1) Vector Angle Analysis
矢量夹角解析
2) vector angle
矢量夹角
1.
The paper discusses the theory of speed controlling after interpolating and how do the factor that mostly include cutting speed,time constant of speed controlling and vector angle of conterminous CNC segment affects arriving precision.
文章论述了后加减速的原理及进给速度、加减速时间常数、上下程序段之间的矢量夹角对轮廓误差的影响,给出了数据采样插补应用后加减速时依据矢量夹角控制轮廓误差的一种方法,并对矢量夹角的计算给出了详细解析。
3) vectorial analytic solution
矢量解析解
1.
On the basis of small signal approximation,the vectorial analytic solutions to the space-charge field for two-center holographic recording in the recording and readout phases are deduced.
在小信号近似的基础上给出了双中心全息记录中记录与固定阶段空间电荷场的矢量解析解。
4) vector analytic method
矢量解析法
1.
According to the demand of rising and falling motion of the ring rail, vector analytic method was adopt to calculate the coordinate value of the cam profile directly in order to increase the precision of the equilibrium cam.
根据钢领板的升降运动对平衡的要求 ,利用矢量解析法精确地、直接地计算出平衡凸轮实际轮廓线的坐标值 ,提高了平衡凸轮的设计精度。
5) vector-equation analytical method
矢量方程解析法
1.
Furthermore,according to the theory of mechanism,relations of mechanism motion are analyzed with vector-equation analytical method.
结合机构运动原理,用矢量方程解析法分析各构件之间的运动关系,再用VRML内置接口语言VRMLScript编写程序运动仿真,并在网页上显示。
6) vector angle
矢量角
1.
In the algorithm,the Y component is first calculated in YIQ color space,then gradient magnitude is calculated to estimate opacity using the combination of vector angle and .
首先计算 YIQ空间中的亮度分量 Y,然后基于 Y分量,在RGB空间中利用矢量角与欧氏距离的联合来计算彩色体素的梯度幅值,从而得到阻光度值,最后合成、累积颜色。
2.
The assumption was presented that the jet was adopted in the nozzle to increase the speed of the main flow in the nozzle and form the exit vector angle.
提出了在喷管内加入射流,促使喷管主流速度增高、和形成出口矢量角的设想;采用FLUENT流体计算软件,对射流矢量喷管内的二维内流场进行了模拟,分析了喷管出口位置对射流矢量喷管内流场、推力、出口气流方向和总压损失等气动参数的影响,并分析了其在不对称射流情况下,对喷管射流位置与气流方向、推力和总压损失等气动参数的影响,确定了第2道射流的位置。
3.
The result indicates that the vector angle of thrust is maximal with the injection flow plumbing at the wall.
为研究射流注入角度对喷管流场的影响,数值模拟了9组射流角下的喷管流场,计算结果表明:射流垂直壁面注入时产生的推力矢量角最大,逆流注入气流对喷管流场的改变要明显大于顺流注入气流的影响,但产生的损失也较大。
补充资料：夹角
1.两条线(直线或曲线)所夹的角。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条