1.
The approach of ellipsoid positioning and coordinate azimuth in the new Kunming coordinate system
“新昆明坐标系”的椭球定位和坐标方位角研究
2.
Two ways of calculating true azimuth by geodetic coordinates
利用大地坐标计算真方位角的两种方法
3.
Computing Method of Coordinate and Tangent Orientation Angle of Arbitrary Points on Highway Oval Curve;
公路卵形曲线任意点坐标和切线方位角的计算方法
4.
Using "Bryant Angle" of Rigid Body Azimuth Generalized Coordinates for Describing Fixed - point Motion of Taches of Lower Limb
刚体方位广义坐标“布里恩角”在描述下肢环节定点运动中的应用
5.
Study on Calculating Highly Accurate Coordinates and Azimuths through the Use of Excel
利用Excel编程计算路桥高精度坐标和方位角的探讨
6.
point coordinate positioning
极坐标定位，距离方位定位
7.
revolution of polar to Cartesian
极坐标－直角坐标旋转
8.
resolution of polar to cartesian
极坐标-直角坐标转换
9.
A Discussion on Methods for Transforming Point Position Coordinate from Previous Geodetic Coordinate System to next Generation CGCS 2000
2000国家大地坐标系下点位坐标转换方法浅析
10.
Right Angle Coordinate Equation and Polar Coordinates Equation Surnamein Melting Mutually Solve the Nature Problem;
直角坐标方程与极坐标方程互化中的同解性问题
11.
A Method of 3D rectangular coordinate transformation adapted to any rotation angle
适用于任意旋转角的三维直角坐标转换方法
12.
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
13.
A system of coordinates in which a point is located by its distance and direction (angle) from a fixed point on a reference line (called the polar axis).
一种用点离基准线上(称极轴)固定点的距离和方向(角度)来表示点位置的坐标系统。
14.
A transformation of a coordinate system in which the new axes have a specified angular displacement from their original position while the origin remains fixed.
旋度一种坐标系的转变，新的坐标轴从原位置位移的一定角度而原点保持不变
15.
The Practical Involute Equation under Cartesian Coordinates System
齿轮轮齿齿廓渐开线的实用直角坐标方程研究
16.
THE CONDITIONS FOR PROJECTIVE EQUATIONS TO USE CARTESIAN RIGHT-ANGLE COORDINATE SYSTEM
投影方程组使用笛卡尔直角坐标系的条件
17.
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
18.
The Application of Design Methodology in the Design of the Cartesian-coordinate Manipulator;
设计方法学在直角坐标机械手设计中的应用