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The Enhancement of Lump Coal Percentage by High-Pressure Pulsed Hydraulic Fracturing for Sustainable Development of Coal Mines

机译：高压脉冲水力压裂对煤矿可持续发展的高压脉冲水力压裂增强

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Hao Yan; Jixiong Zhang; Nan Zhou; Junli Chen;
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1. A new technique for preventing and controlling coal and gas outburst hazard with pulse hydraulic fracturing: a case study in Yuwu coal mine, China [J] . Li Quangui, Lin Baiquan, Zhai Cheng Natural Hazards . 2015,第3期

机译：脉冲水力压裂防治煤与瓦斯突出危险的新技术-以玉武煤矿为例
2. Enhanced CMM Drainage with High-pressure Gas Fracturing: A Novel Way to Control Greenhouse Gas Emissions in the Coal Mine [J] . Haifeng Wang, Lele Chang, Qingquan Liu Journal of Residuals Science & Technology . 2017,第2期

机译：高压瓦斯压裂提高了CMM的排水能力：一种控制煤矿温室气体排放的新方法
3. Coupling Technology of Deep-Hole Presplitting Blasting and Hydraulic Fracturing Enhance Permeability Technology in Low-Permeability and Gas Outburst Coal Seam: A Case Study in the No. 8 Mine of Pingdingshan, China [J] . Wei Wang, Yanzhao Wei, Minggong Guo, Advances in civil engineering . 2021,第a期

机译：耦合技术对低渗透和燃气突出煤层煤层气压裂增强渗透性技术的影响：以中国平顶山8号矿区为例
4. Initiation and extension offractures and mechanism of permeability enhancement by hydraulic fracturing in underground coal mines [C] . Lu Yi-yu International conference on mining science and technology . 2015

机译：地下煤矿水力压裂的启动与延长折磨与渗透性增强机制
5. High-pressure adsorption of pure coalbed gases on dry coals. [D] . Arumugam, Arunkumar. 2004

机译：纯煤层气在干煤上的高压吸附。
6. Influence of High-Pressure Water Injection on thePore Structure of Anthracite Coal in Xinjing Coal Mine [O] . Zhiguo Xiao, *, Qingyuan Shi, 2021

机译：高压注水对高压注水的影响新京煤矿无烟煤煤的孔隙结构
7. Coupling Technology of Deep-Hole Presplitting Blasting and Hydraulic Fracturing Enhance Permeability Technology in Low-Permeability and Gas Outburst Coal Seam: A Case Study in the No. 8 Mine of Pingdingshan, China [O] . Wei Wang, Yanzhao Wei, Minggong Guo, 2021

机译：耦合技术对低渗透和燃气突出煤层煤层气压裂增强渗透性技术的影响：以中国平顶山8号矿区为例

The Enhancement of Lump Coal Percentage by High-Pressure Pulsed Hydraulic Fracturing for Sustainable Development of Coal Mines

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