| 牛瑞峰,沈钟,杨耐林,刘峥.MCL-6型井下(坑道)三分量磁力仪系统的解释方法与实际应用[J].矿产勘查,2015,6(4):461-465 |
| MCL-6型井下(坑道)三分量磁力仪系统的解释方法与实际应用 |
| MCL-6 Tri-components Fluxgate Magnetometer study and data interpretation in tunnel analysis |
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| DOI： |
| 中文关键词: MCL-6型井下(坑道)三分量磁力仪 盲矿 矢量图 曲线图 矢量解释方法 |
| 英文关键词: MCL-6 (Tunnel) tri-component fluxgate magnetometer, hidden deposit, vector graph, Curve, vector analysis method |
| 基金项目: |
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| 中文摘要: |
| 由于地表矿、浅层矿越来越难于寻找,原有的地表仪器很难完成寻找隐伏矿、盲矿的重任,井下(坑道)MCL-6新型磁力仪能很好地完成这方面的工作。该磁力仪是一种基于磁通门探头结合磁三分量的原理利用计算机智能控制的井下新型磁力仪,主要用于磁铁矿勘查。通过磁场异常值的矢量图和曲线图可以很直观地发现磁异常体的大概方位。对于寻找磁性盲矿体,坑道的走向等问题有一定的指导作用。 |
| 英文摘要: |
| Due to more difficulty for discovering the surface or near-surface orebodies, the original geological instruments are hardly applied for finding concealed deposit and blind ore deposits, since it is very difficult for searching surface mine and shallow ore. The well (tunnel) MCL-6 model Fluxgate Magnetometer can meet this task. It is a new version noopsyche magnetometer which adopts computer digital controlling under tunnel magnetometer designed based on Fluxgate sensor in combination with magnetic tri-components principle. It can detect general location of magnetic abnormal body, directly through vector graph and curve. It can guide finding magnetic blind orebodies, tunnel direction and so on. |
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