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(1) Khawaja Hasnain Iltaf, Dali Yue*, Wurong Wang* et al., Facies and Petrophysical Modeling of Triassic Chang 6 Tight Sandstone Reservoir, Heshui Oil Field, Ordos Basin, China, Lithosphere, 2021, 9230422. SCI.ͨѶ×÷Õß
(2) Wei Li, Dali Yue*, et al., ). Quantitative prediction of fluvial sandbodies by combining seismic attributes of neighboring zones£¬Journal of Petroeum Science and Engineering, 2021£¬196, 107749.SCI.ͨѶ×÷Õß
(3) ÇüÑ©·å£¬ÍõÎäÈÙ£¬Ð»Æô³¬£¬ÔÀ¶¦Á¦´ó¾Ù*µÈ£¬ÛêÏݺþÅèºþµ×ÉÈ´¢²ãµ¥É°Ìå¹¹ÐÍ¡ª¡ªÒÔ¶õ¶û¶à˹ÅèµØºÏË®µØÇøÈýµþϵ³¤6ÓͲã×éΪÀý£¬µØÇò¿ÆÑ§ÓëÇéÐÎѧ±¨£¬2021£¬43£¨5£©. ͨѶ×÷Õß
(4) ÎâʤºÍ£¬ÔÀ¶¦Á¦´ó¾Ù£¬·ëÎĽܵȣ¬ËéмÑÒ³Á»ý¹¹ÐÍÑо¿Èô¸ÉÏ£Íû£¬¹ÅµØÀíѧ±¨£¬2021£¬23£¨2£©£º245-262
(5) Zhenhua Xu, Shenghe Wu*, Dali Yue et al., Effects of upstream conditions on digitate shallow-water delta morphology, Marine and Petroleum Geology, 2021,105333. SCI.
(6) Jiajia Zhang*, Shenghe Wu*£¬ Guangyi Hu, Dali Yue, Role of Shale Deformation in the Structural Development of a Deepwater Gravitational System in the Niger Delta, Tectonics, 2021, 40(5). SCI.
(7) Hao Lu, Qing Li*, Dali Yue et al., Study on optimal selection of porosity logging interpretation methods for Chang 73 segment of the Yanchang Formation in the southwestern Ordos Basin, China, £¬Journal of Petroeum Science and Engineering, 2021£¬198, 108153.SCI.
(8) Wei Li, Dali Yue*, et al., Thickness prediction for high-resolution stratigraphic interpretation by fusing seismic attributes of target and neighboring zones with an SVR algorithm, Marine and Petroleum Geology, 2020, 113. SCI, ͨѶ×÷Õß
(9) ÍõÎķ㣬ÔÀ¶¦Á¦´ó¾Ù* µÈ£¬Ê¹Óõض¯ÕýÑÝÄ£ÄâÒªÁìÑо¿µØ²ã½á¹¹--ÒÔ¶õ¶û¶à˹ÅèµØºÏË®µØÇøÑÓÉì×éÈý¶ÎΪÀý,ʯÓ͵ØÇòÎïÀí¿±Ì½£¬2020,55£¨2£©£º411-418.Ei£¬Í¨Ñ¶×÷Õß
(10) Wurong Wang, Dali Yue* et al., Qualitative and quantitative characterization of multiple factors that influenced movable fluid saturation in tight, lacustrine, deep-water, gravity-flow sandstones: A case study of the Yanchang Formation, southern Ordos Basin, China, Marine and Petroleum Geology, 2020£¬121, 104625. SCI£¬Í¨Ñ¶×÷Õß
