CAJ | 학술논문

“阵列瞬变电磁方法（ATEM）”是建立在高分辨率基础上的可控源时域多分量电磁勘探方法。通过对所观测的多分量时域电磁信号进行信息提取、处理与反演，可获取剩余油电性与极化率特征的空间分布状态，从而达到应用电磁法直接或间接寻找剩余油的目的。该方法具有成本低、速度快、野外施工简便等优点，可用于剩余油边界的探测或预测，以及井周油藏边界的动态监测。对指导下一步的勘探开发部署，降低油田开发生产成本，提高采收率，具有重要意义。
“진렬순변전자방법（ATEM）”시건립재고분변솔기출상적가공원시역다분량전자감탐방법。통과대소관측적다분량시역전자신호진행신식제취、처리여반연，가획취잉여유전성여겁화솔특정적공간분포상태，종이체도응용전자법직접혹간접심조잉여유적목적。해방법구유성본저、속도쾌、야외시공간편등우점，가용우잉여유변계적탐측혹예측，이급정주유장변계적동태감측。대지도하일보적감탐개발부서，강저유전개발생산성본，제고채수솔，구유중요의의。
Array transient electromagnetic method（ATEM ）is a high resolution electromagnetic method of exploring multi--component controllable source time domain. This method boasts of locating remaining oil directly or indirectly by obtaining the space distribution of remaining oil＇s electric property and polarizability through data extraction, mining and inversion of the electromagnetic signals caught in the multi--component time domain. It＇s cheap, fast and easy to practice in field and furthermore it can be used to explore or predict the periphery of remaining oil and monitor the reservoir borders around wells in real time, Therefore ATEM is of great importance in planning and supporting the next step of exploration, lowering production costs and improving recovery ratios.