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The Tartar (Mamiya) Strait Currents
Ponomarev, Vladimir I.,Yurasov, Gennadiy I. 한국해안해양공학회 1994 한국해안해양공학회 논문집 Vol.6 No.4
관측치와 모형 계산결과를 이용하여 Tartar 해협에서의 해류를 흐름 규모별로 분석하였으며, 조석현상과 일반적인 순환특성에 주안점을 두었다. 최대조류의 발생지점은 안정된 경계 흐름지역내에 위치함을 할 수 있었다. 다양한 기상조건 하에서의 흐름의 안정성과 소역에서의 에너지 집중은 바닥이 거친 지역에서 발생하는 조류의 비선형 효과로서 설명될 수 있다. The Tartar Strait currents of different scales are analysed using results of observations and modeling. The paper focuses on tidal phenomena and general circulation features. It is shown that the areas of maximal tidal currents are located in the regions of stable boundary streams. The stability of the streams under different meteorological conditions and energy concentration in the small areas may be explained by non-linear effects of tide over rough bottom topography.
Variability of Surface Water Properties in the Japan/East Sea on Different Time Scales
Ponomarev, Vladimir,Rudykh, Natalya,Dmitrieva, Elena,Ishida, Hajime Korea Institute of Ocean ScienceTechnology 2009 Ocean and Polar Research Vol.31 No.2
This study examined the multi-scale variabilities of sea surface temperature (SST) and salinity in the Japan/East Sea (JES) based on statistical analyses of observational data, with a focus on the northwestern part of the sea. The regionality of JES SST variability was estimated for different frequency ranges on semimonthly (11-17 days), monthly to seasonal (30-90 days), quasi-semiannual (157-220 days), and quasi-biennial (1.5-3 years) time scales using cluster analyses of daily gridded SST data for 1996 to 2007 from the Japan Meteorological Agency (JMA). Several significant peaks and regional cores were found in each frequency range of the SST anomaly (SSTA) oscillations. Quasi-semiannual SSTA oscillations with high amplitude were found in the south-southwestern part of the Japan Basin ($41-43^{\circ}N$) and were amplified in the area adjacent to Peter the Great Bay. Oscillations with periods of 79 and 55 days also prevailed over the southwest Japan Basin between the Yamato Rise and the continental slope. A similar method was applied to classify SST and the annual cycle of surface salinity using Generalized Digital Environmental Model (GDEM) gridded data. The Tatarskii Strait and adjacent area showed the most specific annual cycles and variability in salinity on interannual to interdecadal time scales. The most significant inverse relationship between surface salinity in the Tatarskii Strait and southern JES areas was found on the interdecadal time scale. Linkages of sea water salinity in the Tatarskii Strait with Amur River discharge and wind velocity over Amurskii Liman were also revealed.
Variability of Surface Water Properties in the Japan/East Sea on Different Time Scales
Vladimir Ponomarev,Natalya Rudykh,Elena Dmitrieva,Hajime Ishida 한국해양과학기술원 2009 Ocean and Polar Research Vol.31 No.2
This study examined the multi-scale variabilities of sea surface temperature (SST) and salinity in the Japan/East Sea (JES) based on statistical analyses of observational data, with a focus on the northwestern part of the sea. The regionality of JES SST variability was estimated for different frequency ranges on semimonthly (11-17 days), monthly to seasonal (30-90 days), quasi-semiannual (157-220 days), and quasi-biennial (1.5-3 years) time scales using cluster analyses of daily gridded SST data for 1996 to 2007 from the Japan Meteorological Agency (JMA). Several significant peaks and regional cores were found in each frequency range of the SST anomaly (SSTA) oscillations. Quasi-semiannual SSTA oscillations with high amplitude were found in the south-southwestern part of the Japan Basin (41-43oN) and were amplified in the area adjacent to Peter the Great Bay. Oscillations with periods of 79 and 55 days also prevailed over the southwest Japan Basin between the Yamato Rise and the continental slope. A similar method was applied to classify SST and the annual cycle of surface salinity using Generalized Digital Environmental Model (GDEM) gridded data. The Tatarskii Strait and adjacent area showed the most specific annual cycles and variability in salinity on interannual to interdecadal time scales. The most significant inverse relationship between surface salinity in the Tatarskii Strait and southern JES areas was found on the interdecadal time scale. Linkages of sea water salinity in the Tatarskii Strait with Amur River discharge and wind velocity over Amurskii Liman were also revealed. This study examined the multi-scale variabilities of sea surface temperature (SST) and salinity in the Japan/East Sea (JES) based on statistical analyses of observational data, with a focus on the northwestern part of the sea. The regionality of JES SST variability was estimated for different frequency ranges on semimonthly (11-17 days), monthly to seasonal (30-90 days), quasi-semiannual (157-220 days), and quasi-biennial (1.5-3 years) time scales using cluster analyses of daily gridded SST data for 1996 to 2007 from the Japan Meteorological Agency (JMA). Several significant peaks and regional cores were found in each frequency range of the SST anomaly (SSTA) oscillations. Quasi-semiannual SSTA oscillations with high amplitude were found in the south-southwestern part of the Japan Basin (41-43oN) and were amplified in the area adjacent to Peter the Great Bay. Oscillations with periods of 79 and 55 days also prevailed over the southwest Japan Basin between the Yamato Rise and the continental slope. A similar method was applied to classify SST and the annual cycle of surface salinity using Generalized Digital Environmental Model (GDEM) gridded data. The Tatarskii Strait and adjacent area showed the most specific annual cycles and variability in salinity on interannual to interdecadal time scales. The most significant inverse relationship between surface salinity in the Tatarskii Strait and southern JES areas was found on the interdecadal time scale. Linkages of sea water salinity in the Tatarskii Strait with Amur River discharge and wind velocity over Amurskii Liman were also revealed.