(11) Wei Li, Dali Yue* et al., A novel method for estimating sandbody compaction in fluvial successions, Sedimentary Geology, 2020, 404, SCI, ͨѶ×÷Õß
(12) Wurong Wang, Dali Yue *,et al., Quanti?cation and Prediction of Pore Structures in Tight Oil Reservoirs Based on Multifractal Dimensions from Integrated Pressure- and Rate-Controlled Porosimetry for the Upper Triassic Yanchang Formation, Ordos Basin, China, Energy & Fuels, 2020, 34, 4366-4383. SCI, ͨѶ×÷Õß
(13) Dali Yue*£¬Wei Li£¬Wurong Wang et al.£¬Fused spectral-decomposition seismic attributes and forward seismic modelling to predict sand bodies in meandering fluvial reservoirs. Marine and Petroleum Geology. 2019. 99(1): 27-44. SCI
(14) Dali Yue*, Wei Li, Wurong Wang et al., Analyzing the architecture of point bar of meandering fluvial river using ground penetration radar: A case study from Hulun Lake Depression, China, Interpretation. 2019, 7, T437-T454 , SCI
(15) Wei Li , Dali Yue * , et al.£¬Characterizing meander belts and point bars in fluvial reservoirs by combining spectral decomposition and genetic inversion, Marine and Petroleum Geology, 2019£¬105, 168-184. SCI, ͨѶ×÷Õß
(16) Wei Li , Dali Yue * , et al.£¬Fusing multiple frequency-decomposed seismic attributes with machine learning for thickness prediction and sedimentary facies interpretation in ?uvial reservoirs, Journal of Petroleum Science and Engineering, 2019, 177, 1087-1102. SCI, ͨѶ×÷Õß
(17) Wurong Wang, Dali Yue*, et al., Diagenetic alteration and its control on reservoir quality of tight sandstones in lacustrine deep-water gravity-?ow deposits: A case study of the Yanchang Formation, southern Ordos Basin, China, Marine and Petroleum Geology, 2019£¬110, 676-694. SCI, ͨѶ×÷Õß
