靠近地球的9号探测器和其他俄罗斯着陆器所看到的岩石图，暗示了一段痛苦的火山历史，这一点在上世纪90年代初得到了美国麦哲伦轨道飞行器的证实。
The rocky views glimpsed by the Nearer Nine and other Russian landers suggested a tortured volcanic history that was confirmed in the early 1990s by the American Magellan orbiter.
图13：月球勘测轨道飞行器在2009年10月1日拍摄的这幅照片为阿波罗17号的着陆地点。
13: This LRO image of the Apollo 17 landing site was acquired on October1st, 2009.
尽管这次飞行以成功着陆结束，图2中的图表还是显示出一些陡峭的峰值（蓝线）。
Although this flight ended in a successful landing, the graph in Figure 2 shows several large spikes (the blue line) in height measured by radar.
图2：这是月球勘测轨道飞行器2009年10月1日飞经阿波罗11号着陆地“静海基地”(Tranquility Base)时拍摄的画面。
2: the site of the landing of Apollo 11, named "Tranquility Base", seen by LRO as it passed overhead on October 1st, 2009.
图15：从阿波罗17号着陆地点2号站仰望地球时所拍摄的照片，画面中最醒目位置是一块圆形巨石和月球地平线。
15：Looking up toward Earth, a boulder and the Moon's horizon in theforeground, at Station 2 of the Apollo 17 landing site.
如果运用于GPS辅助无人机获取的图象分析，可实现实时对地定位和基于视觉的导航、着陆等。
The new method can be applied to the analysis of GPS- supported image sequence to real - time positioning and vision - based navigation and landing.
如果运用于GPS辅助无人机获取的图象分析，可实现实时对地定位和基于视觉的导航、着陆等。
The new method can be applied to the analysis of GPS- supported image sequence to real - time positioning and vision - based navigation and landing.
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