在刚果民主共和国加丹加的tenke fungurume矿癌中发现蓝桩隐藏装置的制图原理

K. Lulali, K. Viascear, K. Wanduma, L. Kipata
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引用次数: 0

摘要

隐藏设施的位置、位置和测绘可以避免在项目规划和建设的各个阶段可能造成物质和人身损害的事故和其他滋扰的风险。因此,重要的是要确定这些问题,以解决在一个给定的网站上的几个问题。在施工过程中破坏这些地下公用设施,城市化仍然是不同行业的主要风险之一。目前,重要的是更新隐藏设施的信息,这些信息将在现场工作中为几个科学学科服务,并为土木工程领域的挖掘、钻井、勘探钻井、找平和施工等成功项目服务。Bluestake(纠察和标记)过程识别和定位各种隐藏的公用设施,如地下管道、管道和电缆系统、下水道和其他装置,这些设施可以发出可以在现场勘探期间检测到的频率。因此,蓝桩过程以地球物理勘探方法为基础,使用由发射器,接收器,电极,接地棒和电磁场钳组成的设备进行电磁方法,被搜索公用事业发送可检测频率,然后对其进行定位以进行测绘。
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CARTOGRAPHIC PRINCIPLE OF THE DETECTION OF BLUE STAKE HIDDEN INSTALLATIONS IN THE TENKE FUNGURUME MINING CANCER IN KATANGA IN THE DEMOCRATIC REPUBLIC OF THE CONGO
The location, location and mapping of hidden facilities make it possible to avoid the risks of accidents and other nuisances that can cause material and human damage during the various phases of planning and construction of a project. Hence it is important to identify these to solve several problems on a given site. Damaging these buried utilities during construction work, urbanization continues to be one of the major risks for different industries. Currently, it is important to update information on hidden utilities that will serve several scientific disciplines during field work and for successful projects involving excavation, well drilling, exploration drilling, leveling And construction in the field of civil engineering. Bluestake (picketing and marking) processes identify and locate the various hidden utilities such as underground piping, ducting and cable systems, sewers and other installations that can emit a frequency that can be detected during field prospecting . Accordingly, the Blue stake processes are based on the geophysical prospecting method, see the electromagnetic approach using an apparatus consisting of a transmitter, a receiver, electrodes, the ground rod and the electromagnetic field clamp which Of the searched utility sends a detectable frequency and then locates it for mapping.
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