1) seismometer for exploring planet inner structure
行星体结构探测
1.
In this paper,the developing trends in instruments,observing system and seismometer for exploring planet inner structure in the world are described in detail,and directions of future development are analysis.
论文详细论述了观测设备、观测系统以及地球外行星体结构探测等发展动态,并对下一代地球物理观测技术的发展方向进行了分析。
2) planetary exploration
行星探测
1.
The paper focuses on the applications of terramechanics theory in planetary exploration,including the design,validation of planetary rov.
之后重点介绍行星探测领域中所开展的地面力学研究,主要从行星探测器设计阶段对地面力学理论和方法的应用、行星模拟土壤研制和力学特性研究、行星就位土壤力学参数测量等几个方面进行了综述。
2.
Research status of hopping robots for planetary exploration(PEHR) is reviewed,the main problems in its development are analyzed,and the development trend is predicted.
综述了用于行星探测的跳跃机器人(PEHR)的研究现状,分析了PEHR研究所面临的问题,并预测了其发展趋势。
3) stellar structure
行星结构
1.
Equation of stellar structure based on a gravitational theory with curvature-squared terms;
含曲率平方项的引力理论的行星结构方程
4) Planetary rover
行星探测车
1.
The mobility system of planetary rover is an important part of whole rover system.
行星探测车移动系统是探测车整体系统的关键部分之一 ,摇臂—转向架式移动系统是一种对地形具有自适应能力、机动性较强的系统 。
2.
According to the characteristics of planetary rover\'s travel mechanism and the requirements of validation test on ground,the test-bed for tractive performance of wheel of planetary rover was designed and manufactured.
基于行星探测车行走机构的特点和地面验证试验的要求,研制了行星探测车车轮牵引特性试验台,介绍了试验台的机械结构及测控系统。
补充资料：行星和行星际探测器
见空间探测器。
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