周盛涛等:二氧化碳相变致裂技术研究进展与展望 891 岩体强度、裂隙、层理等多因素对破岩效果的影 [13]Xie X F,Li X B,Li Q Y,et al.Liquid CO2 phase-transforming 响规律,建立完整的CO2相变致裂孔网参数设计 rock fracturing technology in pile-well excavation.J Cent South 规范,能为CO2相变致裂的工程应用提供有效指 Uniy Sci Technol.2018.49(8):2031 (谢晓锋,李夕兵,李启月,等.液态C0,相变破岩桩井开挖技术 导,是满足CO2相变致裂条件下岩石高效破碎开 中南大学学报(自然科学版),2018,49(8):2031) 挖需求的必由之路 [14]Han Y B.Mechanism Research on Increase Coal Gas Perme- ability by Liquid CO,Phase Transition Fracturing Technique 参考文献 [Dissertation].Jiaozuo:Henan Polytechnic University,2014 [Xia B W,Gao Y G,Liu C W,et al.Experimental study on rock- (韩亚北.液态二氧化碳相变致裂增透机理研究[学位论文].焦 breaking load in slot-hydraulic blasting.Chin J Eng,2020,42(9): 作:河南理工大学,2014) 1130 [15]Sun K M,Xin L W,Zhang S C,et al.Experimental study on laws (夏彬伟,高玉刚,刘承伟,等.缝槽水压爆破破岩载荷实验研究 of crack caused by gas burst of supercritical carbon dioxide.J Saf 工程科学学报,2020.42(9):1130) Sci Technol,2016,12(7):27 [2]Armaghani D J,Hajihassani M,Sohaei H,et al.Neuro-fuzzy (孙可明,辛利伟,张树翠,等.超临界CO,气爆致裂规律实验研 technique to predict air-overpressure induced by blasting.Arab 究.中国安全生产科学技术,2016,12(7):27) Geosci,.2015,8(12):10937 [16]Sun K M,Wang J Y,Xin L W.Experimental study of variation [3]Zhang Z X.Kinetic energy and its applications in mining pattern of gas pressure from explosion along fracture surface in engineering.Int J Min Sci Technol,2017,27(2):237 supercritical CO,gas explosion.Exp Mech,2019,34(4):693 [4]Caldwell T.A Comparison of Non-explosive Rock Breaking (孙可明,王金彧,辛利伟.超临界CO,气爆致裂爆生气体压力沿 Techniques [Dissertation].Queensland:The University of 破裂面变化规律实验研究.实验力学,2019,34(4):693) Queensland,2004 [17]Zhou S T,Jiang N,He X,et al.Rock breaking and dynamic [5] Schooler D R.The Use of Carbon Dioxide for Dislodging Coal in response characteristics of carbon dioxide phase transition Mines [Dissertation].Missouri:Missouri School of Mines and fracturing considering the gathering energy effect.Energies,2020, Metallurgy,1944 13(6):1336 [6]Gao F,Tang,L H,Zhou K P,et al.Mechanism analysis of liquid [18]Zhang YN,Deng JR.Deng H W,et al.Peridynamics simulation carbon dioxide phase transition for fracturing rock masses of rock fracturing under liquid carbon dioxide blasting.IntJ Energies,.2018,11(11):2909 Damage Mech,2019,28(7):1038 [7]Lu T K,Wang Z F,Yang H M,et al.Improvement of coal seam [19]Zhou H.Experimental Study on the Variation Rules of the Flow gas drainage by under-panel cross-strata stimulation using highly and Noezle Impact Stress of Supercritical CO,Gas Explosion pressurized gas.Int J Rock Mech Min Sci,2015,77:300 [Dissertation].Fuxin:Liaoning Technical University,019 [8]Mellor M.Icebreaking Concepts[J/OLl.Cold Regions Research (周航.超临界C02气爆爆生气体管内流动及喷孔冲击应力变 and Engineering Lab Hanover Nh,(1980-01)[2020-11-05] 化规律实验研究学位论文]阜新:辽宁工程技术大学,2019) https://erdc-library.erdc.dren.mil/jspui/bitstream/11681/11985/ [20]Zheng T Z.Distribution Characteristics of Gas-Phase Shock 1/SR-80-2.pdf Energy Deriving from Liquid CO,Phase Transition in the [9]Campbell Sr R L.A review of methods for concrete removal Borehole [Dissertation].Fuxin:Liaoning Technical University, [J/OL].Army Engineer Waterways Experiment Station Vicksburg 2019 Ms Structures Lab(1982-04-01)[2020-10-02].https://apps.dtic.mil/ (郑天照.液态CO相变气爆爆破孔爆能分布特征研究学位论 sti/pdfs/ADA114100.pdf 文].阜新:辽宁工程技术大学,2019) [10]Singh S P.Non-explosive applications of the PCF concept for [21]Ke B,Zhou K P,Xu C S,et al.Thermodynamic properties and underground excavation.Tunn Undergr Space Technol,1998, explosion energy analysis of carbon dioxide blasting systems.Min 13(3):305 Technol,2019,128(1):39 [11]Sun K M,Xin L W,Wu D.Experimental study on fracture [22]Hu S B,Pang S G,Yan Z Y.A new dynamic fracturing method: mechanism of coal caused by supercritical CO,explosion.Explos deflagration fracturing technology with carbon dioxide.IntJ Shock Waves,2018,38(2):302 Frac1,2019,220(1):99 (孙可明,辛利伟,吴迪.超临界CO2气爆煤体致裂机理实验研 [23]Sun J Z.Applied Research on Permeability Increasing by Liquid 究.爆炸与冲击,2018,38(2):302) Carbon Dioxide Phase Transition Blasting Based on Different [12]Sun K M,Xin L W,Wang TT,et al.Simulation research on law Initiating Condition [Dissertation].Xuzhou:China University of of coal fracture caused by supercritical CO,explosion.J China Mining and Technology,2015 Univ Min Technol,2017,46(3):501 (孙建中,基于不同爆破致裂方式的液态二氧化碳相变增透应 (孙可明,辛利伟,王婷婷,等.超临界CO,气爆煤体致裂规律模 用研究学位论文].徐州:中国矿业大学,2015) 拟研究.中国矿业大学学报,2017,46(3):501) [24]Chi L Y,Zhang Z X,Aalberg A,et al.Measurement of shock岩体强度、裂隙、层理等多因素对破岩效果的影 响规律,建立完整的 CO2 相变致裂孔网参数设计 规范,能为 CO2 相变致裂的工程应用提供有效指 导,是满足 CO2 相变致裂条件下岩石高效破碎开 挖需求的必由之路. 参 考 文 献 Xia B W, Gao Y G, Liu C W, et al. 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