ËÎÔóÕ£¨Song Zezhang, §³§à§ß §©§ï§é§Ø§Ñ§ß£©£¬ÄУ¬1988Äê05ÔÂÉú£¬¸£½¨Ê¡ÄþµÂÊÐÈË£»²©Ê¿£¬½ÌÊÚ£¬²©Ê¿Éúµ¼Ê¦£»ÓÍÆø¿±Ì½Ó뿪·¢µØÖÊϵ¸±Ö÷ÈΣ¬ÖжíÄÜÔ´ÊýÖÇÍŽáÑо¿Ôº¸±Ôº³¤£¬Öжí̼Öкͼ°ÐÂÄÜÔ´ÍŽáʵÑéÊÒ¸±Ö÷ÈΣ»ÈëѡУÇàÄê°Î¼âÈ˲Å£»µ£µ±¡¶Petroleum Science¡·¸±Ö÷±à¡¢¡¶Journal of Earth Science¡·ÇàÄê±àί¡¢¡¶ÃºÌïµØÖÊÓ뿱̽¡·ÇàÄê±àί¡¢Ó¢Îı༭¼æÀ¸Ä¿Ö÷Éóר¼Ò¡¢¡¶³Á»ýѧ±¨¡·¼°¡¶Ê¯ÓÍʵÑéµØÖÊ¡·ÇàÄê±àί¡¢Öйú´ó°Ù¿ÆÈ«Ê顶ʯÓÍÓë×ÔÈ»Æø¹¤³Ì¾í¡·±àί¡¢±±¾©ÊпÆί¼°Öйشå¿ÆίÏîÄ¿ÆÀÉóר¼Ò¡¢¹ú¼ÒÁôѧ»ù½ðCSCÏîÄ¿ÆÀÉóר¼Ò£»Ö÷½²¡¶Ê¯Ó͵ØÖÊѧ¡·£¨±¾¿Æ£©¡¢¡¶Ê¯Ó͵ØÖÊ×ۺϿγÌÉè¼Æ¡·£¨±¾¿Æ£©¡¢¡¶ÓÍÆø³É²Ø¶¯Á¦Ñ§¡·£¨Ñо¿Éú£©¡¢¡¶ÓÍÆø¿±Ì½¿ª·¢µØÖÊÀíÂÛÊÖÒÕÇ°ÑØ¡·£¨Ñо¿Éú£©µÈ¿Î³Ì¡£½ü¼¸Ä꣬Ö÷Òª´ÓÊ£¨³¬£©Éî²ãÓÍÆø³É²Ø¼°·ÇͨÀý´¢²ã΢¹Û¿×϶½á¹¹Ñо¿£¬Ö÷³Ö¹ú¼Ò×ÔÈ»¿Æѧ»ù½ðÃæÉÏ»ù½ð¡¢ÇàÄê»ù½ð¡¢ÖÐʯÓͿƼ¼Á¢Òì»ù½ð¼°ÖÐʯÓͺáÏò¿ÎÌâµÈ¶þÊ®ÓàÏî¿ÆÑÐÏîÄ¿¡£

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½ÌÓýºÍÊÂÇéÂÄÀú£º

(1) 2007.09¡ª2011.06 ¹«º£²Ê´¬£¨±±¾©£©£¬µØÖʹ¤³Ìרҵ£¬±¾¿Æ£»

(2) 2011.09¡ª2014.06 ¶íÂÞ˹¹úÁ¢Ê¯ÓÍ×ÔÈ»Æø´óѧ£¬ÓÍÆøÌïµØÖʽ¨Ä£Óë¼à²âרҵ£¬Ë¶Ê¿£»

(3) 2014.09¡ª2016.03 ¶íÂÞ˹¹úÁ¢Ê¯ÓÍ×ÔÈ»Æø´óѧ£¬µØÖÊѧ¡¢ÓÍÆøÌ￱̽Ó뿱²éרҵ£¬²©Ê¿¡£

(4) 2016.06¡ª2019.07 ¹«º£²Ê´¬£¨±±¾©£©µØÇò¿ÆѧѧԺ£¬½²Ê¦£»

(5) 2019.07¡ª2024.07 ¹«º£²Ê´¬£¨±±¾©£©µØÇò¿ÆѧѧԺ£¬¸±½ÌÊÚ£»

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(2) 2021.11.15¡ª2021.11.16£º½ÌÓý²¿¸ßУÇàÄêÎ÷ϯ¹úÇé½ÌÓýÑÐÐްࣨµÚÈýÆÚ£©

