The Design Of Control System For Monitoring The Electric Spark Source

Sparker used in the offshore oil and Engineering Geophysical more widely, its status can not be ignored, because of the high frequency characteristics of the spark source, making it a very high resolution, although not as explosive energy, but the consistency of explosives less than the sparker, so the results sparker guaranteed under energy conditions, repeated measurements can also satisfactory, after repeated measurements can be drawn through the superimposed satisfactory results; pseudorandom coding to achieve more can be allowed to significantly improve the resolution, which is characterized by the energy not great, but after upgrading the pseudo-random algorithm, allowed the resolution has been a qualitative change.In this thesis, the State Seismological Bureau source seismic monitoring project in Xining River fault zone, the project needs to issue sparker elastic waves in the well, a large number of detectors placed on the other side of the fault zone, to measure geological conditions, due to the different Geological waveform is different, according to a number of waveforms to determine fault conditions, and were previously manual mechanical buttons to control the instrument’s operation, in the course of work measurement, more inconvenient, but not real-time view of the instrument situation of various parameters and data, so they need a better way to improve efficiency control.