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RSS FeedsRemote Sensing, Vol. 14, Pages 6029: Intersection Constraint Weighting (ICW) Method: High–Resolution Joint Magnetic Susceptibility Inversion of Aeromagnetic and Gradient Data (Remote Sensing)

 
 

28 november 2022 15:05:31

 
Remote Sensing, Vol. 14, Pages 6029: Intersection Constraint Weighting (ICW) Method: High–Resolution Joint Magnetic Susceptibility Inversion of Aeromagnetic and Gradient Data (Remote Sensing)
 


Aeromagnetic gradient data have higher horizontal resolution on shallow sources, a magnetic anomaly that can better reflect the features of deeper sources. Therefore, we used a joint survey of aeromagnetic and gradient data to obtain the distribution of sources with different depths. In this paper, we propose an intersection constraint weighting (ICW) method based on aeromagnetic and gradient data for original and gradient anomalies with inconsistent high–low variation characteristics. The ICW method can effectively improve the resolution of inversion results and can more accurately obtain the distribution of magnetic bodies via cross–gradient by gradually adding a gradient component and applying a normalized property weighting function. Our theoretical model tests indicate that the distribution of the recovered magnetic susceptibility model of the ICW method was similar to that of the true model. In addition, the anomaly containing noise with different signal–to–noise ratios verified that the ICW method had a stronger anti–noise ability than other methods. We also inverted real data in the Zhurihe area of the Inner Mongolia Autonomous Region in northern China. The inversion result showed that the main trend of high magnetic bodies was in the northeast direction, that the shallowest depth of high magnetic bodies was 100 m, and that the greatest depth was 960 m.


 
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Remote Sensing, Vol. 14, Pages 6030: Analysis of Precise Orbit Determination of BDS-3 MEO and IGSO Satellites Based on Several Dual-Frequency Measurement Combinations (Remote Sensing)
Remote Sensing, Vol. 14, Pages 6032: Assessments of the Above-Ocean Atmospheric CO2 Detection Capability of the GAS Instrument Onboard the Next-Generation FengYun-3H Satellite (Remote Sensing)
 
 
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