1.
Calculating first interface micro-annulus width during steam stimulation in thermal recovery well
热采井蒸汽吞吐过程形成的一界面微间隙计算
2.
CFD Study for the Flow Field between the Valve Core and the Valve Sleeve;
阀芯阀套间缝隙内部流场的CFD计算
3.
The Magnetic Potential Computing of Working Gap in Inductor of Magneto-Abrasive Maching;
磁力研磨磁感应器工作间隙磁势计算
4.
Pressure Calculation of Powder Gas in Bush Radial Clearance
衬套径向间隙部位火药气体压力计算
5.
Gap Impedance Simulation of X-Band Three-Gap Coupled Cavity Output Circuit
X波段三间隙耦合腔型输出回路间隙阻抗的模拟计算
6.
Introducing the calculation of decelerator axle-system each grade axial clearances and its theoretical basis.
减速器轴系行级轴向间隙的计算及其理论依据。
7.
Field Calculation of a Magnetic Fluid Seal by the Finite Element Method
应用有限元法计算磁流体密封间隙磁场
8.
Simulation and Calculation of Annular Gap s Leakage and Friction Based on CFD;
基于CFD环形间隙泄漏量及摩擦力的仿真计算
9.
Research on Numerical Calculation and Analysis of HPT Tip Clearance;
高压涡轮叶尖间隙数值计算与分析研究
10.
Experience Calculation for the Best Asphalt Aggregate Ratio Based on the Voids in the Mineral Aggregate(VMA)
基于矿料间隙率的预估最佳油石比经验计算法
11.
Experience Calculation for the Voids in the Mineral Aggregate (VMA) Based on Aggregate Gradation
基于矿料级配的矿料间隙率VMA经验计算法
12.
Calculation Method of Driving Torque of the Large Gap Magnetic Drives System
大间隙磁力传动系统驱动力矩的计算方法
13.
Calculation and Simulation of the Electronic Conductance in Double Gap Coupling MBK Cavity
多注双间隙耦合腔电子电导计算与模拟
14.
Computation of Seal Pressure Difference of Ferromagnetic Fluid Dynamics Seal in Conicity-circular Gap
圆锥环间隙中铁磁流体动密封的压差计算
15.
First-principles study of hydrogen atom in interstitial sites of NiAl and Cr
NiAl和Cr材料中H原子间隙的第一性原理计算
16.
Be able to understand the cutting clearance with different die, and calculate the cutting clearance with the different thickness of the material.
能理解不同模具的切刀间隙，并根据不同的材料厚度计算出切刀间隙。
17.
Calculation and Study of the Space Electric Field in Long Rod-Plane Gap Discharge;
冲击电压下棒—板长空气间隙放电中空间电场的计算研究
18.
Computation and test showed that the variation of magnetic force and bearing rigidity increases along with the reduction of axial magnetic gap and the augment of clearance between magnets.
计算和试验表明，随着磁隙的减小，磁块间隙的增大，磁力和刚度的变化增大。