1) geoelectricity imaging
地电成像法
1.
The geoelectricity imaging is based on the ordinary electric device and performs high-density data collection,froming a high-density and rich-content resistivity section.
地电成像法是在普通电法装置的基础上进行高密度的数据采集,形成一个高密度的、内容丰富的视电阻率剖面。
2) electrical CT image
电法CT成像
1.
Detecing the changes of resistivity in deep holes of fissure rock before and after micro explosive blasting to the limestone in Luyuan Mountain Villa with electrical CT image,a certain range,number and width fissures could develop in deep blasting holes after micro explosive blasting,and areas which were caused by fissures mainly located at about 2/3 depth of the bottom of the blasting holes.
通过电法CT成像技术,探测微量炸药爆炸前后裂隙岩体深孔之间电阻率的变化,查明探测切面内的岩体损伤裂隙发育形态和空间展布。
3) the method of photoelectric imaging
光电成像法
4) well-surface resistivity image
井-地电阻率成像
5) well-ground potential imaging
井地电位成像
1.
Application of well-ground potential imaging technique in Shuanghe oil field;
井地电位成像技术在双河油田的应用
6) Transient electromagnetic image
瞬变电磁法成像
补充资料：地电
地球内部不稳定的自然电流。其在地下空间中的分布和随时间变化的特征，可用于解决矿产、地质构造和地震研究问题。常通过视电阻率、自然电位和地电流的观测来研究。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条