1.
DETERMINATION OF COEFFICIENT OF EARTH PRESSURE AT REST FOR COHESIONLESS SOIL BY USING STRESS VECTOR-BASED CONSTITUTIVE MODEL
用应力矢量本构模型确定无粘性土的静止土压力系数
2.
Strain Gradient Plasticity Theory Based on Taylor Dislocation Model with Non-classical Vector-like Stress;
考虑Taylor位错模型的含非经典应力矢量的应变梯度塑性理论
3.
Application of Vector Frequency Conversion Technology in Hybrid Electric Vehicle;
矢量变频技术在混合动力电动汽车上的应用
4.
The Application Analysis of Thrust Vector Control Systems of Air to Air Missile
推力矢量技术在空空导弹上的应用分析
5.
Application of Vectorization Technology in High Performance Calculation of Power System
矢量化技术在电力系统高性能计算中的应用
6.
Application of Hysteretic Vector Control in Doubly Fed Wind Generator
滞环矢量控制在双馈风力发电机中的应用
7.
Modern tectonic stress field in Xiezhuang Coal Mine
利用断层滑动矢量反演协庄矿区构造应力场
8.
A force which is a vector quantity has three elements
力是矢量，有三个要素。
9.
Research on Vector Quantization Codebook Design and Application;
矢量量化码书设计与矢量量化应用研究
10.
Determination of Vector Acceleration for Airborne Vector Gravimetry
航空矢量重力测量中载体加速度矢量的确定
11.
INVESTIGATION OF FLIGHT DYNAMICS OF THRUST VECTORING AIRCRAFT USING EXTENDED CONTINUATION METHODS
应用扩展连续算法研究推力矢量飞机动力学特性(英文)
12.
As mentioned above, we have not explicitly used the first condition for equilibrium, that the vector sum of the forces be zero.
如上所述，我们没有直接应用第一平衡条件，即力的矢量和为零。
13.
Research and Application on Vector Control Systems in Variable Speed and Constant Frequency Wind Power Generation Systems;
变速恒频风力发电系统中矢量控制系统的研究及应用
14.
Evaluation of Perioperatively Changes of Left Ventricular Motions in Children with Congenital Heart Disease by VSI
心肌矢量应变力评价先心病患儿手术前后左室壁运动变化
15.
Electro-hydraulic position servosystem of thrust vector by using model-reference fuzzy adaptive control
模型参考模糊自适应控制的推力矢量电液位置伺服系统
16.
Unsteady characteristic research of startup process of secondary hot gas injection thrust vector control system
燃气二次喷射推力矢量控制系统启动过程非定常效应研究
17.
Application of DSP in Active Power Filter Based on Fan-In Vector Transfer Method
DSP在基于扇合矢量变换法有源电力滤波器中的应用
18.
In every case, then the vector force equals the product of the mass and vector acceleration.
因此在所有情况下，力矢量等于质量和加速度矢量的乘积。