Magnetic Transients During the Flares of May 9, 2012, in NOAA 11476 and July 4, 2012, in NOAA 11515     

O. S. Gopasyuk 《Astrophysics》2018,61(2):254-261

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Extreme Climatic Events in the Altai-Sayan Region as an Indicator of Powerful Volcanic Eruptions     

Barinov  V. V.  Myglan  V. S.  Taynik  A. V.  Oidupaa  O. Ch.  Agatova  A. R.  Churakova  O. V. 《Izvestiya Atmospheric and Oceanic Physics》2018,54(10):1449-1459

Izvestiya, Atmospheric and Oceanic Physics - Analytic data on anomalies of the tree-ring structure of Siberian larch on the transect, passing through the Russian part of the Altai-Sayan Mountain...  相似文献   

Grains of Nonferrous and Noble Metals in Iron–Manganese Formations and Igneous Rocks of Submarine Elevations of the Sea of Japan     

O. N. Kolesnik  N. V. Astakhova 《Oceanology》2018,58(1):71-78

Iron–manganese formations and igneous rocks of submarine elevations in the Sea of Japan contain overlapping mineral phases (grains) with quite identical morphology, localization, and chemical composition. Most of the grains conform to oxides, intermetallic compounds, native elements, sulfides, and sulfates in terms of the set of nonferrous, noble, and certain other metals (Cu, Zn, Sn, Pb, Ni, Mo, Ag, Pd, and Pt). The main conclusion that postvolcanic hydrothermal fluids are the key sources of metals is based upon a comparison of the data of electron microprobe analysis of iron–manganese formations and igneous rocks dredged at the same submarine elevations in the Sea of Japan.  相似文献   

Monitoring Anthropogenic Impact on Some Coastal Water Areas of the Black Sea Using Multispectral Satellite Imagery     

Bondur  V. G.  Vorobyev  V. E.  Zamshin  V. V.  Serebryany  A. N.  Latushkin  A. A.  Li  M. E.  Martynov  O. V.  Hurchak  A. P.  Grinchenko  D. V. 《Izvestiya Atmospheric and Oceanic Physics》2018,54(9):1008-1022

Izvestiya, Atmospheric and Oceanic Physics - The results of comprehensive monitoring of anthropogenic impact on some coastal water areas of the Black Sea are presented. Multispectral satellite...  相似文献   

Long-Term Variation in the Level of the Sea of Japan Based on Satellite Altimetry Measurements     

Trusenkova  O. O. 《Izvestiya Atmospheric and Oceanic Physics》2018,54(9):1023-1030

Izvestiya, Atmospheric and Oceanic Physics - Long-term changes in the Sea of Japan level are estimated based on the Ssalto/Duacs satellite altimetry data. Linear sea level trends for...  相似文献   

Simulating the Propagation of Infrasonic Waves and Estimating the Energy of the Chelyabinsk Meteoroid Explosion Observed on February 15, 2013     

S.?N.?KulichkovEmail author  O.?Ye.?Popov  K.?V.?Avilov  I.?P.?Chunchuzov  O.?G.?Chkhetiani  A.?A.?Smirnov  V.?I.?Dubrovin  A.?A.?Mishenin 《Izvestiya Atmospheric and Oceanic Physics》2018,54(3):293-303

Results obtained from simulating the propagation of infrasonic waves from the Chelyabinsk meteoroid explosion observed on February 15, 2013, are given. The pseudodifferential parabolic equation (PDPE) method has been used for calculations. Data on infrasonic waves recorded at the IS31 station (Aktyubinsk, Kazakhstan), located 542.7 km from the likely location of the explosion, have been analyzed. Six infrasonic arrivals (isolated clearly defined pulse signals) were recorded. It is shown that the first “fast” arrival (F) corresponds to the propagation of infrasound in a surface acoustic waveguide. The rest of the arrivals (T1–T5) are thermospheric. The agreement between the results of calculations based on the PDPE method and experimental data is satisfactory. The energy E of the explosion has been estimated using two methods. One of these methods is based on the law of conservation of the acoustic pulse I, which is a product of the wave profile area S/2 of the signal under analysis and the distance to its source E _I [kt] = 1.38 × 10^–10 (I [kg/s])^1.482. The other method is based on the relation between the energy of explosion and the dominant period T of recorded signal E _T [kt] = 1.02 × (T [s]²/σ)^3/2, where σ is the dimensionless distance determining the degree of nonlinear effects during the propagation of sound along ray trajectories. According to the data, the explosion energy E _I,T ranges from 1.87 to 32 kt TNT.  相似文献   

Baikal Electromagnetic Experiment     

Korotaev  S. M.  Budnev  N. M.  Serdyuk  V. O.  Orekhova  D. A.  Kruglyakov  M. S.  Kiktenko  E. O.  Mirgazov  R. R.  Zurbanov  V. L.  Gorokhov  Ju. V.  Ryabov  E. V. 《Izvestiya Atmospheric and Oceanic Physics》2018,54(11):1569-1594

Izvestiya, Atmospheric and Oceanic Physics - The vertical component of the electric field Ez in the hydrosphere is not contaminated by the telluric component and therefore can effectively be used...  相似文献   

Experimental Studies of Aerosols in the Atmosphere of Semiarid Landscapes of Kalmykia: 1. Microphysical Parameters and Mass Concentration of Aerosol Particles     

Gubanova  D. P.  Chkhetiani  O. G.  Kuderina  T. M.  Iordanskii  M. A.  Obvintsev  Y. I.  Artamonova  M. S. 《Izvestiya Atmospheric and Oceanic Physics》2018,54(8):777-793

Izvestiya, Atmospheric and Oceanic Physics - This paper summarizes the results of long-term (2004–2016) comprehensive experimental studies of microphysical parameters and the mass...  相似文献   

Study of Lateral Sedimentation in the Western Atlantic on Cruise 53 of the R/V Akademik Ioffe     

Ivanova  E. V.  Murdmaa  I. O.  Borisov  D. G.  Ovsepyan  E. A.  Simagin  N. V.  Mutovkin  A. D.  Nemchenko  N. V.  Kornilova  M. O.  Sud’in  V. V.  Novikov  Yu. V. 《Oceanology》2018,58(6):932-934

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Black Sea Sedimentological Research on Cruise 91 of the R/V Professor Vodyanitskiy     

Klyuvitkin  A. A.  Kravchishina  M. D.  Rusanov  I. I.  Budko  D. F.  Zolotykh  E. O.  Kochenkova  A. I. 《Oceanology》2018,58(6):935-937

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