Sentence examples for electrical resistivity distribution from inspiring English sources

Rotational velocity influenced particles distribution and electrical resistivity distribution the most significantly.

Based on 56 sets of magnetotelluric impedances measured by the present and previous surveys, we estimated the three-dimensional (3-D) electrical resistivity distribution.

Data analysis has been made using a 3D tomography imaging approach based on the concept of occurrence probability of anomaly sources in the electrical resistivity distribution.

The electrical resistivity distributions recovered from cross-well and surface ERT data agrees well, and both of these datasets can be used to interpret spatiotemporal variations in subsurface nitrate concentrations due to rainfall, although the sensitivity of the electrical resistivity response to dilution varies with nitrate concentration.

The magnetotelluric (MT) method reveals the distribution of electrical resistivity and has been used to clarify the geology, high-temperature anomalies, and fluid distribution around earthquake zones (e.g., Mitsuhata et al. 2001; Ogawa et al. 2001; Sarma et al. 2004; Unsworth and Bedrosian, 2004; Ichihara et al. 2008, 2009, 2011; Wannamaker et al. 2009; Yoshimura et al. 2009).

First, the radiomagnetotelluric method was used to investigate the distribution of electrical resistivity of the subsurface and build a three-dimensional model of permeability (k), through an experimental relation between ρ and k.

This study focuses on the results of an audio-frequency magnetotelluric (AMT) survey across the Jigokudani valley, Tateyama volcano, Japan, to investigate the spatial relationship between the distribution of electrical resistivity and geothermal activity and to elucidate the geologic controls on both its phreatic eruption history and recent increase in phreatic activity.

The electrical resistivity method involves the determination of subsurface resistivity distribution by taking ground surface measurements.

For rotary bending high-cycle fatigue test, the formula of fatigue damage measurement considering uneven damage distribution and variable electrical resistivity was developed, which is the hypergeometric function.

It possesses good thermal conductivity, heat and shock resistance, and high electrical resistivity at elevated temperatures.

It is notable that in the late 1960s to early 1970s, the Mining Research and Service Organization (MRSO [1969], [1970], [1971], [1973]) conducted extensive electrical resistivity surveys (DC surveys) to obtain the spatial distribution of apparent resistivity in the TVG for the purpose of commercial use of its geothermal energy.