The World Tourism Organization for Countering Terrorist Threats
N. Kala,Y. Abaydeldinov,T. Furman,A. Ponomarev 이준국제법연구원 2017 Journal of East Asia and International Law Vol.10 No.2
The paper defines the terrorist acts as a combination of factors that have a negative impact on the economic, social and natural environment of society. The UNWTO is a hub for these joint activities to organize tourism security. The distinguishing and novel feature of the organization is that, whilst most organizations provide international security for people permanently residing in a certain territory, the UNWTO interacts exclusively with relocated persons. The work undertaken by the UNWTO specifies that the threat in the tourism industry has a character of mutual exclusion in the aspect of presenting political claims as the causes of terrorism and reducing economic and social indicators as consequences of the activities of terrorist groups.
Plasma-chemical Synthesis of Composite Nanodispersed Oxides
Roman Sazonov,Galina Kholodnaya,Denis Ponomarev,Gennady Remnev,Olga Razumeko 한국물리학회 2011 THE JOURNAL OF THE KOREAN PHYSICAL SOCIETY Vol.59 No.61
The paper presents the results of a study of the synthesis and properties of crystalline nanodispersed composite oxides (TiO_2)_x(SiO_2)_(1-x). Synthesis of nanopowder oxides was conducted at a pulsed electron accelerator TEU-500. Synthesized particles have a spherical shape, and their size ranges from 20 nm to 350 nm. A composite material, obtained by the pulsed plasma-chemical method, is characterized by having the absorption band of 946 cm^(-1), which corresponds to vibrations of the Si-O-Ti bond. An X-ray analysis of the synthesized composite nanosized powder was performed.
Gavrilova, Yulia,Dzhafarov, Navai,Kondratuk, Diana,Korchagina, Tamara,Ponomarev, Mikhail,Rozanova, Elizabeth International Journal of Computer ScienceNetwork S 2022 International journal of computer science and netw Vol.22 No.11
The article aims at studying the institution of human rights and civil freedoms with due regard to the anthropological approach in the theory of law. To the greatest extent, the provisions of non-classical legal science are confirmed in the Anglo-Saxon legal family, which endows the judge with law-making functions. In this regard, the role of a person in the legal sphere is increasing. The main research method was deduction used to study the anthropological approach to the institution of human rights and freedoms. The article also utilizes the inductive method, the method of systematic scientific analysis, comparative legal and historical methods. To solve the task set, the authors considered the legal foundations and features of human rights and freedoms in the modern world. The article proves that the classical legal discourse, represented by various types of interpretation, reduces the rule of law to the analysis of its logical structure and does not answer the questions posed. It is concluded that the prerequisite for the anthropological approach in the theory of law is the use of human-like concepts in modern legislation (guilt, justice, peculiar ferocity, child abuse, willful evasion, conscientiousness).
Isospin properties of electric dipole excitations in <sup>48</sup>Ca
Derya, V.,Savran, D.,Endres, J.,Harakeh, M.N.,Hergert, H.,Kelley, J.H.,Papakonstantinou, P.,Pietralla, N.,Ponomarev, V.Yu.,Roth, R.,Rusev, G.,Tonchev, A.P.,Tornow, W.,Wortche, H.J.,Zilges, A. North-Holland Pub. Co 2014 Physics letters: B Vol.730 No.-
Two different experimental approaches were combined to study the electric dipole strength in the doubly-magic nucleus <SUP>48</SUP>Ca below the neutron threshold. Real-photon scattering experiments using bremsstrahlung up to 9.9 MeV and nearly mono-energetic linearly polarized photons with energies between 6.6 and 9.51 MeV provided strength distribution and parities, and an (α,α<SUP>'</SUP>γ) experiment at E<SUB>α</SUB>=136MeV gave cross sections for an isoscalar probe. The unexpected difference observed in the dipole response is compared to calculations using the first-order random-phase approximation and points to an energy-dependent isospin character. A strong isoscalar state at 7.6 MeV was identified for the first time supporting a recent theoretical prediction.