Abstract
The traditional geophysical methods in urban underground space detection suffer from many interference factors, and cannot obtain effective detection data. The high-precision gravity method has few interference factors. For human activities and other interference sources, reasonable research work arrangements can be made through preliminary experimental analysis, and these interference factors can be avoided in actual work to obtain effective gravity observation data and interpretation results. The author studies the theoretically affected factors in urban detection and conducts experimental detection and analysis. The high-precision gravity method has a good effect on the detection of urban underground space.
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