1.
Shut-in static pressure calculation of condensate gas wells considering phase behavior change in borehole
考虑井筒相态变化的凝析气井关井静压计算
2.
An analytic method calculation and analysis of the aerostatic guide way
空气静压导轨静态性能的解析计算及分析
3.
Comparison of several calculation methods of static pressure pile sinking resistance pressure
几种计算静压桩沉桩阻力方法的比较
4.
Calculation of Migrating Speed for Wide Space High－pressure Electrostatic Precipitator
宽极距高压静电收尘器驱进速度的设计计算
5.
electrostatic voltmeter
静电电压表;静电电压表;静电伏特计;静电伏特计
6.
The Computer Simulation of Concentration Field for Be/HR-1 Stainless Steel on HIP
铍/不锈钢热等静压浓度场的计算机模拟
7.
Calculation of Critical Point of Power System Static Voltage Stability Based on Direct Method;
基于直接法的静态电压稳定临界点计算
8.
The Calculate of Large-Scale Hydraulic Turbine with Regard to Self-Balanced Static Pressure Axial Seal;
大型水轮机自平衡式静压主轴密封的流场计算
9.
Preliminary Study on the Steady State Voltage Stability of Beijing Electric Main Network Above 220kV;
北京主网电压静态稳定性初步分析与计算
10.
Static and Dynamic Characteristics Analysis and Simulation on Pneumatic Hydraulic Pump;
气动增压器静动态特性分析与仿真计算
11.
Practical Electrostatic Induction Voltage Calculation Method for Double-circuit Transmission Line in Same Tower
同塔双回线路静电感应电压实用计算方法
12.
Calculation and analysis on film thickness of the slippers based on hydrostatic bearing in the aeronautical fuel piston pump
航空燃油柱塞泵滑靴静压润滑油膜计算分析
13.
An Aerostatic Bearing Numerical Calculation Method for 6-DOF Simulation Satellite
6自由度模拟卫星静压气浮轴承数值计算方法
14.
Analysis About the Influence of Load-Voltage Static Characteristic Model to the Power Flow
负荷电压静特性模型对潮流计算的影响分析
15.
Computer Simulation Analysis of Static Bending Strength for Piezoelectric Ceramics
压电陶瓷材料静态弯曲强度的计算机仿真
16.
Study on the Mathematical Model and the Experiment for Static Electrification Owing to Oil Flow in EHV Power Transformers
超高压变压器油流静电带电的计算模型及实验研究
17.
Finite Element Analysis on Pressure Distribution of Partial Porous Aerostatic Circular Thrust Bearing
局部多孔质气体静压圆盘止推轴承压力分布的有限元计算
18.
The porous Mo show higher energy absorbing quantity and efficiency by relative calculation.
计算表明,泡沫钼在静压过程中具有较高的吸能量,吸能效率较高。