Way of detecting an electromagnetic earthquake precursor

Balkhanov, V. K.; Bashkuev, Yu. B.

doi:10.1134/s1063784211090040

Cited by 4 publications

(3 citation statements)

References 2 publications

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“…Where simple differentiation can install the components of an electromagnetic field. We have these fields will find another method, first used in [8]. Here we will carry out more detailed course of these calculations.…”

Section: Principle Farm For Lateral Wavementioning

confidence: 99%

“…A promising method of prediction is a solenoid harbinger of earthquakes. In the work [8] the unit had first been proposed to search for it. It is located on the ground the vertical antenna for reception of an electric field, and magnetic frame of the ferrite core in the form of the Torah for the reception of the magnetic field, as shown in Figure 1.…”

Section: Introductionmentioning

confidence: 99%

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Electromagnetic Harbinger Earthquakes

Balkhanov¹

2020

NHMP

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The radiation of the electric dipole has been calculated, located in the lithosphere and oriented normal to the surface of the Earth. This radiation, in the form of a side wave, reaches the boundary of the atmosphere and lithosphere, and further through the air reaches the measuring complex. This radiation may serve as a harbinger of the earthquake. Offered a method of detecting the electromagnetic Harbinger earthquakes. The measuring complex consists of a vertical electrical antenna and toroidal magnetic antennas located on the Earth's surface. It has been established that the measuring complex is most sensitive to the radiation of the electric dipole, located in the lithosphere array and oriented normally to the Earth's surface. The measuring complex records electromagnetic Harbingers. Detected signal has a number of features that are different from other radiation that allows believe it is a Harbinger of the Earthquake.

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Section: Principle Farm For Lateral Wavementioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Electromagnetic Harbinger Earthquakes

Balkhanov¹

2020

NHMP

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“…Байкал. Информация о геоэлектрическом разрезе акватории может быть использована в электромагнитном прогнозе землетрясений [Balkhanov, Bashkuev, 2011], а также при анализе физико-химических причин появления кольцевых структур на ледяной поверхности оз. Байкал [Balkhanov et al, 2010;Balkhanov, Bashkuev, 2013].…”

Section: заключениеunclassified

Geoelectrical Section of the Barguzin Bay of Lake Baikal According to Georadar and Radio Impedance Sounding Data

Башкуев

Хаптанов

Дембелов

2020

Geodin. tektonofiz.

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Electrical resistivity (electrical conductivity) of water and bottom soil of the Barguzin Bay was studied by radio impedance soundings in VLF/LF bands, and the measurements were analysed. The georadar sounding method was used to investigate dielectric permittivity of freshwater ice (dielectric constant is ε=3.4). We developed the technique of radio impedance sounding from the ice surface of Lake Baikal for measuring the electrical resistance of bottom soil in the water area, and applied this technique to a layered model of a medium with a base showing poor/good conductivity. Geoelectric models were constructed for the Barguzin Bay coast and the southern Lake Baikal. The geoelectrical section (GES) of the water area can be useful for earthquake forecasting from electromagnetic data, as well as for analysing the physical and chemical causes of the occurrence of ring structures on the ice surface of Lake Baikal.

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Possible mechanism of lithospheric crack development

Balkhanov

Bashkuev

2015

Tech. Phys.

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Way of detecting an electromagnetic earthquake precursor

Cited by 4 publications

References 2 publications

Electromagnetic Harbinger Earthquakes

Electromagnetic Harbinger Earthquakes

Geoelectrical Section of the Barguzin Bay of Lake Baikal According to Georadar and Radio Impedance Sounding Data

Possible mechanism of lithospheric crack development

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