基于光学数据的月壤介电常数的反演

摘要：月球元素含量的反演有利于了解月球物质成分的分布从而对月球矿产资源开发利用提供重要依据，对于月球科学的研究具有重要意义。本文利用LSCC数据和Clementine光学数据在全月球的角度上对月壤中FeO和TiO_2的含量进行反演，并基于回归分析建立介电常数和FeO和TiO_2含量总和的耦合关系，进而对介电常数进行反演，并与实测点的数据进行比较，验证了利用光学数据反演月壤元素含量以及通过回归分析反演介电常数的可行性，为月表反演的研究提供了新的思路。

Inversion of lunar soil permittivity based on optical data

Abstract: the inversion of the element content of the moon is helpful to understand the distribution of the material components of the moon, thus providing an important basis for the exploitation and utilization of the mineral resources of the moon. The LSCC data and Clementine optical data in the point of view of the full moon in the lunar regolith FeO and TiO2 content inversion, and based on regression analysis established dielectric constant and FeO and TiO2 content of the sum of the coupling relationship, and the inversion of dielectric constant, and compare with the measured data, verified by optical data inversion of lunar regolith element content and through the regression analysis of the feasibility of the inversion of permittivity and provides a new idea for the study on the inversion of lunar surface.