1.
B-Spline Curve Fitting Based on Gradient Vector Flow Deformable Models
基于梯度矢量流变形轮廓的B样条曲线拟合
2.
Medical Image Segmentation Based on Dynamic Directional Vector Flow Snake Model
基于动态方向梯度矢量流蛇模型的图像分割
3.
Gradient Vector Flow Geodesic Active Contour Model Aided Region Force
辅以区域力量的梯度矢量流测地线活动轮廓模型
4.
Wavelet-based Multiscale DDGVF Snake Model for Cardiac Magnetic Resonance Images Segmentation
小波多尺度动态方向梯度矢量流与心脏核磁共振图像分割
5.
Iterative Gradient Vector Flow (IGVF) Method and Its Application in Medical Image Segmentation;
迭代梯度矢量流方法及其在医学图像分割中的应用
6.
Medical Image Segmentation Using GVF Deformable Models;
梯度矢量流（GVF）变形模型在医学图像分割中的应用
7.
Image Segmentation Based on Improved Dynamic Directional Vector Flow Snake Model
基于改进的动态方向梯度矢量流蛇模型的图像分割
8.
Application of convective and moist vorticity vectors in the analysis of a heavy rainfall event
对流涡度矢量和湿涡度矢量在暴雨诊断分析中的应用研究
9.
THE RELATIVASTIC TRANSFORMATION OF ENERGYFLOW DENSITY VECTOR AND ENERGY DENSITYOF ELECTROMAGNETIC FIELD
电磁场能流密度矢量与能量密度的相对论变换
10.
Probability Current DensityIs a Constant vector in the Penetration of a Rectangular Potential Barrier;
概率流密度矢量是方形势垒穿透中之守恒量
11.
Conditions Where Magnetic Field Intensity Vector Relates Only to Conduct Electricity;
磁场强度矢量仅与传导电流有关的条件
12.
Vector Magnetic Field Measurements of Sunspots and Calculation of Longitudinal Current Density;
太阳黑子矢量磁场的测量及视向电流密度的计算
13.
Establish displacement vector equation of mechanism using vector method to infer the speed and the acceleration vector equation.
运用矢量法建立机构的位移矢量方程,推导出速度、加速度矢量方程。
14.
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
15.
Vector Control of Doubly Fed Motor Without Speed Sensor Based on Rotor Current Direction;
转子电流定向无速度传感器双馈电机的矢量控制
16.
Average velocity is a vector quantity, in the same direction as the vector △s.
平均速度是矢量，它与矢量△s的方向相同。
17.
The electric current density vector field also satisfies superposition principle, some applications thereof are introduced.
电流密度矢量场也满足叠加原理，给出了一些应用电流密度场叠加原理的例子。
18.
Research on Microjet Used for Flow Vector Active Control;
流动矢量主动控制的微射流技术研究