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1)  Discrete Locus Equation
离散量轨迹方程
2)  discrete loci
离散轨迹
1.
The algorithm is presented on the observation that the discrete loci of a circle are composed of a series of horizontal displacements and diagonal displacements.
该算法将圆弧离散轨迹看成是由一系列水平位移和对角位移构成,逐段找出并绘制这些位移,从而减少了圆弧绘制过程中所需的输出操作,有效地提高了圆弧绘制速度。
3)  discrete orbital equation of celestial bodies motion
离散轨道方程
4)  track equation
轨迹方程
1.
Kinematic analysis for certain and uncertain eccentricity plane lapping processes with the ring polishing machine were studied and compared,pace vector and track equation about one point relative to examination piece on polishing pad were presented.
对修正环形抛光机定偏心和不定偏心平面研磨进行了运动分析,给出了研磨盘上一点相对于工件的速度矢量与轨迹方程,讨论了研磨盘上不同位置的点的相对轨迹。
2.
By explaining the method of conic "not set up " and total elimination and concluding the law of the straight-line where the mid-point trajectory and the mid-point sting are in,this paper demonstrates the method of solving the track equation where the strings of the mid-point trajectory and the mid-point strings are in.
通过圆锥曲线讲解设而不求与整体消元的解题方法,并利用这种方法归纳弦中点轨迹、中点弦所在直线的规律,给出了解决弦中点轨迹方程、中点弦所在直线方程的方法。
5)  locus equation
轨迹方程
1.
Based on the basic principles of differential geometry the locus equation of the movement of the grinding wheel center during clearance face grinding of the major cutting edge of a ball nose end milling cutter with equal orthogonal clearance angle is deduced,which supply the NC grinding of the clearance face of a ball nose end milling cutter with a feasible mathematical mode
利用微分几何的基本理论,建立了球头立铣刀端刃等主后角刃磨时,砂轮中心的运动轨迹方程,从而为球头立铣刀端刃后刀面的数控刃磨加工提供了可行的数学模型。
2.
In this paper, by cross ratio, on affine plane, as to conic, we probe the locus equation of intersection point of two tangent lines with intersectional angle θ, and reveal several special examples about it.
利用交比 ,在仿射平面上 ,对于二阶曲线 ,探求交成θ角的两切线的交点的轨迹方程 ,进而揭示其若干特殊情形 。
3.
The locus equation of the non - locatized interference fringe is given.
本文绘出了非定域干涉条纹的轨迹方程,定量分析了观察屏正截和斜截时所得干涉条纹的几何形状。
6)  ray trajectory equation
轨迹方程式
1.
The ray trajectory equation and imaging of microlens arrays are presented.
利用积分形式的光线方程式讨论了平面交叉型微透镜的近轴光学特性,研究了微透镜的光线轨迹方程式和一些重要的近轴成像特性,利用ABCD定理得到了平面交叉型微透镜像距、焦距、像高、横向放大率和主平面位置的数学表达式,焦距的理论计算结果和实验数据吻合得很好。
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