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Methodology for the Selection of In-Seam Gas Drainage System for Intensive and Safe Coal Mining Synops

机译：用于选择内煤气排水系统的方法论，用于密集和安全的煤炭挖掘联系

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Evgeny Yutyaev; Evgeny Mazanik; Sergey Slastunov; Andrian Batugin;
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1. Performance enhancement of horizontal underground-to-inseam gas drainage boreholes with double-phase-grouting sealing method for coal mining safety and clean gas resource [J] . Journal of natural gas science and engineering . 2020,第期

机译：具有双相灌浆密封方法的水平地下煤气排水井的性能增强，用于煤炭挖掘安全和清洁气体资源
2. Role of multi-seam interaction on gas drainage engineering design for mining safety and environmental benefits: Linking coal damage to permeability variation [J] . Zheng Chunshan, Kizil Mehmet S., Chen Zhongwei, Transactions of The Institution of Chemical Engineers. Process Safety and Environmental Protection, Part B . 2018,第期

机译：多缝相互作用对煤气排水工程设计的开采安全和环境效益：将煤炭损伤与渗透率变化联系起来
3. Substrate and drainage system selection and slope stabilization in an intensive-type roof garden park: case study of Athens Concert Hall [J] . Panayiotis A. Nektarios, Nikolaos Ntoulas, Angeliki T. Paraskevopoulou, Landscape and ecological engineering . 2014,第1期

机译：集约型屋顶花园公园的排水系统选择与边坡稳定：雅典音乐厅案例研究
4. The monitoring system of the pipeline safety of the coal mine gas drainage based on the optic fiber sensing technology [C] . Li yan-fang, Wei yu-bin, Zhangtingting, Asia Pacific optical sensors conference . 2013

机译：基于光纤传感技术的煤矿瓦斯抽放管道安全监控系统
5. A STUDY ON THE SELECTION OF OVERBURDEN HANDLING SYSTEM AND ENVIRONMENTAL PROTECTION IN SURFACE COAL MINING [D] . CHANG, JUI-LIN 1985

机译：露天煤矿超负荷搬运系统的选择与环境保护研究
6. Integration of vertical and in-seam horizontal well production analyses with stochastic geostatistical algorithms to estimate pre-mining methane drainage efficiency from coal seams: Blue Creek seam Alabama [O] . C. Özgen Karacan -1

机译：将垂直和缝内水平井生产分析与随机地统计算法相结合以估算煤层中的开采前甲烷排放效率：阿拉巴马州的Blue Creek煤层
7. Improvement of intensive in-seam gas drainage technology at Kirova mine in Kuznetsk coal basin. [O] . Sergey Slastunov, Konstantin Kolikov, Andrian Batugin, 2020

机译：Kuznetsk煤盆地Kirova Mine强化煤层煤气排水技术的改进。
8. Development of a Supportless Mining System. Final Report on Stage I, 3 October 1981-31 December 1982 (Machine with gamma Sensors to Measure Coal Thickness in Roof and Floor and Is Operated by a Miner from a Safe Launch Area) [R] . Quirk, J., Terasawa, K., Whipple, D. 1982

机译：开发无支撑采矿系统。 1981年10月3日至1982年12月31日第一阶段的最终报告（带有伽玛传感器的机器，用于测量屋顶和地板的煤层厚度，并由安全发射区的矿工操作）

Methodology for the Selection of In-Seam Gas Drainage System for Intensive and Safe Coal Mining Synops

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