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prospects． Nature，2013，495 ( 7440) : S4 ［22］ Guo C． Several key problems in the deep mining of the metal mines． China New Technol Prod，2009( 6) : 113 ( 郭超． 金属矿山深部开采的若干关键问题． 中国新技术新 产品，2009( 6) : 113) ［23］ Xin S，Wang Z P，Miao S J，et al． Prevention and Control of Mine Thermal Damage． Beijing: China Coal Industry Publishing House，2011 ( 辛嵩，王振平，苗素军，等． 矿井热害防治． 北京: 煤炭工 业出版社，2011) ［24］ Hu H H． Environmental Control of Deep Thermal Mine． Chang￾sha: Central South University，2009 ( 胡 汉 华． 深热矿井环境控制． 长 沙: 中 南 大 学 出 版 社， 2009) ［25］ Yang D Y，Yang T H． Thermal Environment in Mine and Its Control． Beijing: Metallurgical Industry Press，2009 ( 杨德源，杨天鸿． 矿井热环境及其控制． 北京: 冶金工业出 版社，2009) ［26］ Yu H H． Mine Geothermal and Heat Treatment． Beijing: China Coal Industry Publishing House，1991 ( 余恒昌． 矿山地热与热害治理． 北京: 煤炭工业出版社， 1991) ［27］ Li H Y，Shi S H． Discussion of multi-rope friction hoisting sys￾tem in deep shaft． China Mine Eng，2016，45( 1) : 71 ( 李浩宇，施士虎． 深井多绳摩擦提升系统探讨． 中国矿山 工程，2016，45( 1) : 71) ［28］ Han Z X，Wang J． Deep well lifting system of South Africa． World Min Express，1996( 24) : 6 ( 韩志型，王坚． 南非深井提升系统． 世界采矿快报，1996 ( 24) : 6) ［29］ Cai M F，He M C，Liu D Y，et al． Ｒock Mechanics and Engi￾neering． Beijing: China Science Press，2002 ( 蔡美峰，何满潮，刘东燕，等． 岩石力学与工程． 北京: 科 学出版社，2002) ［30］ Cai M F，Ji D，Guo Q F． Study of rockburst prediction based on in-situ stress measurement and theory of energy accumulation caused by mining disturbance． Chin J Ｒock Mech Eng，2013，32 ( 10) : 1973 ( 蔡美峰，冀东，郭奇峰． 基于地应力现场实测与开采扰动 能量聚集理论的岩爆预测研究． 岩石力学与工程学报，2013， 32( 10) : 1973) ［31］ Andrault D，Monteux J，Bars M L，et al． The deep Earth may not be cooling down． Earth Planet Sci Lett，2016，443: 195 ［32］ Plessis G E D，Liebenberg L，Mathews E H，et al． The use of variable speed drives for cost-effective energy savings in South Af￾rican mine cooling systems． Appl Energy，2013，111: 16 ［33］ Gerard A，Center A，Kohl T，et al． The deep EGS ( enhanced geothermal system ) project at Soultz-sous-Forets ( Alsace， France) ． Geothermics，2006，35( 5-6) : 473 ［34］ Ye Y Y． Principle and Application of Linear Motor． Beijing: Chi￾na Machine Press，2000 ( 叶云岳． 直线电机原理与应用． 北京: 机械工业出版社， 2000) ［35］ Huang L Ｒ． Optimal Design of Permanet Magnet Synchronous Motor for Vertical Transportation System ［Dissertation］． Hang￾zhou: Zhejiang University，2015 ( 黄立人． 垂直运输系统永磁直线同步电机优化设计［学位 论文］． 杭州: 浙江大学，2015) ［36］ Yao J Ｒ． Non-explosive Continuous Mining Theory and Technolo￾gy Ｒesearch in Deep Phosphate Mine ［Dissertation］． Changsha: Central South University，2013 ( 姚金蕊． 深部磷矿非爆连续开采理论与工艺研究［学位论 文］． 长沙: 中南大学，2013) ［37］ Hallada M Ｒ，Walter Ｒ F，Seiffert S L． High-power laser rock cutting and drilling in mining operation: initial feasibility tests． Proceedings of SPIE-The International Society for Optical Engi￾neering，2000，4065: 614 ［38］ Kosyrev F K，Ｒodin A V． Laser destruction and treatment of rocks / / Proceedings of the International Society for Optical Engi￾neering． Moscow，2002: 166 ［39］ Hamelin M，Kitzinger F，Pronko S，et al． Hard rock fragmenta￾tion with pulse power / / 9th International Pulse Power Confer￾ence． Albuquerque，1993: 11 ［40］ Hamelin M，Asikainen L，Kitzinger F． Blasting with electricity: paving the way into the 21st century mining / / International Con￾gress on Mine Design． Kingston，1993: 805 ［41］ Helms W． The development of backfilling techniques in German metal mines during the past decade / / Proceedings of MINEFILL 93． Johan-nesburg，1993: 323 ［42］ Chen C J，Cai S J． Study on the reliability of paste pumping-fill￾ing system in Jinchuan No． 2 Mine． Met Mine，2002( 1) : 8 ( 陈长杰，蔡嗣经． 金川二矿膏体泵送充填系统可靠性研究． 金属矿山，2002( 1) : 8) ［43］ Wu A X，Wang H J，Yang B H，et al． Development and prospect of leaching mining technology． Min Technol，2006，6( 3) : 39 ( 吴爱祥，王洪江，杨保华，等． 溶浸采矿技术的进展与展 望． 采矿技术，2006，6( 3) : 39) · 624 ·