2. Ñо¿Æ«Ïò£º´¢²ãÆÀ¼Û£¨ÖÂÃÜÉ°ÑÒ¡¢Ò³ÑÒ£©£»¿×϶½á¹¹±íÕ÷£»·ÖÐμ¸ºÎ£»ÓÍÆøÔ˾ÛÓë³É²Ø£»Êý¾Ýϴ媡¢»úеѧϰ

Research interests: Formation evaluation (Tight sandstone, Shale); Pore structure characterization; Fractal geometry; §¯ydrocarbon accumulation mechanism; Machine-Learning

§¯§Ñ§á§â§Ñ§Ó§Ý§Ö§ß§Ú§Ö §Ú§ã§ã§Ý§Ö§Õ§à§Ó§Ñ§ß§Ú§ñ: §°§è§Ö§ß§Ü§Ñ §ß§Ú§Ù§Ü§à§á§â§à§ß§Ú§è§Ñ§Ö§Þ§í§ç §Ú §å§Ý§î§ä§â§Ñ§ß§Ú§Ù§Ü§à§á§â§à§ß§Ú§è§Ñ§Ö§Þ§í§ç §Ü§à§Ý§Ý§Ö§Ü§ä§à§â§à§Ó (§ã§Ý§Ñ§ß§Ö§è, §á§Ý§à§ä§ß§í§Û §á§Ö§ã§é§Ñ§ß§Ú§Ü); §·§Ñ§â§Ñ§Ü§ä§Ö§â§Ú§ã§ä§Ú§Ü§Ñ §á§à§â§à§Ó§à§Û §ã§ä§â§å§Ü§ä§å§â§í; §¶§â§Ñ§Ü§ä§Ñ§Ý§î§ß§Ñ§ñ §Ô§Ö§à§Þ§Ö§ä§â§Ú§ñ; §®§Ö§ç§Ñ§ß§Ú§Ù§Þ §Ñ§Ü§Ü§å§Þ§å§Ý§ñ§è§Ú§Ú §å§Ô§Ý§Ö§Ó§à§Õ§à§â§à§Õ§à§Ó; §®§Ñ§ê§Ú§ß§ß§à§Ö §à§Ò§å§é§Ö§ß§Ú§Ö

3. ÂÛÎÄ

(1) Song Zezhang, Liu Guangdi*, Yang Weiwei, Zou Huayao, Sun Mingliang, Wang Xiaolong. Multi-Fractal Distribution Analysis for Pore Structure Characterization of Tight Sandstone¡ªa Case Study of the Upper Paleozoic Tight Formations in the Longdong District, Ordos Basin [J]. Marine and Petroleum Geology, 2018, 92C: 842-854. (https://doi.org/10.1016/j.marpetgeo.2017.12.018, SCI, JCR-Q2)

(2) Song Zezhang*, Abula Abide, Zhao Junyi, Liu Guangdi*, Li Mingrui, Yang Dailin, Wang Yunlong. A Novel Hybrid Thermodynamic Model for Pore Size Distribution Characterisation for Shale [J]. Petroleum Science, 2022, 19(3): 963-978. (https://doi.org/10.1016/j.petsci.2021.12.015, SCI, JCR-Q1)

(3) Song Zezhang*, Ding Xaoheng, Zhang Benjian*, Ge Bingfei, Tian Xingwang, Chen Xiao, Ma Kui, Peng Hanlin, Wang Yunlong, Yang Dailin. Dynamic Reconstruction of the Hydrocarbon Generation, Accumulation and Evolution History in Ultra-Deeply-Buried Strata [J]. Frontiers in Earth Science,2022, 10: 927903.

(https://doi.org/ 10.3389/feart.2022.927903, SCI, JCR-Q3)

(4) Song Zezhang, Zhao Junyi, Zhang Yuanyin*, Yang Dailin, Wang Yunlong, Hu Li, Li Chenghai, Liu Wenlei. Bi-Fractal Characterization of the Pore Network of Tight Sandstone[J]. Frontiers in Earth Science, 2021, 9(1108):751944.

(https://doi.org/10.3389/feart.2021.751944, SCI, JCR-Q3)

(5) Song Zezhang*, Lv Mingyang, Zhao Libin, Liu Changqi, He Yuanyuan, Zhang Yueqiao,Lobusev, M. A. A Novel Bound Water Occurrence Model for Tight Sandstone. Fuel [J], 2024, 357PC: 130030. (https://doi.org/10.1016/j.fuel.2023.130030, SCI, JCR-Q1)

(6) Song Zezhang*, Zhang Ziyu, Ding Xiaoheng, Zhang Yuanyin, Bai Zhongkai, Liu Lihong, Gao Yongjin. Geochemical Characteristics of the Paleozoic Marine Source Rocks and Ultra-Deep Hydrocarbon Accumulation Mode of the Awati Sag [J]. Energies, 2024, 17(9):2124. (https://doi.org10.3390/en17092124, SCI, JCR-Q3)

(7) Song Zezhang*, Zhang Jing, Jin Shigui, Liu Changqi, Abide Abula, Hou Jiakai, Ma Lin*. The Occurrences and Mobility of Shale Oil in the Pore Space of Terrestrial Shale. [J]. Fuel, 2024, 374.

