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2£®Bohui Shi*£¬Yuchuan Chen£¬Xiaofeng Wang£¬Shangfei Song£¬Shunkang Fu£¬Jianwei Zhou£¬Yang Liu£¬Xiaofang Lv£¬Jing Gong£¬Yang Liu. Flowloop investigation into hydrate formation and slurry flow in the presence of micron-sized sand particles.Journal of Petroleum Science and Engineeing.2022-02-03.2022,212:110251.
3£®Bohui Shi*£¬Shangfei Song*£¬Yuchuan Chen£¬Xu Duan£¬Qingyun Liao£¬Shunkang Fu£¬Lihao Liu£¬Jinhao Sui£¬Junpeng Jia£¬ Haotian Liu£¬ Yumo Zhu£¬Chenxi Song£¬ Decai Lin£¬Ting Wang£¬Junao Wang£¬Haiyuan Yao£¬and Jing Gong. Status of Natural Gas Hydrate Flow Assurance Research in China: A Review.Energy & Fuels.2021-03-04.2021,35(05):3611-3658.
4£®Bohui Shi*£¬Yang Liu£¬Lin Ding£¬Xiaofang Lv£¬Jing Gong. New simulator for gas¨Chydrate slurry stratified flow based on the hydrate kinetic growth model. Journal of Energy Resources Technology-Transactions of The ASME.2019-01-01.141(1).1290601-1290611.
5£®Bohui Shi*£¬Shuai Chai£¬Lin Ding£¬Yuchuan Chen£¬Yang Liu£¬Shangfei Song£¬Haiyuan Yao£¬Haihao Wu£¬Wei Wang£¬Jing Gong. An investigation on gas hydrate formation and slurry viscosity in the presence of wax crystals.AIChE J.2018-09-01.64(9).3502-3518.
6£®Bohui Shi*£¬Shangfei Song£¬Xiaofang Lv£¬Wenqing Li£¬Ying Wang£¬Lin Ding£¬Yang Liu£¬Juheng Yang£¬Haihao Wu£¬Wei Wang£¬Jing Gong. Investigation on natural gas hydrate dissociation from a slurry to a water-in-oil emulsion in a high-pressure flow loop. Fuel. 2018-07-02. 233.743-758.
7£®Bohui Shi*£¬Lin Ding£¬Wenqing Li£¬Xiaofang Lv£¬Yang Liu£¬Shangfei Song£¬Chaoyu Ruan£¬Haihao Wu£¬Wei Wang£¬Jing Gong. Investigation on hydrates blockage and restart process mechanisms of CO2 hydrate slurry flow. Asia-Pacific Journal of Chemical Engineering. 2018-03-14. 13(3).219301-219314.
8£®Bohui Shi*£¬Lin Ding£¬Yang Liu£¬Juheng Yang£¬Shangfei Song£¬Haihao Wu£¬Wei Wang£¬Jing Gong. Hydrate slurry flow property in W/O emulsion systems. RSC Advances. 2018-03-22. 8(21). 11436-11445.
9£®Bohui Shi*£¬Liang Yang£¬Shuanshi Fan£¬Xia Lou. An investigation on repeated methane hydrates formation in porous hydrogel particles. FUEL.2017-04-15.194.395-405.
10£®Bohui Shi*£¬Jiaqi Wang£¬Yifan Yu£¬Lin Ding£¬Yang Liu£¬Haihao Wu. Investigation on the transition criterion of smooth stratified flow to other flow patterns for gas-hydrate slurry flow. International Journal of Chemical Engineering.2017-05-02.9846507.1-13.
11£®Bohui Shi*£¬Shuai Chai£¬Linyan Wang£¬Xiaofang Lv£¬Huishu Liu£¬Haihao Wu£¬Wei Wang£¬Da Yu£¬Jing Gong. Viscosity investigation of natural gas hydrate slurries with anti-agglomerants additives. Fuel.2016-07-28.185.323-338.
12£®Bohui Shi*, Shuanshi Fan, Xia Lou. Application of the shrinking-core model to the kinetics of repeated formation of methane hydrates in a system of mixed dry-water and porous hydrogel particulates. Chemical Engineering Science, 2014.04.19, 109, 315-325.
13£®Bohui Shi, Jing Gong*, Changyu Sun*, Jiankui Zhao, Yao Ding, Guangjin Chen. An inward and outward natural gas hydrates growth shell model considering intrinsic kinetics, mass and heat transfer. Chemical Engineering Journal, 2011.07.15, 171:1308¨C1316.
