激发极化法的探测深度可达数千米深。
The IP method can probe to subsurface depths of thousands of meters.
建立了自然电位和激发极化电位测井响应模型。
A model of logging response of spontaneous potential and induced polarization potential is established.
本文还得到二极装置和错层条件下的负激发极化效应。
On the other hand, we have the negative IP effect on two electrode array and over mixed layers.
这些聚集在粘土矿物界面上的电荷就产生了激发极化效应。
This charge, which accumulates mainly at interfaces between clay minerals, is responsible for the IP effect.
用有限单元法求解三维地电断面激发极化法正演模拟算法。
FEM is used to modeling IP sounding on 3-d geoelectric section.
利用共轭梯度方法实现了激发极化（IP）三维快速反演。
Rapid 3D induced polarization (IP) inversions algorithm are developed using conjugate gradient (CG) relaxation techniques.
这样说来，激发极化法的原理决定了它只适于金属矿物的勘查。
So according to the principle of the induced polarization method it is only suitable for prospecting metallic minerals.
这样说来，激发极化法的原理决定了它只适于金属矿物的勘查。
SO, according to the principle of the induced polarization method, it is only suitable for prospecting metallic minerals.
研究激发极化中间梯度法在深切割地貌区勘查金及多金属盲矿体。
This paper studies how to use the induced polarization central gradient array method to explore gold and multi-metal blind ore bodies in the deep cutting area.
激发极化衰减曲线包含丰富的地层信息，且由多个指数衰减叠加而成。
Induced polarization decay curves contain much information, which consist of many exponential decay components.
给出直流电阻率、激发极化测深法数据的二维有限元反演方法和原理。
The method and principle of 2-d structure finite element inversion for resistivity and IP data is presented.
投入激发极化法探测，选用合理的装置，可以准确地圈定矿化体的空间展布。
The spacial distribution of mineralization can be precisely outlined by IP prospecting method with appropriate equipment as there are high content of metallic sulfides in the ores.
实践证明，利用视电阻率法和激发极化法相结合的方法找寻地下水是非常成功的。
Practice proved the combined apparent resistivity and induced polarization method to find underground water was very successful.
水底极化体有限元正演模拟的结果表明，水底地形对激发极化测深结果没有影响。
The results of numerical modeling of subaqueous induced polarization show that the topographic don't have influence on the section of IP sounding.
本文介绍了在压应力作用下观测岩石失稳破裂前激发极化效应的实验方法和主要结果。
This paper introduced the experimental method and main results of induced polarization effect observed before the rupture of the instable rocks under the action of compressional stress.
二电流激发极化法是根据含水构造对激发极化效应的影响来预测隧道前方的含水构造的。
Two-current IP method predicts water bearing structure in front of the tunnel, based on the effect of water bearing structure upon induced polarization.
理论和实验研究表明，岩石激发极化弛豫时间谱与地层孔隙结构和渗透率有非常重要的关系。
Theoretic and experimental results show that the induced polarization relaxation time spectrum relates to the pore structure and permeability of a rock.
本文提出激发极化差异效应和激电差的概念并给出定义，首次使用“差异激电法”这一述语。
This paper advances the concepts of induced polarization differential effect and IP difference and gives them definitions. It is for the first time that the term differential IP method is used.
为了克服激发极化观测中经常遇到的电磁耦合干扰，以往研究大多基于电磁耦合的频率特点。
In order to remove the electromagnetic coupling interference which was encountered frequently in IP measurement, most previous studies were based on the frequency characteristics of em coupling.
该文简要叙述了激发极化法的基本原理和方法技术，并通过实例介绍了在寻找地下水中的应用效果。
The paper briefly narrates the basic principles and techniques of induced polarization method, and introduces the application effects in water prospecting with examples.
激发极化法利用在矿化岩石中电传导的两种方式，即岩石孔隙液体中的离子以及金属矿物中的电子。
Induced polarization method USES the two modes of electrical conduction that occur in mineralized rocks, ionic in pore fluids and electronic in metallic minerals.
本文简述了磁法、瞬变电磁法和激发极化法等综合物探方法在新疆乌伦布拉克铜矿区勘探中的综合应用。
This paper briefly reviews the integrated application of magnetic method, transient electromagnetic method and induced polarization method in exploration of Xinjiang Wulunbulake copper mine.
与传统的激发极化数据采集方法相比，电场差分法增加了供电的周期，扩大了采样的时间区段，提高了采样的速度。
In contrast with general IP data acquisition, DNM expands frequency band of power, widens sampled time and raises detective rate.
与传统的激发极化数据采集方法相比，电场差分法增加了供电的周期，扩大了采样的时间区段，提高了采样的速度。
In contrast with general IP data acquisition, DNM expands frequency band of power, widens sampled time and raises detective rate.
应用推荐