速度和滑程,velocity and displacement
1)velocity and displacement速度和滑程
1.The fluid pressure and force(moment) on ship were calculated at each time,and thevelocity and displacement of ship were achieved by solving motion equations.计算每一时刻的流场压强和船体所受水作用力(矩),并通过求解船体运动方程获得船体运动的速度和滑程。
2)velocity slip and temperature jump速度滑移和温度跳跃
3)velocity equation for sliding along subface底面滑动速度方程
4)velocity equation for sliding along top surface表面滑动速度方程
5)slippage velocity滑脱速度
1.The key for applying slippage model of oil-water 2-phase production profile is to correctly solve oil-waterslippage velocity.滑脱模型的关键在于滑脱速度的求取。
2.Based on the value difference between true flow velocities in oil and water 2 phase flow in horizontal wells, a model for interpretingslippage velocity of 2 phase flow is established, and field application is carried out with better result.针对水平井油水两相流动中油水各相真实流动速度之间的差异,建立了油水两相流动滑脱速度解释模型,并在现场进行了试处理,试用效果较好。
3.Based on detailed analysis of diphasic flow simulation experimental data, the equations for calculation ofslippage velocity in diphasic flows of gas-liquid and oil-water are established.在两相流动模拟实验数据分析的基础上 ,提出油水两相和气液两相流动的滑脱速度的实验关系 ,进而确定垂直井两相流动生产测井解释的滑动模型。
6)slip velocity滑移速度
1.In the present paper, combination of pressure difference method with gas-liquid inter-phaseslip velocity was proposed to measure the phase holdups in TPALRs.将压差法与气?液相间滑移速度相结合,提出了利用压差法测量三相区局部相含率的新方法,将测得的局部固含率进行轴向平均并与由颗粒装填量计算所得的固含率进行比较,证明了此方法的可靠性。
2.Distribution law of its inner Flow Field and separation characteristic of oil and water phases flow were obtained according to the analysis of distribution of oil phase volume concentration, distribution of oil phaseslip velocity and separation efficiency under different flux.数值模拟了油水分离用水力旋流器油水两相流,分析了水力旋流器内部油相体积浓度分布、油相滑移速度分布以及不同流量下的分离效率,得到了水力旋流器内部流场的分布规律和油水两相流的分离特性。
3.Localslip velocity is an important factor in mass,momentum and heat transfer of riser reactors.这种颗粒团尺寸的不均匀性导致了滑移速度沿径向也存在着梯度分布 。
英文短句/例句
1.Prediction Model and Analysis for Velocity of Sliding Bubble Near Wall in Horizontal Flow Boiling水平流动沸腾近壁汽泡滑移速度预测及分析
2.If the average slip velocity is zero, there is no holdup of one phase relative to the other.如果平均滑移速度为0，也就没有一相对另一相的滞留。
3.Move slider to adjust pace for "Press-to-Select."移动滑杆来调整“按压选择”的速度。
4.Refined Newmark sliding method based on average yielding acceleration平均屈服加速度的Newmark滑块位移法
5.Move the sliders to change the speed that the cursor blinks (cursor blink rate) and the width of the cursor.移动滑杆来改变光标闪烁的速度(光标闪烁速度)和光标的宽度。
6.Control Strategy of EBD Based on Wheel Acceleration and Slip Ratio基于车轮加速度和滑移率的EBD控制策略
7.The Relationship between Speed Skating Leg Stretching Techniques and the Focus of Movement速度滑冰蹬伸技术与重心移动方式之间的关系
8.Predicting velocity and motive mechanism of sliding bubble in vertical flow boiling竖直流动沸腾滑移汽泡速度预测及运动机理
9.Slip Line Velocity Equation for Compressible Materials in Plane Strain and Its Velocity Discontinuty;可压缩材料平面应变滑移线速度方程及速度间断