(https://doi.org/10.1016/j.fuel.2024.132377, SCI, JCR-Q1)

(8) Zhu Lianqiang, Song Zezhang*, Tian Xingwang, Liu Guangdi, Yang Dailin, Wang Wenzhi, Zhou Gang, Yan Wei, Xiang Zhu, ZhangZili. Responses of Trace Elements and Optical Textures of Ultra-Deep Pyrobitumen to Hydrothermal Alteration [J]. Fuel, 2023, 335: 127045. (https://doi.org/10.1016/j.fuel,2022:127045, SCI, JCR-Q1)

(9) Zhu Lianqiang, Song Zezhang*, Liu Guangdi, Zhao Wenzhi, Wen Long, Tian Xingwang, Wang Wenzhi, Yang Dailin, YanWei, Li Qiang. Pb-zn mineralization formed from coupled hydrocarbon-bearing and hydrothermal fluids in the ediacaran strata in the central sichuan basin, china. Precambrian Research [J]. 2023, 397: 107206. (https://doi.org/10.1016/j.precamres.2023.107206, SCI, JCR-Q2)

(10) Sun Rui, Yao Xingzong, Wang Xiayang, Wu Keqiang, Han Yinxue, Xu Jianyong, Yang Haizhang, Li Hongyi, Zeng Qingbo, Song Zezhang*, et al. Source-to-Sink System and Sedimentary Characteristics of the Lower Miocene Submarine Fans in the Eastern Deepwater Area of the Qiongdongnan Basin, Northern South China Sea [J]. Frontiers in Earth Science, 2022, 10: 956594. (https://doi.org/10.3389/feart.2022.956594, SCI, JCR-Q3)

(11) Zhu Lianqiang, Liu Guangdi*, Song Zezhang*, Zhang Benjian, Zhao Wenzhi, Tian Xingwang, Ma Kui, Wang Yunlong, Yang Dailin, Li Qiang, Gen Chao, Lu Jiaxun. Hydrothermal Activity in Ultra-Deep Strata and its Geological Significance for Deep Earth Gas Exploration: Implications from Pyrobitumen in the Ediacaran-Lower Cambrian Strata, Sichuan Basin [J]. International Journal of Coal Geology, 2022, 259, 104030.

(https://doi.org/10.1016/j.coal.2022.104030, SCI, JCR-Q1)

(12) Li Yishu, Liu Guangdi*, Song Zezhang*,Sun Mingliang, Tian Xingwang, Yang Dailin, Zhu Lianqiang. Crude Oil Cracking under Geological Conditions: A Case Study of the Ediacaran Reservoir, Central Sichuan Basin, China [J]. Fuel, 2024a, 364. (https://doi.org/10.1016/j.fuel.2024.131063, SCI, JCR-Q1)

(13) Zhu Lianqiang, Liu Guangdi*, Song Zezhang*, Zhao Wenzhi, Li Qiang, Tian Xingwang, Wang Wenlong, Yang Dailin. Reservoir Solid Bitumen-Source Rock Correlation Using the Trace and Rare Earth Elements¨CImplications for Identifying the Natural Gas Source of the Ediacaran-Lower Cambrian Reservoirs, Central Sichuan Basin [J]. Marine and Petroleum Geology, 2022,137C: 105499. (https://doi.org/10.1016/j.marpetgeo.2021.105499, SCI, JCR-Q2)

(14) Tian Xingwang*, Liu Guangdi, Luo Bing, Yang Yu, Wen Long, Zhang Benjian, Chen Xiao, Su Guiping, Song Zezhang*, Peng Hanlin, Zhou Gang,Yan Wei, Yang Dailin, Wang Yunlong, Sun Yiting, Dou Shuang. Structural Characteristics and its Significance on Hydrocarbon Accumulation in the Northern Slope of Central Sichuan Paleo-Uplift [J]. Acta Geologica Sinica - English Edition, 2022, 96(4): 1451-1470. (https://doi.org/10.1111/1755-6724.14975, SCI, JCR-Q3)

