1) coupling control of attitude and orbit
姿—轨耦合控制
2) integrated translational and attitude control
姿轨联合控制
1.
This paper mainly contains two parts: The design of the fuel optimal guidance law for the powered descending phase while another part is the design of the integrated translational and attitude control law for the terminal landing phase.
主要分为两大部分:第一部分是动力下降段的燃料最优制导律的设计,第二部分是最终着陆段姿轨联合控制律的设计。
3) Orbit and attitude coupling
姿态轨道耦合
4) orbit and attitude control
轨道与姿态控制
1.
The system built a 3-D model of satellite by software LightWave, and developed a new orbit and attitude control module by the interface between STK and Matlab.
该仿真系统采用建模软件LightWave建立卫星三维模型,利用STK/Matlab模块提供的接口功能,开发新的轨道与姿态控制模块,为用户定制的轨道与姿态控制方案提供仿真、验证和演示。
5) Orbit & Attitude Control System
姿轨控制系统
1.
In this thesis, the qualitative-model-based fault diagnosis methods for Satellite Orbit & Attitude Control System are studied in order to provide ones with novel approaches to build the fault diagnosis system, which possesses good visualization and practicality.
本文主要研究基于定性模型的卫星姿轨控制系统的故障诊断方法,其目的是为建立具有可视化好,实用性强的卫星控制诊断系统提供新的技术途径,以克服定量模型计算复杂、不便应用的缺陷,克服传统的基于规则方法知识获取困难和灵活性差的缺点。
6) coupling control
耦合控制
1.
In practical project,unequal intensity of coupling control technology is applied to the second supporting of bad locations,with the result of a successful control of the deformation of surrounding rock and the stability in excavation.
实践中采用非等强度耦合控制技术对不良部位实施二次支护,成功控制了围岩的变形,保证了工程开挖的稳定。
补充资料：姿态
①体态；姿势：姿态美丽。②态度：高姿态地让步。
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