University of Tehran Press Journal of the Earth and Space Physics 2538-371X 33 3 2007 10 23 2-D Euler de-convolution through DST of gravity data 2-D Euler de-convolution through DST of gravity data 1 1 19314 FA Journal Article 2017 10 31 The Different Similarity Transformation (DST) technique (Stavrev, 1997) utilizes a powerful and fully automatic tool for depth estimation of a point source through Euler de-convolution. Stavrev (1997) showed the results for the magnetic data of simple 2-D sources and aeromagnetic data along profiles. We apply the technique for the gravity data of 2-D rectangular models and real gravity data which has not been considered by Stavrev (1997). The Different Similarity Transformation (DST) technique (Stavrev, 1997) utilizes a powerful and fully automatic tool for depth estimation of a point source through Euler de-convolution. Stavrev (1997) showed the results for the magnetic data of simple 2-D sources and aeromagnetic data along profiles. We apply the technique for the gravity data of 2-D rectangular models and real gravity data which has not been considered by Stavrev (1997). https://jesphys.ut.ac.ir/article_19314_a8de36128c9564d44a4b6d66d602e4cd.pdf