(15) Li Qiang, Liu Guangdi*, Song Zezhang*, Zhang Benjian, Sun Mingliang, Tian Xingwang, YangDailin, Wang Yunlong, Zhu Lianqiang, Cao Yushun. Organic Matter Enrichment Due to High Primary Productivity in the Deep-Water Shelf: Insights from the Lower Cambrian Qiongzhusi Shales of the Central Sichuan Basin, SW China [J]. Journal of Asian Earth Sciences, 2022, 239: 105417. (https://doi.org/10.1016/j.jseaes.2022.105417, SCI, JCR-Q3)

(16) Cao Xuan; Zhong Dakang*; Liu Jie, Sun Haitao, Song Zezhang*, Cao Tianyu, Wang Fei, Gong Shuangyi. Coupling between Diagenetic Environment and Porosity Evolution¡ªa Quantitative Study of the Zhuhai Formation in the Huizhou Sag, Pearl River Mouth Basin, South China Sea [J]. Minerals, 2020, 10(2): 170.

(https://doi.org/10.3390/min10020170, SCI, JCR-Q3)

(17) Wang Jingyi, Jiang Fujie, Zhang Chunlin, Wang Jingyi, Song Zezhang*, Mo Wuling. Study on the Pore Structure and Fractal Dimension of Tight Sandstone in Coal Measures [J]. Energy & Fuels, 2021, 35(5): 3887-3898.

(https://doi.org/10.1021/acs.energyfuels.0c03991, SCI, JCR-Q2)

(18) Liu Xiangbai, Liu Guangdi*, Jiang Wenya, Song Zezhang, Wang Na. Organic Geochemistry and Petrology of Source Rocks from the Banqiao Sag, Bohai Bay Basin, China: Implications for Petroleum Exploration [J]. Petroleum Science, 2022, 19(4): 1505-1515. (https://doi.org/10.1016/j.petsci.2022.07.002, SCI, JCR-Q1)

(19) Li Yishu, Liu Guangdi*, Song Zezhang, Sun Mingliang, Tian Xingwang, Yang Dailin, Wang Yunlong, Zhu Lianqiang, You Fuliang. Constraints of C¨CO¨CSr Isotope and Elemental Geochemistry on the Origin of Dolomite of the Deeply Buried Ediacaran Sedimentary Succession, Central Sichuan Basin (SW China). [J]. Journal of Asian Earth Sciences, 2023, 255: 105780. (https://doi.org/10.1016/j.jseaes.2023.105780, SCI, JCR-Q2)

(20) You Fuliang*, Liu Guangdi*, Song Zezhang, Sun Mingliang, Li Shixiang, Yang Weiwei, An Cheng, Li Chaozheng, Li Yishu. Impact of Petroleum Expulsion and Evaporation Losses on Shale Oil Assessment Using Pyrolysis Techniques [J]. Geological Journal, 2023.

(21) Wang Xiang., Liu Guangdi*, Song Zezhang, Sun Mingliang, Wang Xiaolin, Wang Feilong, Chen Rongtao, Geng Mingyang, Li Yishu. Paleoenvironmental Characteristics of Paleogene Lacustrine Source Rocks in the Western Bozhong Sag, Bohai Bay Basin, China: Evidence from Biomarkers, major and trace elements. [J]. Acta Geologica Sinica - English Edition, 2023. (https://doi.org/10.1111/1755-6724.15114, SCI, JCR-Q3)

(22) Wu Jin, Luo Qingyong*, Zhang Ye, Zhong Ningning, Goodarzi Fariborz, Suchy Vaclav, :i Meijun, Li Dahua, Wang Weixin, Tian Xingwang, Song Zezhang. The Organic Petrology of Vitrinite-like Maceral in the Lower Paleozoic Shales: Implications for the Thermal Maturity Evaluation. [J]. International journal of coal geology, 2023, 274. (https://doi.org/10.1016/j.coal.2023.104282, SCI, JCR-Q2)

(23) Zhu Chenxi, Jiang Fujie, Zhang Pengyuan, Zhao Zhao, Chen Xi, Wu Yuqi, Chen Yuanyuan, Wang Wei, Song Zezhang, Hu Tao, Xu Tianwu, Zhou Yongshui. Effect of Petroleum Chemical Fraction and Residual Oil content in Saline Lacustrine Organic-rich shale: A Case Study from the Paleogene Dongpu Depression of North China. [J]. Petroleum science, 2023, 20(2): 649-669. (https://doi.org/10.1016/j.petsci.2022.09.013, SCI, JCR-Q2)

