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Aleshin I. M. Ivanov S. D. Perederin F. V. Steblov G. M. Kholodkov K. I. Shirokov I. A. 《Doklady Earth Sciences》2021,496(2):160-163
Doklady Earth Sciences - A residual tilt after a teleseismic earthquake is described in this work. The results of static and dynamic modeling of this event fit the measured values. The conditions... 相似文献
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Zavyalov A. D. Morozov A. N. Aleshin I. M. Ivanov S. D. Kholodkov K. I. Pavlenko V. A. 《Izvestiya Atmospheric and Oceanic Physics》2022,58(8):908-924
Izvestiya, Atmospheric and Oceanic Physics - This paper is the first in a series of studies generalizing the Map of Expected Earthquakes (MEE) medium-term earthquake forecast method and analyzing... 相似文献
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D. A. Il’inskii I. M. Aleshin S. S. Burguchev V. N. Koryagin K. I. Kholodkov J. Makris J. Papoulia A. Tsambas 《Seismic Instruments》2012,48(1):34-44
The paper describes the structure and organization of operation of a portable telemetric seismological station, as well as
its use for both terrestrial and marine observations. The main attention is paid to the implementation of the scheme of data
transmission by a real-time protocol, as well as to the feature of operation by this protocol while using a cellular communication
channel. Using a standard protocol and a cellular network, in conjunction with low power consumption, relatively small cost
of equipment, and ease of installation and maintenance make our solution attractive for the rapid deployment of a network
of such stations. This is topical for regular monitoring of an object (or a region) to assess seismic hazards, tsunami warning,
as well as in areas of aftershock activity following large earthquakes. Through the use of standard real-time protocols, data
is transmitted to data processing centers and do not require additional configuration of mathematical support and an expensive
procedure to organize processing of new data streams. 相似文献
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I. M. Aleshin V. V. Alpatov A. E. Vasil’ev S. S. Burguchev K. I. Kholodkov P. A. Budnikov D. A. Molodtsov V. N. Koryagin F. V. Perederin 《Geomagnetism and Aeronomy》2014,54(4):456-462
A service is described that makes possible the effective construction of a three-dimensional ionospheric model based on the data of ground receivers of signals from global navigation satellite positioning systems (GNSS). The obtained image has a high resolution, mainly because data from the IPG GNSS network of the Federal Service for Hydrometeorology and Environmental Monitoring (Rosgidromet) are used. A specially developed format and its implementation in the form of SQL structures are used to collect, transmit, and store data. The method of high-altitude radio tomography is used to construct the three-dimensional model. The operation of all system components (from registration point organization to the procedure for constructing the electron density three-dimensional distribution and publication of the total electron content map on the Internet) has been described in detail. The three-dimensional image of the ionosphere, obtained automatically, is compared with the ionosonde measurements, calculated using the two-dimensional low-altitude tomography method and averaged by the ionospheric model. 相似文献
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