cislunar

Study of Rapid Design Method for Cislunar Transfer Trajectory

奔月转移轨道的快速设计方法研究

Autonomous Optical Navigation for Cislunar Spacecraft Based on Earth-Moon Information

基于地月信息的奔月探测器自主光学导航

The autonomous optical navigation algorithm based on Earth-Moon information during the cislunar transfer orbit phase is presented .

基于地月信息提出了一种奔月转移轨道的自主光学导航算法。

Another cool thing about the CisLunar Explorer is how the team is teaching it to navigate its way through space .

另一件关于“地月空间探索者”很酷的事是：这个团队正在调教卫星进行空间自动导航。

HJ-1A / 1B Constellation Orbit Design cislunar satellite

环境减灾-1A、1B卫星星座轨道设计

But the CisLunar Explorer satellites are unique because the only form of propulsion on board these these two small L-shaped craft is water .

但是“地月空间探索者”卫星是特别的，因为这两个小型的L型飞行器的唯一动力就是水。

Through the analysis on the cislunar trajectory , and according to the different terminal constraints , the searching step by step method is provided to design the accurate trajectory .

通过对地月间飞行轨道特征进行分析，根据不同的终端约束条件，提出了分层搜索的轨道设计方法。

Based on where the sun , moon and Earth are at any given moment , the CisLunar Explorers will do the math to figure out their position .

基于太阳、月球和地球的实时位置，“地月空间探索者”就可以算出它们的位置。

The step by step searching method which is used to obtain the accurate cislunar transfer trajectory is provided . The method is fast and effective , which can provide references to the trajectory design for the probe , especially for the deep-space probe .

提出一种探测器地月空问转移轨道分层次搜索算法，该方法快捷有效，可为探测器轨道设计，特别是深空探测器轨道设计提供参考。

The Cornell University team CisLunar Explorers ( cislunar means " between Earth and the moon " ) and their eponymously named satellite - actually two adjoining satellites - are taking part in a NASA program called the Cube Quest Challenge .

康奈尔大学“地月空间探索者”团队（“地月空间”的意思是“在地球和月球之间”）和他们的同名卫星--其实是两颗连在一起的卫星--参加了美国宇航局一项叫作“立方任务挑战”的项目。