Add to ORKGA forward modelling algorithm is created to calculate apparent resistivity at a certain point (x,z) in the subsurface. This algorithm is used iteratively, refining the parameters in the function to produce an accurate representation of the subsurface given provided results
Layered resistivity models have been constructed from the potential difference measurements made in ...
DC electrical surveying involves the injection of current into the earth, and the measurement of the...
We demonstrated the enormous potential of numerical simulations for survey planning of resistivity i...
We present a fresh approach to the mathematical computation of apparent resistivities in electrical ...
An accurate electrical model of the earth is useful for many applications related to electric tracti...
The inversion technique is used in DC soundings intepretation to determine thethicknesses and the tr...
The parameters of a two-layer soil can be determined by processing resistivity data obtained from re...
DC resistivity inversion is a method for determining underground geoelectrical structures from discr...
A computational method has been developed based on a linear relationship between apparent resistivit...
An investigation is made into the mathematics behind the noniterative inversion algorithm of Shimon ...
Soil structure investigation is very important in many Engineering applications. The Electrical Engi...
We develop algorithms to forward model and invert magnetometric resistivity (MMR) responses over an ...
The Grounding Resistance and Soil Resistivity plays a major role for the safe operation of electrica...
ABSTRACT An automatic inverse method has been developed for generating layered earth models from ele...
In this paper, we present an analysis of the solution to a number of geophysical inverse problems wh...
Layered resistivity models have been constructed from the potential difference measurements made in ...
DC electrical surveying involves the injection of current into the earth, and the measurement of the...
We demonstrated the enormous potential of numerical simulations for survey planning of resistivity i...
We present a fresh approach to the mathematical computation of apparent resistivities in electrical ...
An accurate electrical model of the earth is useful for many applications related to electric tracti...
The inversion technique is used in DC soundings intepretation to determine thethicknesses and the tr...
The parameters of a two-layer soil can be determined by processing resistivity data obtained from re...
DC resistivity inversion is a method for determining underground geoelectrical structures from discr...
A computational method has been developed based on a linear relationship between apparent resistivit...
An investigation is made into the mathematics behind the noniterative inversion algorithm of Shimon ...
Soil structure investigation is very important in many Engineering applications. The Electrical Engi...
We develop algorithms to forward model and invert magnetometric resistivity (MMR) responses over an ...
The Grounding Resistance and Soil Resistivity plays a major role for the safe operation of electrica...
ABSTRACT An automatic inverse method has been developed for generating layered earth models from ele...
In this paper, we present an analysis of the solution to a number of geophysical inverse problems wh...
Layered resistivity models have been constructed from the potential difference measurements made in ...
DC electrical surveying involves the injection of current into the earth, and the measurement of the...
We demonstrated the enormous potential of numerical simulations for survey planning of resistivity i...