基于GPS的矿山工程地质灾害检测研究
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摘要
GPS的卫星定位现在已被广泛使用在各个专业,其具有周转性优良、精确度较高、即时性高、全时段、适合比较恶劣的生产环境的特征,可以大面积应用在实际生活及时检测与发现矿山地质有可能会出现的一系列事故问题。基于此,提出基于GPS的矿山工程地质灾害检测研究,具体包括GPS布点、灾害数据的组织与管理、精密单点定位灾害频发位置。
GPS satellite positioning has been widely used in various specialties. It has the characteristics of good turnover,high accuracy, high instantaneity, full-time and suitable for harsh production environment. It can be widely used in real life to timely detect and detect a series of accidents that may occur in mine geology. Based on this, the research of mine engineering geological hazard detection based on GPS is put forward, including GPS location, organization and management of disaster data, precise single-point location of frequent disasters.
GPS satellite positioning has been widely used in various specialties. It has the characteristics of good turnover,high accuracy, high instantaneity, full-time and suitable for harsh production environment. It can be widely used in real life to timely detect and detect a series of accidents that may occur in mine geology. Based on this, the research of mine engineering geological hazard detection based on GPS is put forward, including GPS location, organization and management of disaster data, precise single-point location of frequent disasters.
引文
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[2]张莉莉.浅论如何加强地质灾害治理施工的质量控制[J].科研,2017(1):156-156.
[3]史惠存.大比例尺航空影像图制作及在矿山地质环境治理中的应用[D].东华理工大学,2015,(07):111-112.
[4]周学珍.遥感技术在矿山地质灾害监测中的应用:以陕西神府煤矿区为例[J].能源环境保护,2013,27(1):52-55.
[5]谭明,丁华祥,李成钢.地质灾害GPS实时监测预警系统关键技术探讨[J].中国给水排水,地理信息世界,2014(2):103-107.