1)  electronic activator
激电仪
1.
Water probe prediction was done by structural assumption and infra electronic activator in the inclined shaft of ore body No.
在开发100号矿体工程的斜井开拓中,用构造推断及红外仪激电仪进行超前探水预测预报,经现场实测,跟踪监测及含水曲线的研究分析,准确预报前方含水构造部位,防止了水害,效益明显。
2)  dual-frequency IP instrument
双频激电仪
1.
In order to check the characteristics of dual-frequency IP instruments, the authors have designed a simple RC-circuit.
双频激电仪的误差大小将直接影响测量精度,从而影响到对地质异常的正确判断,因此,设计一种简易可靠的测试网络,对仪器性能进行检测、校验、判定,具有实际意义。
2.
Based on the simulation tool of MATLAB/SIMULINK, the model of dual-frequency IP instrument, which has broad field application in China, is built.
以MATLAB的SIMULINK作为仿真工具,对在我国取得广泛应用的双频激电仪建立了仿真模型。
3)  micro computer IP instrument
微机激电仪
4)  dualfrequency IP instrument
双频道激电仪
1.
According to the theory of dualfrequency IP method and the technical requirements for the dualfrequency IP instrument, the authors have analyzed the principle of the SQ series dualfrequency IP instrument designed and made by ourselves, and described the hardware, software and specification of this IP instrument.
根据双频道激电法的原理及其对观测系统的技术要求,分析了自行研制的SQ型双频道激电仪的设计依据,简介了仪器硬件构成、软件编程及仪器特点。
5)  dual frequency IP instrument SQ3
SQ-3型双频道激电仪
6)  induced polarization
激电
1.
In order to find out the noble metal resources urgent needed,coordinated with gold prospecting,the method of induced polarization was successfully used to find the auriferous fault alteration zone,and delineated its position in detail,which was testified by the drills later.
为寻找中国急需的贵金属资源,配合地质找金工作,在第四系覆盖层上,用激电方法成功地找到含金断裂破碎蚀变带,并圈定其具体位置,后经钻探验证而打到了含金矿(化)体。
2.
Based on the study of morphological characteristics of induced polarization anomalies from a lot of data tested in field,the concept and applied program of the morphological interpretation of induced polarization anomalies are given, and its function and significance in the interpretation are illustrated by the analysis of some cases.
基于对大量激电物测资料中激电异常形态特征的研究,提出激电异常的形态解释方法的概念以及应用程序,并通过实例分析说明它在激电异常解释中的作用和意义。
参考词条
补充资料:电激
1.闪电。 2.犹言电光石火。喻消逝之快。 3.比喻迅疾威猛。 4.目光炯炯貌。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。