(24) Li Yishu*, Liu Guangdi*, Song Zezhang, Wen Long, Sun Mingliang, Tian Xingwang, Yang Dailin, Zhu Lianqiang. Reconstruction of Palaeo-Oil Reservoirs in the Ultra-Deep and over-Mature Sinian Dengying Formation of the Central Sichuan Basin: Insights from Basin and Petroleum System Modelling [J]. Geological Journal, 2024b. (https://doi.org/10.1002/gj.4920, SCI, JCR-Q3)

(25) Wang Xiang, Liu Guangdi*, Wang Xiaolin, Ma Jinfeng, Wang Zhenliang, Wang Feilong, Song Zezhang.Geophysical Prediction of Organic Matter Abundance in Source Rocks Based on Geochemical Analysis: A Case Study of Southwestern Bozhong Sag, Bohai Sea, China. [J]. Pertroleum science, 21(1):31-53. (https://doi.org/10.1016/j.petsci.2023.09.005, SCI, JCR-Q1)

(26) §³§à§ß §©§ï§é§Ø§Ñ§ß, §®.§¡.§­§à§Ò§å§ã§Ö§Ó, §¥§Ù§ñ§ß§Ô §¥§Ø§Ö§ß§ã§ð§ï. §±§à§Ó§í§ê§Ö§ß§Ú§Ö §ï§æ§æ§Ö§Ü§ä§Ú§Ó§ß§à§ã§ä§Ú §á§â§à§Ô§ß§à§Ù§Ú§â§à§Ó§Ñ§ß§Ú§ñ §ã§à§Õ§Ö§â§Ø§Ñ§ß§Ú§ñ §á§â§Ú§â§à§Õ§ß§à§Ô§à §Ô§Ñ§Ù§Ñ §Ó §Ü§à§ß§ä§Ú§ß§Ö§ß§ä§Ñ§Ý§î§ß§í§ç §ã§Ý§Ñ§ß§è§Ö§Ó§í§ç §á§à§â§à§Õ§Ñ§ç §ß§Ñ §á§â§Ú§Þ§Ö§â§Ö §¢§Ñ§ã§ã§Ö§Û§ß§Ñ §°§â§Õ§à§ã// ?§¤§Ñ§Ù§à§Ó§Ñ§ñ §á§â§à§Þ§í§ê§Ý§Ö§ß§ß§à§ã§ä§î?. 2017. No 6 (753).C.40-46. (https://elibrary.ru/item.asp?id=29457329, Russian, §£§¡§¬)

(27) §­§à§Ò§å§ã§Ö§Ó §®.§¡., Zezhang S., Guangdi L., Zhenxue J. §´§Ö§ç§ß§à§Ý§à§Ô§Ú§ñ §Õ§Ö§Ý§î§ä§Ñ LogR §Õ§Ý§ñ §à§è§Ö§ß§Ü§Ú §³§à§â§Ô §ß§Ú§Ù§Ü§à§Ù§â§Ö§Ý§à§Ô§à §ã§Ý§Ñ§ß§è§Ö§Ó§à§Ô§à §Ü§à§Ý§Ý§Ö§Ü§ä§à§â§Ñ §ß§Ñ §á§â§Ú§Þ§Ö§â§Ö §ã §â§Ö§Ô§Ú§à§ß§Ñ §¢§Ñ§ã§ã§Ö§Û§ß§Ñ §°§â§Õ§à§ã. §¥§Ö§Ý§à§Ó§à§Û §Ø§å§â§ß§Ñ§Ý Neftegaz.RU. 2016. No 10. §³. 86-92. (https://elibrary.ru/item.asp?id=27216046, Russian, §£§¡§¬)

(28) §®.§¡.§­§à§Ò§å§ã§Ö§Ó, §³§à§ß §©§ï§é§Ø§Ñ§ß, §¥§Ù§ñ§ß§Ô §¥§Ø§Ö§ß§ã§ð§ï. §±§â§à§Ô§ß§à§Ù§Ú§â§à§Ó§Ñ§ß§Ú§Ö §á§Ý§Ñ§ã§ä§à§Ó§à§Ô§à §Õ§Ñ§Ó§Ý§Ö§ß§Ú§ñ §Ó §Ô§Ý§Ú§ß§Ú§ã§ä§à-§ã§Ý§Ñ§ß§è§Ö§Ó§í§ç §Ü§à§Ý§Ý§Ö§Ü§ä§à§â§Ñ§ç §ß§Ñ §á§â§Ú§Þ§Ö§â§Ö §â§Ö§Ô§Ú§à§ß§Ñ §³ §Ó §Ò§Ñ§ã§ã§Ö§Û§ß§Ö §°§â§Õ§à§ã//§´§Ö§â§â§Ú§ä§à§â§Ú§ñ ?§¯§¦§¶§´§¦§¤§¡§©?. 2015.No 8. C. 20-28. (https://elibrary.ru/item.asp?id=24157523, Russian, §£§¡§¬)

