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Haojie Pan
Haojie Pan
Research Institute of Petroleum Exploration & Development
Verified email at petrochina.com.cn
Title
Cited by
Cited by
Year
Quantitative characterization of gas hydrate bearing sediment using elastic-electrical rock physics models
H Pan, H Li, D Grana, Y Zhang, T Liu, C Geng
Marine and Petroleum Geology 105, 273-283, 2019
352019
Quantification of gas hydrate saturation and morphology based on a generalized effective medium model
H Pan, H Li, J Chen, M Riedel, M Holland, Y Zhang, S Cai
Marine and Petroleum Geology 113, 104166, 2020
222020
3D rock physics template for reservoirs with complex pore structure
HB LI, JJ ZHANG, SJ CAI, HJ PAN
Chinese Journal of Geophysics 62 (7), 2711-2723, 2019
212019
A unified contact cementation theory for gas hydrate morphology detection and saturation estimation from elastic-wave velocities
H Pan, H Li, J Chen, Y Zhang, S Cai, Y Huang, Y Zheng, Y Zhao, J Deng
Marine and Petroleum Geology 113, 104146, 2020
202020
A two-step method to apply Xu–Payne multi-porosity model to estimate pore type from seismic data for carbonate reservoirs
HB Li, JJ Zhang, SJ Cai, HJ Pan
Petroleum Science 17, 615-627, 2020
182020
Evaluation of gas hydrate resources using hydrate morphology-dependent rock physics templates
H Pan, H Li, J Chen, Y Zhang, X Liu, S Cai, C Cao
Journal of Petroleum Science and Engineering 182, 106268, 2019
182019
Nonlinear simultaneous inversion of pore structure and physical parameters based on elastic impedance
H Li, J Zhang, H Pan, Q Gao
Science China Earth Sciences 64 (6), 977-991, 2021
162021
A unified effective medium modeling framework for quantitative characterization of hydrate reservoirs
H Pan, H Li, X Wang, J Cai, J Qian, JJ Howard, Q Gao
Geophysics 87 (5), MR219-MR234, 2022
102022
Morphology identification and saturation estimation of gas hydrate
H PAN, T LIU, L WU, H WANG, M XUE
Progress in Geophysics 29 (4), 1735-1740, 2014
72014
Joint elastic-electrical effective medium modeling for improved hydrate quantification
H Pan, H Li, J Zhang, S Cai, Z Gui, M Du
Marine Geophysical Research 44 (2), 15, 2023
42023
Construction and application of porosity-insensitive normalized fluid factor based on rock physics template
S CAI, H LI, H PAN
Progress in Geophysics 35 (3), 932-939, 2020
32020
Joint Interpretation of elastic and electrical data for petrophysical properties of gas-hydrate-bearing sediments using inverse rock physics modeling method
H Pan, H Li, Y Zhang, J Chen, S Cai, C Geng
Petrophysics 60 (06), 854-871, 2019
22019
3D elastic-electrical rock physics template inversion for reservoir parameters of gas hydrate bearing sediment
H Pan, HB Li, Y Zhang, SJ Cai
81st EAGE Conference and Exhibition 2019 2019 (1), 1-5, 2019
22019
Joint stochastic inversion of elastic-electrical data for reservoir parameters of gas hydrate bearing sediment
HJ Pan, Y Zhang, A Swidinsky, HB Li
79th EAGE Conference and Exhibition 2017 2017 (1), 1-5, 2017
22017
Comparison of dry rock moduli in different models and their applications
L WU, T LIU, H WANG, M XUE, H PAN
Progress in Geophysics 29 (5), 2272-2277, 2014
22014
Simultaneous quantification of triple pore types in carbonate reservoirs using well logs and seismic data
M Du, H Pan, C Wei, H Li, S Cai, C Huang, Z Gui
Geophysics 89 (6), M211-M226, 2024
12024
3D elastic rock physics template inversion for reservoir parameters of gas hydrate-bearing sediments
H Pan, Y Zhang, H Li, S Cai
SEG Technical Program Expanded Abstracts 2019, 3663-3667, 2019
12019
3D rock physics template-based probabilistic estimation of tight sandstone reservoir properties
HJ Pan, C Wei, XF Yan, XM Li, ZF Yang, ZX Gui, SX Liu
Petroleum Science, 2024
2024
A four-phase joint elastic-electrical effective medium model for estimating pore-filling hydrate saturation
H Pan, H Li, S Cai, Z Gui
84th EAGE Annual Conference & Exhibition 2023 (1), 1-5, 2023
2023
Seismic rock-physics modeling of the complex-morphology hydrate reservoirs and applications
HJ PAN, YG LI, C WEI, ZX GUI, XM LI, X ZHANG, Y ZHAO, W ZHANG
Chinese Journal of Geophysics 65 (12), 4858-4873, 2022
2022
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