10.Flow and Heat Transfer Characteristics in Microchannel in Velocity-Slip and Temperature-Jump Regime;速度滑移及温度跳跃区微尺度通道内的流动与换热
11.On the Difference between Speed Skating and IN-Line Speed Skating Technology浅谈速度滑冰与速度轮滑技术的区别
12.Molecular Dynamics Simulation of Velocity Slip and Its Effect on Micro-and Nanoscale Flow;速度滑移及其对微纳尺度流动影响的分子动力学研究
13.SLIP DISPLACEMENT AND ITS RATE ABOUT ZEMUHE FAULTS则木河断裂带的走滑位移及滑动速率
14.The velocity slip maximum and flow velocity maximum are corresponding to different density.在对不同密度的流体的模拟分析中发现,最大速度滑移与最大流速对应不同的流体密度。
15.Effect of Speed Roller Skating Training on the Speed Skaters" Ability速度轮滑训练对速度滑冰项目的影响及作用
16.rapid travelling speed of table工作台快速移动速度
17.Select the Rolling Speed at the pull down menu, then hold down the left click on the [ Rolling Up ] or [ Rolling Down ] to control the destination blind.于下拉选单选好搅动速度后，用滑鼠左键按下[上移]或[下移]控制地点牌。
18.Glide. Subject glides at speed of20 ft.滑翔术：受术者以20呎的速度滑翔。
相关短句/例句
velocity slip and temperature jump速度滑移和温度跳跃
3)velocity equation for sliding along subface底面滑动速度方程
4)velocity equation for sliding along top surface表面滑动速度方程
5)slippage velocity滑脱速度
1.The key for applying slippage model of oil-water 2-phase production profile is to correctly solve oil-waterslippage velocity.滑脱模型的关键在于滑脱速度的求取。
2.Based on the value difference between true flow velocities in oil and water 2 phase flow in horizontal wells, a model for interpretingslippage velocity of 2 phase flow is established, and field application is carried out with better result.针对水平井油水两相流动中油水各相真实流动速度之间的差异,建立了油水两相流动滑脱速度解释模型,并在现场进行了试处理,试用效果较好。
3.Based on detailed analysis of diphasic flow simulation experimental data, the equations for calculation ofslippage velocity in diphasic flows of gas-liquid and oil-water are established.在两相流动模拟实验数据分析的基础上 ,提出油水两相和气液两相流动的滑脱速度的实验关系 ,进而确定垂直井两相流动生产测井解释的滑动模型。
6)slip velocity滑移速度
1.In the present paper, combination of pressure difference method with gas-liquid inter-phaseslip velocity was proposed to measure the phase holdups in TPALRs.将压差法与气?液相间滑移速度相结合,提出了利用压差法测量三相区局部相含率的新方法,将测得的局部固含率进行轴向平均并与由颗粒装填量计算所得的固含率进行比较,证明了此方法的可靠性。
2.Distribution law of its inner Flow Field and separation characteristic of oil and water phases flow were obtained according to the analysis of distribution of oil phase volume concentration, distribution of oil phaseslip velocity and separation efficiency under different flux.数值模拟了油水分离用水力旋流器油水两相流,分析了水力旋流器内部油相体积浓度分布、油相滑移速度分布以及不同流量下的分离效率,得到了水力旋流器内部流场的分布规律和油水两相流的分离特性。
3.Localslip velocity is an important factor in mass,momentum and heat transfer of riser reactors.这种颗粒团尺寸的不均匀性导致了滑移速度沿径向也存在着梯度分布 。
延伸阅读
跳跃速度分子式：CAS号：性质：又称跳跃速度。气-固相混合物在水平管线中流动，其压降与气体流速之间的关系如图所示。在气流速度足够高时，所有颗粒都保持悬浮状态，在输送过程中不发生沉积。相当于图上C点。当固体的输送量Gs1不变，逐步地将气体速度由C点降低，这时单位管长的压降会有所减少。但在达到D点时，颗粒开始沉积到管子的底部，而且这一沉积现象会继续进行至E点。使管内的实际流速和管内压降增加到颗粒沉积和颗粒夹带达到平衡为止。相当于D点。气体表观速度，称为沉积速度Ucs。另外应注意到Ucs是固体输送量Gs的函数。增加固体输送量，则沉积速度也会增加（图暂缺）。