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(35) ÑîÓê, ÎÄÁú, ËÎÔóÕÂ*, Õű¾½¡, ÑÏÍþ, ÖܸÕ, ÌïÐËÍú, ÖÓÔ­, ºÍÔ´, Âí¿ü, ÀîˆÒÓî, Ñîá·ÁÖ, ËïÞÈæÃ, ¸ð±ù·É, ÑîÕñÖÐ. ´¨ÖйÅ¡Æð±±²¿ÅîÀ³ÆøÇø¶à²ãϵ×ÔÈ»Æø¿±Ì½Í»ÆÆÓëDZÁ¦ [J]. ʯÓÍѧ±¨, 2022, 43(10): 1351-1368+1394.

(36) ½ªÎÄÑÇ, ËÎÔóÕÂ*, ÖÜÁ¢ºê, ÆÑÐã¸Õ, ÍõÄÈ, ´úÀ¥, Íò೬, ÁõÏé°Ø. ²³º£ÍåÅèµØÆç¿Ú°¼ÏݵزãѹÁ¦½á¹¹ÌØÕ÷ [J]. ¼ªÁÖ´óѧѧ±¨(µØÇò¿Æѧ°æ), 2020, 50(1): 52-69. (https://doi.org/10.13278/j.cnki.jjuese.20180332, ÖÐÎĽ¹µã)

(37) ÑîÓê, ÎÄÁú, ÖܸÕ, սޱܿ, ÀÌÎ, ËÎÔóÕÂ*, Õž§, ÌÕÓÈÎï, ÌïÐËÍú, Ô·¾ÅÌÎ, ½ðÊÀ¹ó, Ê·¹úÁº. ËÄ´¨ÅèµØÓÍÆø¿±Ì½ÐÂÁìÓò¡¢ÐÂÀàÐͼ°×ÊԴDZÁ¦[J]. ʯÓÍѧ±¨, 2023, 44 (12): 2045-2069.

(38) ÖìÁªÇ¿, Áø¹ãµÜ*, ËÎÔóÕÂ*, ÕÔÎÄÖÇ, ÌïÐËÍú, ´÷öÎ, ÍõÔÆÁú, Ñîá·ÁÖ, ÀîÇ¿, Àî³Éº£, ºúÀö. ´¨ÖйÅ¡Æð±±Ð±Æ²î±ðµØÇøµÆÓ°×é×ÔÈ»Æø²î±ð¼°ÆäÓ°ÏìÒòËØ¡ª¡ªÒÔÅî̽1¾®ºÍÖн­2¾®ÎªÀý [J]. ʯÓÍ¿Æѧת´ï, 2021, 6(03): 344-355.

(39) ÕÅ´ºÁÖ, ÕżÎç÷, ËÎÔóÕÂ, ½ª¸£½Ü*, ·¶Á¢ÓÂ, ÅáìÏ. ¶õ¶û¶à˹ÅèµØ¶«²¿¶þµþϵɽÎ÷×éúϵÆø³É²ØµØÖÊÌõ¼þÓë×ÊԴDZÁ¦Õ¹Íû [J]. ÖйúʯÓÍ¿±Ì½, 2021, 26(06): 110-124.

(40) ÀîÇ¿, Áø¹ãµÜ*, ËÎÔóÕÂ, ËïÃ÷ÁÁ, ÖìÁªÇ¿, ÌïÐËÍú, Âí¿ü, Ñîá·ÁÖ, ÍõÔÆÁú, ²ÜÓñ˳, Óθ»Á¸. ´¨ÖйÅ¡Æð±±Ð±Æ½ṹÑÝ»¯¼°Æä¶ÔÕðµ©Ïµ¡ªº®ÎäϵÓÍÆø³É²ØµÄ¿ØÖÆ[J]. ʯÓÍʵÑéµØÖÊ, 2022, 44(06): 997-1007.

(41) ÀîÇ¿, Áø¹ãµÜ, ËÎÔóÕÂ, ËïÃ÷ÁÁ, ²ÜÓñ˳, ÖìÁªÇ¿, ÌïÐËÍú, Ñîá·ÁÖ, ÍõÔÆÁú, Óθ»Á¸. ´¨ÖйÅ¡Æð±±Ð±ÆÂÕðµ©ÏµÑÒÐÔÆø²ØÉúÑÄÓÐÓÃÐÔÆÊÎö¡ª¡ªÒÔÅî̽1¾®µÆ¶þ¶ÎÆø²ØΪÀý [J]. ×ÔÈ»ÆøµØÇò¿Æѧ, 2022, 33(08): 1276-1285.

