Indoor testing device and method for high-density resistivity instrument

Abstract

An indoor testing device for a high-density resistivity instrument comprises a control and computing system (1), a centralized high-density cable simulator or induced cable simulator (2), an electrode simulator (3), a resistance simulation device (4), a simulating resistance pool (5), and an electrode converter (6). The control and computing system (1) is electrically connected with the high-density resistivity instrument through the centralized high-density cable simulator or induced cable simulator (2). The high-density resistivity instrument is located inside the electrode simulator (3). The electrode simulator (3) is located in the resistance simulation device (4). One end of the resistance simulation device (4) is connected with the one end of the simulating resistance pool (5) through the electrode converter (6). The other end of the resistance simulation device (4) is connected with the other end of the simulating resistance pool (5). The resistance simulation device (4) is connected with the simulating resistance pool (5). Also disclosed is an indoor testing method for the high-density resistivity instrument.

Description

technical field [0001] The invention relates to the technical field of resource environment development, in particular to an indoor testing device and testing method for high-density resistivity instruments. Background technique [0002] The super high-density electrical system is a new generation of high-density electrical system developed on the basis of many years of research and production of advanced electrical instruments, integrating Chinese handheld computers, Bluetooth, 24-bit A / D, and high-power control. The volume and weight of the system and the instrument are significantly reduced, and the main technical indicators and functions are ahead of the current domestic and foreign similar instruments, and it can work better in various complex environments in the field. It can be widely used in the exploration of metal and non-metallic mineral resources, urban geophysical prospecting, railway bridge exploration, etc. It can also be used in hydrological and engineering g...

AI Technical Summary

Problems solved by technology

However, in the prior art, the device for testing high-density resistivity instruments is complicated to operate, and there are also requirements for experimental space, which is not suitable for testing high-density resistivity instruments in indoor laboratories

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