(18) Dali Yue*£¬Shenghe Wu£¬Zhangyou Xu et al., Reservoir quality, natural fractures, and gas productivity of upper Triassic Xujiahe tight gas sandstones in western Sichuan Basin, China. Marine and Petroleum Geology. 2018. 89(1): 370-386. SCI
(19) ÔÀ¶¦Á¦´ó¾Ù¡¢Àΰ¡¢Íõ¡¡¾üµÈ£¬»ùÓÚ·ÖÆµÈںϵض¯ÊôÐÔµÄÇúÁ÷´øÕ¹ÍûÓëµã°Óʶ±ð£ºÒÔ²³º£ÍåÅèµØÛôµºÓÍÌï¹ÝÌÕ×éΪÀý£¬¹ÅµØÀíѧ±¨£¬2018£¬20£¨6£©£º999-1008£»
(20) ÔÀ¶¦Á¦´ó¾Ù¡¢ºú¹âÒå¡¢ÀîΰµÈ£¬¾®ÕðÁ¬ÏµµÄÇúÁ÷ºÓ´¢²ã¹¹ÐͱíÕ÷ÒªÁì¼°ÆäÓ¦ÓÃ.Öйúº£ÉÏÓÍÆø£¬2018. 30(1)£º99-109£»
(21) Àîΰ¡¢ÔÀ¶¦Á¦´ó¾Ù*¡¢ºú¹âÒåµÈ£¬·ÖƵ¶ÎµØ¶¯ÊôÐÔÓÅÑ¡¼°É°ÌåÕ¹ÍûÒªÁì¡ªÇØ»Êµº32-6ÓÍÌï±±ÇøÊµÀý£¬Ê¯Ó͵ØÇòÎïÀí¿±Ì½£¬2017. 52(1)£º121-130£¬Ei£¬Í¨Ñ¶×÷Õߣ»
(22) ÔÀ¶¦Á¦´ó¾Ù,ÎâʤºÍ,ÎÂÁ¢·å,ÕÔ¿¡Íþ£¬2013.µã°ÓÄÚ²¿¹¹ÐÍ¿ØÖƵÄÊ£ÓàÓÍÂþÑÜÎïÀíÄ£Ä⣬Öйú¿Æ¼¼ÂÛÎÄ£¬8(5).473-476£»
(23) ÔÀ¶¦Á¦´ó¾Ù,ÕÔ¿¡Íþ£¬ÎÂÁ¢·å.2012£¬±è×´ºÓÐÄ̲ÄÚ²¿¼Ð²ã¿ØÖƵÄÊ£ÓàÓÍÂþÑÜÎïÀíÄ£ÄâʵÑé,µØÑ§Ç°Ôµ,19£¨2£©£»
(24) ÔÀ¶¦Á¦´ó¾Ù£¬Íõ ¾ü£¬ÍõÑÓÖÒµÈ. 2010.¹ÅºÓÁ÷´¢²ã¹¹ÐÍÌõÀíÆÊÎö·¨--ÒԹµºÓÍÌï¹ÝÌÕ×éÇúÁ÷ºÓΪÀý£¬µØÖÊ¿ÆÑ§£¬45£¨3£©£»
(25) ÔÀ¶¦Á¦´ó¾Ù£¬³ÂµÂÆÂ£¬ÐìÕÁÓеÈ.2009.¼ÃÑôÛêÏݹ¶«ÓÍÌïÇúÁ÷ºÓºÓÁ÷´¢¼¯²ã¹¹ÐÍÈýά½¨Ä££¬¹ÅµØÀíѧ±¨,11£¨2£©£»
(26) ÔÀ¶¦Á¦´ó¾Ù£¬ÎâʤºÍ£¬³Ì»áÃ÷µÈ.2008.»ùÓÚÈýά´¢²ã¹¹ÐÍÄ£×ÓµÄÓͲØÊýֵģÄâ¼°Ê£ÓàÓÍÂþÑÜģʽ,¿Ê±Ñ§±¨£¨EiÊÕ¼£©,32£¨2£©£»
(27) ÔÀ¶¦Á¦´ó¾Ù£¬ÎâʤºÍ£¬Ì·ºÓÇå.2008.ÇúÁ÷ºÓ¹ÅºÓÁ÷´¢²ã¹¹ÐÍϸÄåÆÊ½â¡ªÒԹ¶«ÓÍÌïÆßÇøÎ÷¹ÝÌÕ×éΪÀý.µØÑ§Ç°Ôµ,15£¨1£©£»
(28) ÔÀ¶¦Á¦´ó¾Ù£¬ÎâʤºÍ£¬ÁÖ³ÐÑæ.2008.ËéмÑÒ´¢²ãÁ÷¶¯µ¥Î»Ñо¿Ï£Íû.Öйú¿Æ¼¼ÂÛÎÄÔÚÏß,3£¨11£©£»
(29) Wu Shenghe, Yue Dali, Liu Jianmin,et al. 2008.Hierarchy modeling of subsurfase paleochannel reservoir architecture.Science In China(Series D),Earth Sciences£¨SCIÊÕ¼£©, 51(S2)£»£¨ÖÐÓ¢ÎĶÔÓ¦£©
(30) ÎâʤºÍ,ÔÀ¶¦Á¦´ó¾Ù,Áõ½¨Ãñ,ÊøÇàÁÖ,·¶á¿,ÀîÓîÅô.µØÏ¹źÓÁ÷´¢²ã¹¹Ð͵ÄÌõÀí½¨Ä£Ñо¿[J].Öйú¿ÆÑ§(D¼:µØÇò¿ÆÑ§),2008(S1):111-121.
(31) ÔÀ¶¦Á¦´ó¾Ù£¬ÎâʤºÍ£¬Áõ½¨Ãñ.2007.ÇúÁ÷ºÓµã°ÓµØÏ´¢²ã¹¹ÐÍϸÄåÆÊ½âÒªÁì.ʯÓÍѧ±¨£¨EiÊÕ¼£©,28£¨4£©£»
(32) ÔÀ¶¦Á¦´ó¾Ù£¬ÎâʤºÍ£¬ÁÖ³ÐÑæµÈ.2005.½¸»ÒÑÒÓͲظô¼Ð²ã¿ØÖƵÄÊ£ÓàÓÍÂþÑܼÍÂÉÑо¿.ʯÓÍ¿±Ì½Ó뿪·¢£¨EiÊÕ¼£©,32£¨5£©£»
(33) ÔÀ¶¦Á¦´ó¾Ù£¬ÎâʤºÍ£¬ÁÖ³ÐÑæµÈ.2005.Á÷»¨11-1ÓÍÌク»ÒÑÒÓͲسÁ»ý£³ÉÑÒÑÝ»¯Ä£Ê½.ʯÓÍÓë×ÔÈ»ÆøµØÖÊ,26£¨4£©£»
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