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Home > chinese-english > "方位轴" in English

English translation for "方位轴"

azimuth axis
azimuthal axis


Related Translations:
内方位:  inner orientationinterior orientation
振动方位:  azimuth of vibration
历史方位:  historical bearinghistorical position
等方位:  isoazimuth
粗略方位:  rough bearing
方位高度:  azimuth elevation
身体方位:  body dimensioncorner
方位望远镜:  bearing telescope
校核方位:  check bearing
方位台:  az azimuth stationaz azimuth transmitter
Example Sentences:
1.This azimuth motion is known as the ballistic deflection error .
这种绕方位轴的运动称为冲击偏差。
2.The dial index will rotate in azimuth, giving an incorrect heading reading .
读数示标会绕方位轴转动,给出不正确的航向读数。
3.Searching satellite is to change the azimuth angle and pitching angle by making antenna circumrotate azimuth axis and pitching axis with controller , so antenna can point itself to different satellite according to the demands
寻星就是通过控制器的控制使天线围绕方位轴和俯仰轴旋转,从而改变天线的方位角和俯仰角,使天线根据要求对准不同的卫星。
4.The controller adopts tms320f240 dsp as its main control unit , using code wheel for angle measurement , using synchronous serial communications interface for the duplexing data communication between the controller and the upper computer , using rs - 232 interface for the communication between the pitch axis controller and the azimuth axis controller , and then developed the interface circuit to the motor driver
根据控制器研制要求,提出总体方案。控制器采用dsp作为主控单元,利用光电码盘测角,利用同步串行通信接口与上位机进行双向数据通信,利用rs - 232接口进行俯仰轴和方位轴控制器之间的通信,并研制了与电机驱动器的接口电路。
5.The design and simulation of the servo controller had been researched based on the optical track device for lunar rover made by dept . of astronautics engineering of hit . the main research are following : firstly , according to performance requirements , the control scheme is determined , and the control model are selected after analyzing the steady and dynamic characteristic . and the control equation are obtained
首先根据系统的性能指标要求,在分析了系统的稳态和动态性能的基础上,确定了系统的控制方案,建立伺服控制系统各环节的数学模型,对视觉平台的控制方程进行了简化处理,消除了方位轴和俯仰轴之间的力矩耦合,得到了相互独立的方位轴和俯仰轴的控制方程。
6.Research also leads to some directions for future in vestigation . in the dissertation the development actuality of correlative tracking technology around the zenith are summarized by the numbers . three solutions are presented , that is , tilt azimuth axis design , three - axis design , program steering
本文以测星精密光电望远镜和地基激光反卫星跟踪望远镜项目为课题背景,在系统的总结国内外过天项目标跟踪技术发展现状的基础上,归纳出三种解决方案:方位轴倾斜方法、增设次俯仰轴方法、程序引导方法。
7.That is , the occasional situation where the object of interest passes directly overhead ( 90 zenith pass ) . azimuth axis must rotate nearly 180 ? instantly . therefore , the standard two - axis altitude - azimuth pedestal will be unable to remain pointed at the object through the zenith pass event
所谓天顶盲区问题是指目标过天顶时对地平式设备方位轴有一个极大的过载要求,需要方位轴瞬时调转180 (或略小于180 ) ,此时方位变化的角速度和角加速度在数学意义上是无穷大,导致目标丢失。
Similar Words:
"方位指示仪" English translation, "方位指向" English translation, "方位指针" English translation, "方位制导" English translation, "方位制航标系统" English translation, "方位轴线" English translation, "方位主义" English translation, "方位转动环" English translation, "方位转动接头" English translation, "方位转矩加载" English translation