相关期刊:《Applied Mathematics and Mechanics(English Edition)》《Journal of Applied Mathematics and Physics》《Chinese Journal of Chemical Engineering》《Earthquake Science》更多>>
supported by National Natural Science Foundation of China(No.41204094);Science Foundation of China University of Petroleum,Beijing(No.2462015YQ0506)
The conventional acoustic logging interpretation method, which is based on vertical wells that penetrate isotropic formations, is not suitable for horizontal and deviated wells penetrating anisotropic formations. This...
funded by China Natural Science Foundation(Nos.41574098 and 41630964);China key specialized project(No.2016ZX05026-001-03)
A 3D stereotomography algorithm, which is derived from the 3D Cartesian coordinate, is applied for the first time to the deep-sea data acquired in the LH area, South China Sea, to invert a macro velocity model for pre...
supported jointly by projects of the National Natural Science Fund Project(No.51174016);the National Key Basic Research and Development Plan 973(No.2010CB226803)
We propose a new method for inverting source function of microseismic event induced in mining. The observed data from microseismic monitoring during mining are represented by a wave equation in a spherical coordinate ...
supported by the National Natural Science Foundation of China (Grant No. 40774099, 10874202 and 11134011);National 863 Program of China (Grant No. 2008AA06Z205)
It is still argued whether we measure phase or group velocities using acoustic logging tools. In this paper, three kinds of models are used to investigate this problem by theoretical analyses and numerical simulations...
sponsored by the Science Research and Technology Development Project of Petrochina Company Limited "Well Logging Interpretation and Integrative Evaluation of the Complex Lithology"(Grant No.2008A-2705)
Matrix porosity calculations of fractured and vuggy reservoirs, such as volcanics and weathered dolomite, are one of the problems urgently needed to solve in well-log evaluation. In this paper, we first compare the an...
This paper presents a new depth migration method, adaptive spatial-division split-step Fourier (ASDSSF) migration. In this method we introduce the idea of a stratified phase shift migration into the split-step Fouri...