中国未来载人登月月震实验必要性和方案设计
发布时间：2018-12-16 13:03
【摘要】：Apollo被动月震台站仅覆盖了月球正面有限的面积,不能对全月球的内部结构进行精细分析,因此在我国未来的载人登月中继续开展月震探测是非常必要的。基于我国现有的空间探测技术条件,并针对未来载人登月的探测任务,设计了两种月震观测网络方案:一是基本方案,可以基本满足对月球内部结构进行探测的要求;二是优化方案,可满足较高分辨率的月球内部结构探测。两种方案中的月震仪网络在月球正面、背面和南北极均有覆盖,可对全月球的内部结构进行探测。最后对月震观测的基本技术参数、设备及布置地点提出了相应的要求。
[Abstract]:The Apollo passive lunar seismic station covers only a limited area of the front of the moon, so it is very necessary to continue to carry out lunar seismic exploration in the future of China because the interior structure of the whole moon can not be analyzed in detail. Based on the existing technical conditions of space exploration in China, and in view of the future manned lunar exploration mission, two kinds of lunar seismic observation network schemes are designed: one is the basic scheme, which can basically meet the requirements of the lunar interior structure detection; The second is the optimization scheme, which can be used to detect the interior structure of the moon with high resolution. The lunar seismograph network of the two schemes covers the front and back of the moon as well as the north and south poles, which can be used to detect the interior structure of the whole moon. Finally, the basic technical parameters, equipment and location of lunar earthquake observation are put forward.
【作者单位】： 中国地质大学地球物理与空间信息学院;
【基金】：“863”重点项目(2010AA12220102) 国家自然科学基金项目(41174049)
【分类号】：P184
[Abstract]:The Apollo passive lunar seismic station covers only a limited area of the front of the moon, so it is very necessary to continue to carry out lunar seismic exploration in the future of China because the interior structure of the whole moon can not be analyzed in detail. Based on the existing technical conditions of space exploration in China, and in view of the future manned lunar exploration mission, two kinds of lunar seismic observation network schemes are designed: one is the basic scheme, which can basically meet the requirements of the lunar interior structure detection; The second is the optimization scheme, which can be used to detect the interior structure of the moon with high resolution. The lunar seismograph network of the two schemes covers the front and back of the moon as well as the north and south poles, which can be used to detect the interior structure of the whole moon. Finally, the basic technical parameters, equipment and location of lunar earthquake observation are put forward.
【作者单位】： 中国地质大学地球物理与空间信息学院;
【基金】：“863”重点项目(2010AA12220102) 国家自然科学基金项目(41174049)
【分类号】：P184
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