PEMODELAN INVERSI DATA GAYA BERAT DAN PENERAPAN PENGGUNAAAN METODE EULER DECONVOLUTION UNTUK MENDELINEASI STRUKTUR REGIONAL SEGMEN SESAR CEPU

Defi Puji Lestari, NIM.: 18106020043 (2023) PEMODELAN INVERSI DATA GAYA BERAT DAN PENERAPAN PENGGUNAAAN METODE EULER DECONVOLUTION UNTUK MENDELINEASI STRUKTUR REGIONAL SEGMEN SESAR CEPU. Skripsi thesis, UIN SUNAN KALIJAGA YOGYAKARTA.

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Abstract

Research has been carried out on inversion modeling of gravity data and the application of the Euler deconvolution method to delineate the regional structure of the Cepu fault segment. This study uses the gravity method using secondary satellite data from GGMPlus. The data is processed to obtain a Simple Bouguer Anomaly and then modeled using 3D inversion modeling. The results of the 3D inversion modeling are then modeled into a 2D vertical section with the result of 20 passes. The vertical section is interpreted with Euler's 3D solution to determine the discontinuity caused by the Cepu fault. Interpretation results confirmed that there are 4 discontinuities, namely track 2, track 8, track 12, track 14. The depth of the track ranges from 30 Km to 45 Km with variations in density values between 0.8 gr/cc to 3.8 gr/cc.

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