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现代矿业 ›› 2017, Vol. 33 ›› Issue (10): 48-51.

• 地质·测量 • 上一篇    下一篇

伊犁盆地伊南煤田火烧区自燃边界高精度磁测法圈定

刘 磊 苗辰若 邱余波   

  1. 核工业二一六大队
  • 出版日期:2017-10-25 发布日期:2017-10-25

Delineation of Spontaneous Combustion Boundary in the Burning Area of Inan Coal Field in 〖JZ〗Yili Basin By Using High-precision Magnetic Measurement Method

Liu Lei Miao Chenruo Qiu Yubo   

  1. No.216 Geological Party,China National Nuclear Corporation
  • Online:2017-10-25 Published:2017-10-25

摘要:  煤层自燃不仅影响矿区周边生态环境,也对煤炭资源产生巨大消耗。以伊犁盆地伊南煤田火烧区为例,依据地下煤层自燃后顶底板围岩产生的热剩余磁化强度与周围岩石产生的磁性差异,运用地面高精度磁测方法,通过对测区高精度磁异常的分析与解译,经过精测剖面反演、现场地质调查以及工程钻探验证,最终圈定了测区火烧区的自燃边界,为确保伊南煤田安全有序开采提供了可靠依据。

关键词:  高精度磁测,  煤田 , 火烧区边界

Abstract: Coal spontaneous combustion is not only affects the surrounding ecological environment of mining area,but also leads to a huge consumption of resources.Taking the burning area of Inan Coal Field in Yili Basin as the study example,based on the magnetic differentiation of the thermoremanent magnetization produced by the surrounding rock of the bottom and roof of underground coal seam after spontaneous combustion,the highprecision magnetic measurement method is adopted,the analysis and interpretation of highprecision magnetic anomalies of the measurement area are conducted,through magnetic profile inversion,actual geological survey and engineering drilling verification,the spontaneous combustion boundary of the burning area is delineated finally.The above study results of this paper about the delineation of spontaneous combustion boundary of the burning area of Ian Coal Field in Yili Basin can provide some reliable reference for the safety and orderly mining of the coal field.

Key words: Highprecision magnetic measurement, Coal field, Boundary of burning area