Cartesian coordinates

美 [kɑːrˈtiːziən koʊˈɔːrdɪneɪts]英 [kɑːˈtiːziən kəʊˈɔːdɪneɪts]
  • 网络笛卡尔坐标;直角坐标;笛卡尔坐标系;直角坐标系;笛卡儿坐标
Cartesian coordinatesCartesian coordinates
  1. Analysis of Singular Points and Their Influence Regions of Navier-stokes Equation Describing Incompressible Flow in Square Duct under Cartesian Coordinates

    笛卡尔坐标系下不可压N-S方程在方形通道中的奇点及其影响区域分析

  2. Otherwise , the singular value decomposition is used to decompose the parameters matrix . It is proved that the readings of magnetometer are on an ellipsoid when they lie in Cartesian coordinates .

    而当垂直度误差不可以忽略时,对模型参数矩阵进行奇异值分解,证明了磁强计的输出在笛卡尔坐标系中的坐标在椭球面上,并给出平移误差参数的近似求法。

  3. Dynamic Analysis of Mechanical System in Fully Cartesian Coordinates and Its Software Development

    完全笛卡尔坐标描述的机械系统动力学分析及软件研究

  4. The fully Cartesian coordinates method for the dynamic analysis of robots

    机器人动力学分析的完全笛卡尔坐标方法

  5. The Dynamic Simulation Model of Independent Suspension Using Cartesian Coordinates

    独立悬架动力学仿真的通用笛卡尔模型

  6. This paper also considers the estimation problems based on the different Cartesian coordinates .

    本文还考虑了各传感器分布在不同地理位置时的状态估计问题。

  7. The Full Cartesian Coordinates Method of Inverse Problem of Space Manipulator

    空间机械手逆问题的完全笛卡尔坐标方法

  8. We defined three Cartesian coordinates systems according to configuration of our measurement system .

    根据本文搭建的测量系统的结构特点,我们定义了系统的三个坐标系。

  9. On dynamics analysis of space manipulator based on the fully Cartesian coordinates

    基于自然坐标的自由浮动空间机械臂动力学分析

  10. Design of Dynamic Models and Control Schemes of Robots in Cartesian Coordinates Space

    基于直角坐标的机器人动力学与控制方案设计

  11. Body fitted method with cartesian coordinates for solving viscous fluid flow and heat transfer problems

    极坐标-直角坐标转换粘性流体换热问题用直角坐标网格的贴体解法

  12. The error signal for the robot controller is therefore defined in Cartesian coordinates .

    机器人控制器的误差信号定义在直角坐标系。

  13. The Investigation of Finite-difference Method Modelling Acoustic Logging in Cartesian Coordinates

    直角坐标系下井孔声波场的有限差分模拟方法研究

  14. The dynamic problems of robot is studied in this paper by applying the fully cartesian coordinates method .

    应用完全笛卡尔坐标的方法研究机器人动力学问题。

  15. The Special Position of Cartesian Coordinates in Quantum Mechanics

    笛卡儿坐标系在量子力学中的特殊地位

  16. Upbuilding workpiece cartesian coordinates and tool setting technique in NC process

    数控加工中工件坐标系的建立及其对刀技巧

  17. Expressions of Earth Gravity Field , Gravity and Gravity Gradient in 3D Cartesian Coordinates System

    地球重力场、重力、重力梯度在三维直角坐标系中的表达式

  18. The inverse problem of space manipulator described by full Cartesian coordinates is studied in the present paper .

    讨论了用完全笛卡尔坐标描述的空间机械手逆动力学问题。

  19. Posture error analysis on the Cartesian coordinates serial-parallel robot with redundant drive

    冗余驱动直角坐标串并联机器人位姿误差分析

  20. The Dynamics Simulation Model of Macpherson Suspention Using Cartesian Coordinates

    Macpherson悬架的笛卡尔动力学仿真模型

  21. The measurement equation is linear in polar coordinates but is nonlinear in cartesian coordinates .

    量测方程在极坐标中是线性的,但在笛卡儿坐标系中却是非线性的。

  22. Equivalence between Local Natural Coordinates and Oblique Cartesian Coordinates

    局部自然坐标与斜交笛卡儿坐标的对等性

  23. Symbolic linearization of differential / algebraic equation for multibody system based on fully Cartesian coordinates

    基于完全笛卡尔坐标的多体系统微分-代数方程符号线性化方法

  24. This coordinate system is in a way a generalization of Cartesian coordinates in Euclidean space .

    这种坐标系统可以看成Euclidean空间的笛卡尔坐标的一种泛化。

  25. The cartesian coordinates tooth profile equations of gear generated with pinion cutter

    插制齿轮的直角坐标齿廓方程

  26. Logical mathematical evaluation model of cylindrical error is established in Cartesian coordinates , which is based on section sampling method .

    以截面测量法为基础,建立了直角坐标系下的圆柱度误差评价的数学模型。

  27. Based on the fully Cartesian coordinates , a differential / algebraic equation system of multibody system dynamics is obtained .

    利用完全笛卡尔坐标描述多刚体系统,建立多刚体系统动力学微分-代数方程。

  28. G 02 ( G03 ) code of CNC programming and cartesian coordinates

    数控编程G02(G03)代码与迪卡尔坐标系

  29. Measurement conversion has been widely used in such problems so that the Kalman filter in Cartesian coordinates can be applied .

    量测转换技术已被广泛使用在这类问题中,它使得卡尔曼滤波器得以应用于跟踪任务中。

  30. The arithmetic of target motion analysis is studied in this paper by means of Doppler frequency and bearing in Cartesian coordinates .

    研究一种在直角坐标系下利用多卜勒频率和方位信息的目标运动分析算法。