物探与化探2026，Vol.50Issue(3)：551-560,10.DOI:10.11720/wtyht.2026.1208
铬污染场迁移特性及不同装置探测反演效果分析
Migration characteristics of the chromium contamination field and data inversion results of different detection arrays
摘要
Abstract
To ascertain the contamination range and degree caused by the migration of the chromium contamination field,this study con-structed a net reserve-based model for chromium contamination sources in water-rich soils of a permeable layer with high permeability coefficients.Based on the COMSOL software,the migration patterns of the heavy metal contaminant—chromium over time were numer-ically simulated.Targeting the migration model of the chromium contamination field in different periods,the Wenner,dipole-dipole,and pole-dipole arrays were used for detection,respectively.Through multi-constraint joint inversion of resistivity and polarizability,this study comparatively analyzed the resistivity and polarization imaging effects of different detection arrays.The inversion results show that under noise-free voltage conditions,the detection depths of these detection arrays decreased in the order of pole-dipole,dipole-dipole,and Wenner arrays.The Wenner array yielded better resistivity imaging effects relative to polarization imaging.The dipole-dipole array is suitable for detecting the shallow,small-scale contamination field featuring a complex morphology.The pole-dipole array outper-formed others in shallow detection.With a mean disturbance voltage of 7 mV applied,the anti-noise performance of the detection arrays showed descending order of Wenner,dipole-dipole,and pole-dipole arrays,with the apparent polarizability consistently affected less than the apparent resistivity.关键词
铬污染场/迁移特性/探测装置/反演效果Key words
chromium contamination field/migration characteristics/detection array/inversion results分类
天文与地球科学引用本文复制引用
韦凯耀,刘志民,李德政,王东民,马强,智传锁..铬污染场迁移特性及不同装置探测反演效果分析[J].物探与化探,2026,50(3):551-560,10.基金项目
河北省自然科学基金(D2022402003) （D2022402003）
河北省高等学校科学技术研究项目(ZD2019046) （ZD2019046）
