A phenomenological model is proposed on the example of the rock destruction development in underground mines. The characteristics of the electromagnetic signal generated due to the appearance and change of the dipole moment of cracks, whose beads are charged when the discontinuity is disturbed, are analytically investigated. The model is constructed using the theory of reliability and percolation theory, which allows to take into account the non-synchronism of the mechanical converters
It is illustrated that IP phenomena in rocks can be described using conductivity dispersion models d...
The paper presents an experiment on acoustic excitation of electromagnetic radiation (EMR) signals i...
Our research proposes a unique coupled electro-thermal-mechanical model that takes electric breakdow...
Physical modeling in vitro is a way to carry out basic laws of mechanoelectric transformations in a ...
The paper presents the study of the electromagnetic radiation of real rock samples under acoustic im...
Parameters of electromagnetic responses (EMRe) generated during uniaxial compression of rock samples...
The paper describes the results of studies of electromagnetic response parameters of samples of bear...
The problem of monitoring and forecast of dynamic manifestations of rock masses becomes immediate in...
The development of the failure process in complex macrosystems using large rock samples subjected to...
The article presents the results of research concerning electromagnetic (EM) field emitted by rocks d...
The paper considers the techniques for continuous monitoring of samples and rocks destruction using ...
This article presents the design of an innovative receiver capable of identifying electric and magne...
In this article, the grounds for considering of rocks massif as a nonlinear medium with dissipative ...
Pre-fracture electromagnetic signals have been widely detected during rock rupturing experiments in ...
The paper presents a block diagram of the recorder of electromagnetic and acoustic signals. The reco...
It is illustrated that IP phenomena in rocks can be described using conductivity dispersion models d...
The paper presents an experiment on acoustic excitation of electromagnetic radiation (EMR) signals i...
Our research proposes a unique coupled electro-thermal-mechanical model that takes electric breakdow...
Physical modeling in vitro is a way to carry out basic laws of mechanoelectric transformations in a ...
The paper presents the study of the electromagnetic radiation of real rock samples under acoustic im...
Parameters of electromagnetic responses (EMRe) generated during uniaxial compression of rock samples...
The paper describes the results of studies of electromagnetic response parameters of samples of bear...
The problem of monitoring and forecast of dynamic manifestations of rock masses becomes immediate in...
The development of the failure process in complex macrosystems using large rock samples subjected to...
The article presents the results of research concerning electromagnetic (EM) field emitted by rocks d...
The paper considers the techniques for continuous monitoring of samples and rocks destruction using ...
This article presents the design of an innovative receiver capable of identifying electric and magne...
In this article, the grounds for considering of rocks massif as a nonlinear medium with dissipative ...
Pre-fracture electromagnetic signals have been widely detected during rock rupturing experiments in ...
The paper presents a block diagram of the recorder of electromagnetic and acoustic signals. The reco...
It is illustrated that IP phenomena in rocks can be described using conductivity dispersion models d...
The paper presents an experiment on acoustic excitation of electromagnetic radiation (EMR) signals i...
Our research proposes a unique coupled electro-thermal-mechanical model that takes electric breakdow...