field tank
英 [fiːld tæŋk]
美 [fiːld tæŋk]
网络 矿场油罐
双语例句
- Research on Ergodicity of Flow Field in the Mixing Tank of a Vertical Kneader
立式捏合机混合釜内流场遍历性研究 - Influence of Transducer Arrangement Number on Characteristics of Sound Field in Ultrasonic Cleaning Tank
换能器布阵数量对超声清洗声场特性的影响 - The research results provide theoretic guide for field application of air tank to water hammer control.
研究结果对现场使用空气罐来控制水击提供了理论指导。 - One of the basic questions concerning the effectiveness of irregular anti-tank mine field is the tank damaging probability.
不规则防坦克雷场作战效能的基本问题之一是雷场毁伤坦克的概率问题。 - Simulation of Flow Field in the Quenching Tank and Optimal Design of Uniform Flow Systems
淬火槽内介质流场模拟及均流系统优化设计 - Application of a Novel Amorphous Micro-Magnetic Sensor in the Analysis of Static Magnetic Field Around a Tank
一类新型非晶丝微磁探测器在坦克静态磁场分析中的应用 - Research of VR System for Fire Fighting on Field Oil-tank
油库地面油罐消防虚拟现实系统的研究 - First, the finite-element computing model of the medium flow field in quenching tank is set up.
首先建立了淬火槽内介质流场的有限元计算模型。 - Numerical Simulation and Experimental Study on the Flow Field in Tank Stirred by Unsteadily Rotational Impeller
变速搅拌槽内流场的数值模拟及实验研究 - Any intelligence depends on the quality of scholars in their field, think tank for the outstanding scholars, they have the wisdom of creation, they put the ideas into practical problems solutions.
任何智库都取决于学者的质量，智库争夺各自领域优秀的学者，他们拥有创造的智慧，他们把思想变为对现实问题的解决方案。 - Crude oil tank is important equipment for storing oil in oil field. Oil tank liquid level is one of the important parameters of storing and transmitting crude oil technology. Precise liquid level measurement is the dependence of managing.
原油储罐是油田存贮油品的重要设备，储罐液位是原油集输工艺的重要参数之一，精确测量液位是贮运系统信息管理的重要依据。 - This thesis studies particularly the medium flow field in a quenching tank and its relationship with the temperature field, the microstructure field and the internal stress field of a shaft-type test-piece, by using computer simulation and experiment examination.
针对上述问题本文用计算机模拟与试验研究相结合的方法，着重研究了淬火槽中介质的流场以及介质流场与轴类试件的温度场、显微组织场和内应力场的关系。 - Particle image velocimetry ( PIV) technique is used to study the flow field in stirred tank with Rushton turbine and without baffles.
用粒子图像测速技术（particleimagevelocimetry，简称PIV）对带有Rushton桨叶的，无挡板搅拌槽内的流场进行研究。 - Measurement and numerical simulation of flow field in stirred tank with multiple impellers
多层搅拌桨流动场的测量与数值模拟 - Preliminary Study on the Flow Field in Fuel Tank and Its Visual and Simulation System
旋转油箱内流场可视化与仿真系统的初探 - Application of the modified PIV for measurement of flow field in stirred tank
改进PIV技术在测量搅拌槽内流场中的应用 - Design and Application about the Software of Electric Field in Storage Tank
贮罐电场数值计算软件设计与应用 - Numerical Calculation of Temperature Field in OU Tank
油罐温度场的数值求解 - Study of Ultrasonic Field in Cleaning Tank
超声清洗槽内声场分布的研究 - Mixing Technology of Gas_Liquid_ Floating Particle(ⅳ)& Flow Field in Agitated Tank
自浮颗粒三相体系的搅拌混合技术（Ⅳ）&釜内流型 - Computation of the acoustic field in an anechoic tank is important for selection of absorption lining.
消声水池的声场计算对消声水池尺寸的确定和所敷设的吸声材料参数的选择十分重要。 - The Effect of Grids on Ultrasonic Field in Cleaning Tank
网格对超声清洗槽内声场的影响 - Finite Element Calculation of the Temperature Field for Tank Gun Barrel
坦克炮管温度场的有限元计算 - Analysis of temperature field of concrete tank wall in construction period with simulation method
水池池壁施工期温度场仿真分析 - Computation of Leakage Magnetic Field and Tank Eddy Current Loss of Transformer
变压器漏磁场及箱体涡流损耗计算 - Velocity and concentration field in agitated tank with single layer axial agitator blade were calculated by means of CFD software FLUENT 6.0, and the influences of feeding and detecting positions on mixing times were discussing.
利用计算流体力学软件FLUENT6.0程序计算了单层CBY搅拌槽内流体混合过程的速度场和浓度场，讨论了加料点位置和监测点位置对混合时间的影响。 - Potential distributions of deep well anodic electric field on external tank bottom were derived according to the basic law of electromagnetic field and the geometry characteristics of cathodic protection system.
依据电磁场基本定律和罐底阴极保护系统的几何特征推导深井阳极电场在罐底外侧的电位分布。 - Distribution of Electrostatic Potential and Field in a Cylindrical Tank
圆柱形油罐模型的静电电位和电场的分布 - The flow of high viscosity fluid is very complex in the stirred tank, so it is difficult to be obtained flow field in tank by existing experimental condition.
高粘流体在搅拌釜内的流动过程十分复杂，现有的实验研究方法难以细致描述釜内的流场。 - It is found that the blade angle of the gas dispersion channel, the type of the lower impeller and the impeller spacing have significant influence on the macro-flow field in the tank.
研究发现：气体分散通道叶片角度、下层桨类型、桨叶间距对搅拌槽内宏观流动场有显著的影响。