- 更多网络例句与连续性方程相关的网络例句 [注：此内容来源于网络，仅供参考]
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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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On the basis of Navier-Stoks equation and continuity equation, the SOLA-VOF method was adapted to calculate the field of velocity and pressure in fluid in this program. According to the inertia and continuity of fluid, a new velocity boundary conditions of free surface for 3dimensional fluid flow simulation had been developed. By the new method, any velocity condition occupied on the free surface of the fliud flow could be treated reasonably.
以流体的动量守恒方程和连续性方程为基础，采用SOLA-VOF方法，结合首次提出的流体惯性原理与连续性原理相结合的自由表面速度边界条件处理方法，研制出了流场数值模拟程序。
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The paper uses precise step to produce the continuity function of water hammer mathematic model, not only gains more precise water hammer pressure function and water hammer wave speed functionbut also founds correct water hammer mathematic modelContinuity EquationMovement EquationAfter ignoring subordinate facts, function (1) and (2) translate into the current applied water hammer pressure function and water hammer wave speed function.
本论文对水击数学模型中的连续性方程重新进行了严谨的推导，不仅得到了更加准确的水击压强和水击波速的计算公式也建立了正确的水击数学模型连续性方程运动方程当忽略次要因素以后，公式(1)和(2)即可转化为当前应用的水击压强计算公式和水击波速计算公式。
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The model mainly includes: the continuity equation of the fracturing fluid flowing in the fracture, pressure drop equation, fracture width equation and height equation.
该模型主要包括：压裂液在缝中流动的连续性方程、压降方程、裂缝宽度方程和及高度方程。
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Howerver, the so-called flamelet model, by simplifying real flames to one-dimensional structure and at the same time virtually decoupling chemistry calculation from flow, is able to successfully predict many kinds of combustion phenomenon with decent computing cost, which makes ...
实际燃烧问题发生在三维复杂流场中，这种现象的描述需要结合连续性方程、动量方程、能量方程、组分方程和状态方程，刚性的化学反应及其庞大的反应机理与多尺度的流动耦合在一起，更是大大增加了方程求解的难度。
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On the basis of gas migration equation -Darcy Law,coal seam gas content equation -parabola equation ,ideal gas state equation and the continuity equation s of the gas flow,a dynamic model of gas unilateral flow in the coal seam is set .
根据基本假设，对煤层瓦斯流动规律进行了研究，运用瓦斯运动方程—达西定律、煤层瓦斯含量方程—抛物线方程、理想气体状态方程以及气体流动的连续性方程，建立了煤层单向瓦斯流动的动力学模型，并根据边界条件和初始条件，对动力学模型进行了求解，推导出煤壁单位面积的瓦斯涌出量的计算公式，分析了瓦斯涌出量的影响因素，利用测得的数据，进行了实例计算，并用vc编制了计算机程序。
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And detailedly analyzing reasons including these problems, it is can be found that not thinking of the slope of pipeline and the friction in the process of production water hammer pressure functions, but thinking of the effect of the slope pipeline in the process of production the consequent water hammer calculative continuity function , which results in the inconsequent illogicality in the whole process of producing.
对这些问题存在的原因进行了详细分析，发现在当前推导水击压强公式的过程中没有考虑管道的倾斜度和摩擦阻力的影响，而在后面水击计算的连续性方程的推导过程中则考虑了管道的倾斜度，这就导致了在当前连续性方程的整个推导过程中前后矛盾的不合理现象。
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Secondly, detailedly analyzing reasons inducing these problems, author finds it is that not thinking of the slope of pipeline and the friction in the process of producing water hammer pressure functions, but, thinking of the effect of the slope of pipeline in the process of producing the consequent water hammer calculative continuity function, which results in the inconsequent illogicality in the whole process of producing.
接着，对这些问题存在的原因进行了详细分析，发现在当前推导水击压强公式的过程中没有考虑管道的倾斜度和摩擦阻力的影响，而在后面水击计算的连续性方程的推导过程中则考虑了管道的倾斜度，这就导致了在当前连续性方程的整个推导过程中前后矛盾的不合理现象。
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Establish the steady-state and transient model using the three hydrodynamics equations (Continuity equation, Momentum equation and Energy equation). By comparing different state equation, it selects the BWRS state equation which is considered the most accurate state equation in current natural gas measurement. It calculates compression factor, density and other Thermal parameters based on BWRS state equation. In Numerical solution of the steady-state and transient model, compression factor, friction coefficient and all the other Thermal parameters are recalculated in each small time step to reduce the numerical calculation error.
在稳态模型的建立上，利用流体力学三大方程(连续性方程、运动方程和能量方程)，通过比较不同的状态方程选用了目前被认为最精确的用于天然气计量的BWRS状态方程，并以此方程为基础进行压缩因子、密度等热物性参数的计算；在稳态模型的求解上，选用容易计算，精度较高的标准型龙格—库塔(Runge-Kutta)法进行数值求解，并且在迭代过程的每一小步都重新计算燃气的压缩因子，摩阻系数等所有的计算参数，以减少数值计算的误差。
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The computer programs developed for the combustion process in the chamber have applied the turbulent diffu-sion flame model.
模拟包括流体流动的连续性方程和动量方程、湍流的k－ε双方程、混合分数f方程、能量方程和浓度方程。
- 更多网络解释与连续性方程相关的网络解释 [注：此内容来源于网络，仅供参考]
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condition for continuity：连续性条件
condition equation 条件方程 | condition for continuity 连续性条件 | condition number 条件数
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continuity equation：连续性方程
Compensated OP-AMP 补偿运放 | Continuity equation 连续性方程 | Contact hole 接触孔
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electron continuity equation：电子连续性方程
electron conduction 电子导电 | electron continuity equation 电子连续性方程 | electron cooling 电子冷却
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compositional continuity equation：组分连续性方程
compositional banding 成分条带 | compositional continuity equation 组分连续性方程 | compositional gradient 组分梯度
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phase continuity equation：相连续性方程
phase contact 相接触带 | phase continuity equation 相连续性方程 | phase contrast electronic microscope 相差电子显微镜
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material continuity equation：物质连续性方程
material constant 材料常数 | material continuity equation 物质连续性方程 | material coordinates 物质坐标
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one-dimensional continuity equation：一维连续性方程
one-dimensional consolidation 一向固结,单向固结 | one-dimensional continuity equation 一维连续性方程 | one-dimensional crystal 一维晶体
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continuity in the mean：均方连续性
continuity equation 连续方程 | continuity in the mean 均方连续性 | continuity interval 连续区间
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Equation of continuity：连续性方程
epitope 表位 | equation of continuity 连续性方程 | equilibrium potential 平衡电位
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continuity equation of water flow：水流连续性方程
圣维南方程组 de Saint-Venant system of equations | 水流连续性方程 continuity equation of water flow | 水流能量方程 energy equation of flow