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We propose the 3-D correlation imaging for gravity anomalies and gravity gradiometry data. We also propose to use the 3-D correlation imaging based on anomaly separation to improve the resolution of the imaging. The test on the gravity anomalies and the gravity gradiometry data of the synthesized Y-type dykes model and the synthesized multiple rectangular prism model show that the method can image the spatial extension states and the distribution of equivalent excess masses of geological anomalous bodies with high resolution both vertically and horizontally.

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