocity and permeability for both radial and parallel flows are developed. The proposed expressions are expressed as a function of tortuosity, fractal dimension, maximum and minimum pore diameters, and there are no empirical constant and every parameter has clear physical meaning in the proposed expressions.
第四部分研究了分形多孔介质中牛顿流体的平面径向和平行流动，考虑到实际毛细管的弯曲性和毛细管管径的分形分布，给出了径向和平行流动时的孔隙数目、孔隙率、流量、流速和渗透率的分形表达式；得到了分形多孔介质中微可压缩流体的压力分布方程；得到了无量纲的渗透率、压力和流速的解析表达式。
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Two different velocity potential functions corresponding respectively to the liquid above and below the damping spacer are assumed.
研究表明：在相同密度分布条件下，可压缩流体的界面扰动增长速率总是比相应的不可压缩流体的界面增长率大，其相对增长率D随扰动波长的增加而增大，也随两种介质的声速减少而增大，在长波和易压缩流体中，D值可达0.8以上。
- 更多网络解释与可压缩流体相关的网络解释 [注：此内容来源于网络，仅供参考]
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compressible fluid：可压缩流体
compressible flow 可压缩流[动] | compressible fluid 可压缩流体 | adiabatic flow 绝热流
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compressible fluid：可压缩性流体
compressibility 可压缩性,压缩系数,压缩率 | compressible fluid 可压缩性流体 | compression 密部,压缩
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slightly compressible fluid：弱可压缩流体
slightly acidic water 弱酸性水 | slightly compressible fluid 弱可压缩流体 | slightly oil-wet 弱亲油
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compressible fluid flow：可压缩的液流
compressible fluid dynamics 気流解析 | compressible fluid flow 可压缩的液流 | compressible jet 可压缩流体射流
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compressible fluid dynamics：気流解析
compressible fluid 可压缩流体 | compressible fluid dynamics 気流解析 | compressible fluid flow 可压缩的液流
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Efflux of compressible fluid：可压缩流体射出
流出,射出 Efflux | 可壓縮流體射出 Efflux of compressible fluid | 蒸汽噴射器 Ejector, steam
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compressible flow：压缩流动
compressibility measuring apparatus 压缩系数测定装置 | compressible flow 压缩流动 | compressible fluid 可压缩流体
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compressible medium：可压缩介
compressible fluid | 可压缩流体 | compressible jet | 可压缩射流 | compressible medium | 可压缩介
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ignorable coordinate：可遗坐标
可压缩流体|compressible fluid | 可遗坐标|ignorable coordinate | 可用能量|available energy
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Thermodynamically compressible and Incompressible fluids：可压缩和不可压缩流体
User-definable fluid properties 用户定义的流体属性; | Thermodynamically compressible and Incompressible fluids 可压缩和不可压缩流体; | General pump, valve, duct models 泵,阀,管道模型;