月球背面地震组任务的短周期地震仪

I. Standley, W. Pike, S. Calcutt, J. P. Hoffman
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引用次数: 1

摘要

作为有效载荷和月球表面研究调查(PRISM)的一部分,月球背面地震套件(FSS)将携带一对地震仪到Schrödinger陨石坑。其中一种是三分量短周期地震仪,它是基于洞察号火星任务中成功部署的MEMS地震仪。本文将描述火星设计在月球上运行的适应性,以及通过在低月球重力和真空条件下运行而可能实现的潜在未来性能改进。未来可能发展的穿透器仪器和测量在低重力条件下导致不同的部署技术将简要讨论,以及与JPL并行开发的高动态范围低频数字化仪(DC-100赫兹),适用于记录该传感器和其他空间环境中的地球物理仪器
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Short Period Seismometer for the Lunar Farside Seismic Suite Mission
As part of the Payloads and Research Investigations on the Surface of the Moon (PRISM), the Farside Seismic Suite (FSS), will carry a pair of seismometers to the Schrödinger crater. One of these, the three-component Short-Period seismometer, is based on the MEMS seismometer successfully deployed by the InSight mission to Mars. This paper will describe the adaption of the Martian design to operate on the moon and potential future performance improvements made possible by operating in the low lunar gravity and vacuum conditions. Future possible developments of penetrator instruments and measurements in low gravity conditions leading to different deployment techniques will be briefly discussed along with the parallel development with JPL of a high dynamic range low frequency digitizer (DC-100 Hz) suitable for recording this sensor and other geophysical instrumentation in the space environment
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