Moho depth inversion in the Tibetan Plateau from high-precision gravity data
Huiyou He(Chinese Academy of Sciences), Jing Hou(National University of Defense Technology), Dongmei Guo(Chinese Academy of Sciences), Jian Fang(Institute of Geodesy and Geophysics), Zhixin Xue(Chinese Academy of Sciences), Heping Sun(Chinese Academy of Sciences)
Cited by 4
Related Papers
3D density imaging using gravity and gravity gradient in the wavenumber domain and its application in the Decorah
|Scientific Reports|2024|7
Precise geoid computation using Stokes-Helmert's scheme and strict integrals of topographic effects
|Geodesy and Geodynamics|2019|5
Method for assessing the three-dimensional density structure based on gravity gradient inversion and gravity gradient curvature
|Journal of Geophysics and Engineering|2022|5
High-Accuracy Quasi-Geoid Determination Using Molodensky’s Series Solutions and Integrated Gravity/GNSS/Leveling Data
|Remote Sensing|2023|5
Modified Bott-Parker method for gravimetric Moho modeling
|Geophysics|2024|3