(42) ÁõÏé°Ø, Áø¹ãµÜ*, ËÎÔóÕÂ, ½ªÎÄÑÇ, ÍõÄÈ. ²³º£ÍåÅèµØÆç¿Ú°¼ÏÝɳºÓ½Ö×éÌþÔ´ÑÒ³Á»ýÇéÐμ°ÐγɻúÀí [J]. ×ÔÈ»ÆøµØÇò¿Æѧ: 2023, 1-22.

(43) ÅíÇìÐÒ, ¹ùæº, ½ª¸£½Ü* ½ª´óÅó, ÎâÓîçù, ³ÂÕ×Ã÷, ËÎÔóÕÂ, ¸ßÖÐÁÁ, ÕÅÓîçù. Öé½­¿ÚÅèµØ¿ªÆ½°¼ÏÝÌþÔ´ÑÒµØÇò»¯Ñ§ÌØÕ÷ÓëÓÍÔ´±ÈÕÕ. [J]. ʯÓÍѧ±¨, 2023, 44(10): 1624-1636.

(44) ÆëÕñ¹ú, ¬Õþ»·, ½ª¸£½Ü, ËÎÔóÕÂ, ³ÂµÏ, ÕÅÓîçù, ¹ùæº, ·¿ÖÛ, ÍõϦéÅ, ÁõÒ»ÁÕ. ¸£É½°¼ÏÝÓÍÆøÂþÑÜÖ÷¿ØÒòËØÓëÔ´»ã¾Û³É²Øģʽ[J]. Öйú¿óÒµ´óѧѧ±¨, 1-16.

(45) ËÎÔóÕÂ, ³Â¶¬Ï¼, ½ª¸£½Ü, µÈ.¡¶È«ÇòÓÍÆøÂþÑÜ¡·È«Ó¢ÎĿν¨Éè̽Ë÷ [J]. ¸ß½Ìѧ¿¯, 2021, 04: 93-96.£¨½Ì¸Ä¼°Ë¼Õþ£©

(46) ËÎÔóÕÂ, ÄôÃÀâù, ÂÞÇéÓÂ, µÈ. ¡°Ë«Ò»Á÷¡±Å侰ϵØÖÊ×ÊÔ´ÓëµØÖʹ¤³ÌÑо¿Éúרҵ½¹µã¿Î½¨É衪¡ªÒÔÓÍÆø¿±Ì½¿ª·¢µØÖÊÀíÂÛÊÖÒÕÇ°ÑؿγÌΪÀý [J]. ¸ß½Ìѧ¿¯, 2024, 10(28): 38-41.

(47) Áø¹ãµÜ, ËÎÔóÕÂ, ³Â¶¬Ï¼, µÈ. ¡°Ê¯Ó͵ØÖÊѧ¡±¿Î³Ì˼ÕþϵͳµÄ¹¹½¨ [J]. ½ÌÓý½ÌѧÂÛ̳,2021, 09: 51-54. £¨½Ì¸Ä¼°Ë¼Õþ£©

(48) ³Â¶¬Ï¼, ¸ß¸Ú, ËÎÔóÕÂ.¡¶È«ÇòÓÍÆøÂþÑÜ¡·¿Î³ÌË¢ÐÂÓëʵ¼ù[J]. ½ÌÓý½ÌѧÂÛ̳, 2018, 34: 144-145. £¨½Ì¸Ä¼°Ë¼Õþ£©

(49) ½ª¸£½Ü, ËÎÔóÕÂ, Áø¹ãµÜ, µÈ. ÒÔÁ¢ÒìÍ·ÄÔ×÷ÓýΪĿµÄµÄС°àÊڿνÌѧģʽ̽Ë÷Óëʵ¼ù [J]. ÖйúµØÖʽÌÓý, 2022, 31(02): 19-21. £¨½Ì¸Ä¼°Ë¼Õþ£©

4. ·¢Ã÷רÀû

(1) ËÎÔóÕÂ,Áø¹ãµÜ,×Þ»ªÒ«,Áõ³ÉÁÖ,Ñîΰΰ,ËïÃ÷ÁÁ. Ò»ÖÖÖÂÃÜÉ°ÑÒ´¢²ã΢ÁѺ۷¢ÓýµÄʶ±ðÒªÁì¼°×°ÖÃ[P]. ±±¾©ÊУºCN107065033B, 2019-06-25.

