Research Interests

Research Interests

本人主要从事地震地层学、三维地震解释和地震地貌学、地球物理测井解释,及岩心-测井-地震综合研究;感兴趣的应用领域包括深水沉积学、海平面变化、盆地分析和储层预测等。

My research interests focus on seismic stratigraphy,  3-D seismic geomorphology,  geophysical well-logging data interpretation, and core-log-seismic integration, with particular applications in deep-sea sedimentology, sea-level changes, and reservoir prediction.

 

(1)地震地层学和地震地貌学研究 包括(a)基于二维地震剖面的地震地层分析(地震层序分析、地震相分析及填图);(b)基于三维地震的切片和属性分析及古地貌重建;(c)定量地震解释方法(如地质目标体自动探测、等时地震地层体或Wheeler数据体构建);(d)各种地震解释方法在盆地分析、储层评价、全球海平面变化研究等方面的应用。相关成果已在EPSL (Earth and Planetary Science Letters), GeophysicsInterpretation等学术期刊发表。 

Seismic Stratigraphy and 3-D Seismic Geomorphology, including (a) 2-D seismic based seismic stratigraphic analysis (including seismic sequence analysis and seismic facies mapping), (b) 3-D seismic based slicing and attribute analysis, and paleo-geomorphologic reconstruction, (c) quantitative seismic interpretation methods (e.g, geobody detection, chronostratigraphic or Wheeler volume reconstruction), and (d) their applications in basin analysis, reservoir evaluation, global sea-level changes, and so on.  Associated results have been published in journals including EPSL (Earth and Planetary Science Letters), Geophysics, and Interpretation   

 

(2)地球物理测井数据解释 包括(a)高分辨率成像测井和随钻测井数据处理、解释与储层预测;(b)大洋钻探(ODP/IODP)测井数据分析及在古海洋、古环境、古气候研究中的应用等。相关成果已在Marine and Petroleum Geology, Journal of Sedimentary Research 等学术期刊发表。

Interpretation of Geophysical Well-Logging Data: including (a) interpretation and reservoir prediction of high-resolution micro-resisitivity image logs (e.g., FMI/FMS/EMI) and logging-while-drilling logs, and (b) applications of ocean drilling (ODP/IODP) well-logging data in paleoceanographic, paleoenvirionmental, and paleoclimatic analysis. Associated results have been published in journals including Marine and Petroleum Geology and Journal of Sedimentary Research. 

        

(3)超临界浊流沉积学理论及应用 (a)根据多波束测深、反射地震等地球物理资料研究海底沉积物波、超临界浊流底形,及海底峡谷和海底扇沉积体系;(b)综合岩心-测井-地震资料识别与超临界浊流有关的沉积,预测有利的油气资源储层。相关成果已在Geology, GSAB (Geological Society of America Bulletin)等学术期刊发表。

Sedimentology and Morphodynamics of Supercritical Turbidity Currents: including (a) investigations of seafloor sediment waves, supercritical flow bedforms, and submarine canyon-fan systems using multibeam bathymetry and seismic data, and (b) recognition and reservoir characterization of ancient turbidites associated with supercritical flows by core-log-seismic integration. Associated results have been published in journals including Geology and GSAB (Geological Society of America Bulletin). 

        

 

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