本文对流体逻辑网络计算机辅助设计进行了研究。
This paper deals with the fluid logic network CAD and it optimization.
内平式接头最为普遍，它对流体的流动没有限制。
Internal flush joints are most common, offering no restriction to fluid flow.
对流体—流体模型裸眼井声场进行了数值模拟计算。
研究中显示出了流体热物性的变化对流体温度的影响。
Research shows that the thermal properties of the fluid changes in temperature of the fluid.
在文章里作者展示了对流体传动与控制技术的系统哲学思考。
In this article the author presents a systematic philosophy consideration on the fluid power driven and control technology.
岩石孔隙度及流体模量较小时，纵波速度对流体变化比较敏感。
When rock porosity and fluid modulus are relatively small, compressional velocity is relatively more sensitive to variation of fluid saturation.
但对管子的寿命、流量、以及对流体的阻力，基本上没什么影响。
But for the life of the tube, flow rate, as well as fluid resistance, essentially no effect.
本文还分析讨论了传热元件流道壁本身导热对流体温度分布的影响。
The effect of the conduction of the rotor material on the temperature distribution is also evaluated.
隔层是指油气田开发过程中对流体运动具有阻挡作用的不渗透岩石。
The restraining barrier was defined as the non-permeable rocks that blocked the flow during the production of oil and gas development.
本文以阿西金矿床为例，研究地球化学界面对流体成矿的控制作用。
This paper focused on the study of the most optimal geochemical interfaces controlling the mineralization and location of a 'xi gold deposit.
准确可靠地测量压力脉动，对流体脉动的理论和试验研究都是非常重要的。
Its measurement is very important for both theoretical and experimental researches of flow and pressure surges.
本文运用热力学和传递过程的理论，对流体流动过程进行了(火用)分析。
By applying the thermodynamic principles and transfer theories, the exergy analysis of flow of fluids is made.
而对于致密含气砂岩，纵、横波速度比及泊松比对流体变化相对较为敏感。
For the tight sandstone containing gas, only velocity ratio of P wave to s wave and Poisson ratio are sensitive to fluid variation.
通过对流体的局部、瞬时守恒方程进行系综平均，得到了双流体模型的基本方程。
The basic equations of two-fluid model have been developed byapplying ensemble averaging to the local instantaneous conservation equations.
本文主要叙述阀碟与阀座之间所形成的流道对流体诱发振动影响的试验研究结果。
Paper concentrates on the results of the tests on the effects of the flow passage between valve head and diffuser on flow induced vibrations.
本文针对间歇式炉使用高速燃烧器，提出了强对流体系下炉内辐射传热计算方法。
In accordance with the intermittent furnace of applying high-speed burners, this paper puts forward a calculation method of radiation heat transfer within furnace under a strong convection system.
另外，流道形状对流体微观波及效率的影响也是通过改变流体的流动状态带来的。
In addition, pore channel's shape affects microscopic sweep efficiency by changing the flow situation.
主要通过对流体流过非圆形直管的流动分析，得到影响非圆形直管摩擦系数的因素。
Newton fluid's flowing in special pipe is analysed, it is gained that some factors affect the friction coefficient of flowing fluid in special pipe.
根据电站模块化图形自动建模的需要，对流体网络模型的求解问题进行了分析研究。
The analysis of the solution of fluid network model is carried out to match the need of graphically modular auto modelling for power plant simulation.
煤基质的孔隙性对流体流动影响极小，试井所得渗透率反映的是割理系统的渗流能力。
The matrix pores in coal play a little role in fluid flow, therefore the permeability derived from well test is the reflection of the percolation flow capacity in cleat system.
通过不同粘度流体的岩心流动模拟实验，揭示粘度变化对流体渗流及开发效果的影响。
The influence of viscosity change on fluid percolation and development response is revealed through core flow test with fluids of different viscosity.
本文利用弹性波理论对流体——流体模型下直接场被井内流体割线积分抵消进行了证明。
By means of the theory elastic wave, this paper demonstrates direct field's being offset under fluid fluid matrix by secant integral in well.
高速泵是一种特殊的离心泵，它的出现对流体输送机械设计人员提出了新的要求和挑战。
High-speed pump belongs to a specific centrifugal pump, and its appearance has put forward new requests and challenges for those designers.
该方法还可包括基于所检测到的流体差压、绝对流体压力和温度来确定排气的质量流量。
The method may further include determining the mass flow rate of the exhaust based on the sensed differential fluid pressure, absolute fluid pressure, and temperature.
文章针对流体设备运行参数测试的特点，提出了一种网络化虚拟测试流体设备运行参数的方法。
Aiming at characteristics of testing and controlling of running parameter of liquid equipments, a method of networked virtual testing of running parameters of liquid equipment is introduced.
本文以去离子水为冷却工质，对流体横向冲刷方形微针肋阵列热沉的传热特性进行了实验研究。
It is shown that the forced convection over micro pin fin heat sinks is a very effective heat transfer mode.
从希腊到文艺复兴时期，对流体理论的理解，包括声音是如何通过流体传播的，并没有多大的进展。
The understanding of the theory of fluids including sound propagation through them made little progress from the Greeks to the Renaissance.
目的：通过建立适当的流体模型，评价磁共振相位对比电影法对流体定量测量的可行性及准确性。
Purpose: to evaluate the feasibility and accuracy of MR phase-contrast cine technique in cerebrospinal fluid and cerebral blood flow quantification by establish appropriate flow phantoms.
目的：通过建立适当的流体模型，评价磁共振相位对比电影法对流体定量测量的可行性及准确性。
Objective: to evaluate the feasibility and accuracy of MR phase-contrast cine technique in cerebral blood flow quantification by establish appropriate flow phantoms.
目的：通过建立适当的流体模型，评价磁共振相位对比电影法对流体定量测量的可行性及准确性。
Objective: to evaluate the feasibility and accuracy of MR phase-contrast cine technique in cerebral blood flow quantification by establish appropriate flow phantoms.
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