14£®Xu Duan£¬Bohui Shi*£¬Junao Wang£¬Chaoyu Ruan£¬Junpeng Jia£¬Shangfei Song£¬Qingyun Liao£¬Yuchuan Chen£¬Sihang Chen£¬Junao Wang£¬Haiyuan Yao£¬Jing Gong*.Quantitative assessment of hydrate blockage risk in pipelines based on reliability theory.Journal of Natural Gas Science and Engineering.2022-01-26.2022,98:104345.
15£®Xu Duan£¬Bohui Shi*£¬Junao Wang£¬Shangfei Song£¬Haotian Liu£¬Xuetong Li£¬Yuchuan Chen£¬Qingyun Liao£¬Jing Gong*£¬Sihang Chen£¬Feng Diao. Simulation of the hydrate blockage process in a water-dominated system via the CFD-DEM method.Journal of Natural Gas Science and Engineering.2021-12-01.2021,96:104241.
16£®Qingyun Liao£¬Bohui Shi*£¬Sha Li£¬Shangfei Song£¬ Yuchuan Chen£¬Jinjun Zhang£¬Haiyuan Yao£¬Qingping Li£¬Jing Gong. Molecular dynamics simulation of the effect of wax molecules on methane hydrate formation.Fuel.2021-08-01.2021,297:120778.
17£®Yuchuan Chen£¬Bohui Shi*£¬Shunkang Fu£¬Qingping Li£¬Haiyuan Yao£¬Yang Liu£¬Xiaofang Lv£¬Junao Wang£¬Qingyun Liao£¬Xu Duan£¬Jing Gong*. Kinetic and rheological investigation of cyclopentane hydrate formation in waxy water-in-oil emulsions. Fuel, 2020-03-01.2021, 287: 119568.
18£®Shangfei Song£¬Bohui Shi*¡¢Weichao Yu£¬A new methane hydrate decomposition model considering intrinsic kinetics and mass transfer. Chemical Engineeing Jouranl. 2019-04-01. 2019, 361: 1264-1284.
19£®Yang Liu£¬Bohui Shi*£¬Lin Ding£¬Qianli Ma£¬Yuchuan Chen£¬Shangfei Song£¬Ye Zhang£¬Yu Yong£¬Xiaohufang Lv£¬Haihao Wu£¬Wei Wang£¬Jing Gong*. Study of hydrate formation in water-in-waxy oil emulsions considering heat transfer and mass transfer£¬Fuel, 2019-05-15, 282-295.
20£®Ê·²©»á*£¬Íõ¾¸âù£¬ÁÎÇåÔÆ£¬ÍõæÃ£¬Íõɺɺ£¬ÑîÃÉ£¬Ð¤ÑÇç÷£¬ÕÅê»Ô£¬Ëγ¿¹â£¬¹¬¾´.¶à·¨ÁªÓÃCO2²¶¼¯Ìá´¿¹¤ÒÕÄ£Äâ.×ÔÈ»Æø¹¤Òµ. 2021-05-25. 2021, 41(05):110-120.
21£®Ê·²©»á*£¬ÓÚÒ»·«£¬ºúÔª¼×£¬ÁøÑ²ñ˧£¬ÓºÓÑî¾Óºâ£¬»Æ»ÔÈÙ£¬¹¬¾´.À¯¾§Îö³ö³Á»ýÓëË®ºÏÎï½á¾§ÌìÉúñîºÏÈÈÁ¦Ñ§Ó붯Á¦Ñ§Ñо¿Ï£Íû.¿ÆÑ§×ª´ï.2018-01-25.63(3).283-300.
22£®Ê·²©»á*£¬ ËÎËØºÏ£¬Ò׳ɸߣ¬ÓºÓÀîÎÄÇ죬¶¡÷룬ÁøÑËÎÉзɣ¬¹¬¾´.Ë®ºÏÎïÁ÷¶¯»·Â·ÊµÑéÑо¿Ï£Íû.»¯¹¤Ï£Íû.2018-04-05.37(4).1347-1363.
23£®Ê·²©»á*£¬ÓºÓÁøÑÀîÄ«Öñ£¬¶¡÷룬ÂÀÏþ·½£¬Î⺣ºÆ£¬¹¬¾´.º¬À¯ºÍ·À¾Û¼Áϵͳ×ÔÈ»ÆøË®ºÏÎャҺÌìÉú¼°Á÷¶¯ÌØÕ÷.»¯¹¤Ï£Íû.2018-06-05.37(6).2182-2191.
24£®Ê·²©»á*£¬²ñ˧£¬ÁøÑ¶¡÷룬ËÎÉзɣ¬Î⺣ºÆ£¬¹¬¾´.º¬À¯¾§×ÔÈ»ÆøË®ºÏÎャҺð¤¶ÈµÄÓ°ÏìÒòËØ.×ÔÈ»Æø¹¤Òµ.2017-05-25.37(5).97-105.