(2) ËÎÔóÕÂ,Áø¹ãµÜ,ËïÃ÷ÁÁ,³Âî£Ù»,ÀÖÒ,Íõͭɽ,Ö£Ãñ,ÁøׯСѩ,½ªÎÄÑÇ,ÆÑÐã¸Õ,ÍõÄÈ,ÕÅΰ,ÁõÏé°Ø,Íò೬,½ðçæÓî. Ò»ÖÖ»ñµÃÉî²ã¡¢³¬Éî²ãËéмÑҵزãѹÁ¦½á¹¹µÄÒªÁì¼°×°ÖÃ[P]. ±±¾©ÊУºCN109143358B, 2019-09-13.

(3) ËÎÔóÕÂ,ÕÔ¬BÒÇ,Áø¹ãµÜ,½ª¸£½Ü,ÔøÇì²Å,½ªÈÊ,°¢±ÈµÂ¡¤°¢²»À­,ê°½¨Åô,ÍõÔÆÁú,ÀîÇ¿. Ò»ÖÖÖÂÃÜÉ°ÑÒ´¢²ã¿×϶½á¹¹µÄ¶¨Á¿ÆÀ¼ÛÒªÁìºÍ×°ÖÃ[P]. ±±¾©ÊУºCN112051200B, 2022-02-15.

(4) ËÎÔóÕÂ,Áø¹ãµÜ,½ª¸£½Ü,½ªÈÊ,ÕÔ¬BÒÇ,°¢±ÈµÂ¡¤°¢²»À­,ê°½¨Åô,ÀîÇ¿,ÁõÏé°Ø. ÖÂÃÜ°×ÔÆÑÒ´¢²ã¹Ì̬Á¤ÇàµÄ¶¨Á¿ÆÀ¼ÛÒªÁìºÍ×°ÖÃ[P]. ±±¾©ÊУºCN111810136A,2020-10-23.

(5) ËÎÔóÕÂ,ÂÞ±ù,ÔøÇì²Å,Áø¹ãµÜ,½ª¸£½Ü,½ªÈÊ,ÕÔ¬BÒÇ,°¢±ÈµÂ¡¤°¢²»À­,Ñîá·ÁÖ,ÍõÔÆÁú,ÌïÐËÍú,ÀîÇ¿,ê°½¨Åô. Ò»ÖÖÉî²ã¡¢³¬Éî²ã̼ËáÑÎÑÒ¹ÅÓͲصĶ¨Á¿ÆÀ¼ÛÒªÁì¼°×°ÖÃ[P]. ±±¾©ÊУºCN112459776A,2021-03-09.

(6) ËÎÔóÕÂ,°¢±ÈµÂ¡¤°¢²»À­,Õű¾½¡,³Âæç,ÌïÐËÍú,Åíå«ÁØ,Âí¿ü,½ª¸£½Ü,ÂÀÃ÷Ñô,֣ΰ,ÁºÏþΰ. »ùÓÚͼÏñÐÎ̬ѧÖÇÄÜÆÊÎöµÄÒ³ÑÒ¿×¾¶ÂþÑÜÈ·¶¨ÒªÁì¡¢×°ÖÃ[P]. ±±¾©ÊУºCN114519734A,2022-05-20.

5. Èí¼þÖø×÷Ȩ

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(2) ÈíÖø¹ÒºÅµÚ6607769ºÅ£¬PSD¶àÄ£×Ó¶àÖØ·ÖÐÎÆÊÎöϵͳV1.0£¬2020SR1804767£¬2020/12/14.

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(5) ÈíÖø¹ÒºÅµÚ6607768ºÅ£¬ÖÂÃÜ´¢²ã¿×϶½á¹¹×Ô¾õÉøÎüÖÇÄÜ·ÖÐÎÆÊÎöϵͳV1.0£¬2020SR1804766£¬2020/12/14.

(6) ÈíÖø¹ÒºÅµÚ10347687ºÅ£¬¿×϶½á¹¹Í¼Ïñ¶þά·ÖÐÎÆÊÎöϵͳV1.0£¬2022SR1393488£¬2022/06/13.

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(8) ÈíÖø¹ÒºÅµÚ10443576ºÅ£¬NMR PSD conversion systemV1.0£¬2022SR1489377£¬2022/11/10.

(9) ÈíÖø¹ÒºÅµÚ11101042ºÅ£¬Inversion-based NMR T2-D analysis system V1.0£¬2023SR0513871£¬2023/01/12.

(10) ÈíÖø¹ÒºÅµÚ12596224ºÅ£¬Logging Data Processsing SystemV1.0£¬2023SR0513872£¬2023/01/05.

6. »ñ½±

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