|Fundamental problems in modeling of turbulent and two-phase flows vol. 2|
The book presents the results of investigations obtained at the Nuclear Safety Institute of the Russian Academy of Sciences and the Institute of Thermophysics of the Siberian Branch of the Russian Academy of Sciences. These works were performed under the Program of Basis Research of the Energy, Engineering Industry, Mechanics and Management Problems. The investigations are aimed at development of theoretical, experimental, and numerical methods of modeling of various turbulent and two-phase flows. The assumed target for specialists and students in the field of modeling of turbulent
flows, multiphase media and aerosol mechanics.
Fundamental problems in modeling of turbulent and two-phase flows : 2 vol. / Ed. by À. À. Sarkisov and G. À. Filippov. — Moscow: Nauka, 2010. — ISBN 978-5-02-037475-1 Vol. 2 : Numerical Modeling. — 368 p. : ill. — ISBN 978-5-02-037477-5 (bound).
|Fundamental problems in modeling of turbulent and two-phase flows, vol. 3|
The book presents the results of investigations obtained at the Nuclear Safety Institute of the Russian Academy of Sciences and the Institute of Thermophysics of the Siberian Branch of the Russian Academy of Sciences. These works were performed under the Program of Basis Research of the Energy, Engineering Industry, Mechanics and Management Problems Branch of the Russian Academy of Sciences. The investigations are aimed at development of theoretical, experimental, and numerical methods of modelling of various turbulent and two-phase flows. The book coves a wide range of physical phenomena: undersonic and transonic flows laden with aerosol particles, droplets and bubbles; homogeneous, jet, and wall-bounded turbulence; heat-and-mass transfer at phase transitions; formation of coherent structures and clustering of particles in turbulent flows; anomalous transport of admixture in strongly inhomogeneous media. The book is assigned for students and specialists
Fundamental problems in modeling of turbulent and two-phase flows: Vol. 3 / Ed. by À. À. Sarkisov and G. À. Filippov. — Moscow : ÑomTechPrint, 2012. — 487 p. : ill.— ISBN 978-5-903511-32-7 (bound).
|Modeling of migration of radioactive substances in surface water|
A. V. Nosov, A. L. Krylov, V. P. Kiselev, S. V. Kazakov
The monograph is scientific and methodological guide for the development of models for radionuclide migration in water medium objects and for prediction of aquatic ecosystem contamination levels. The main processes and parameters of radionuclide migration in water objects are discussed. Domestically developed and foreign models are addressed as well.
This guide is invented for university students and post-graduates as well as for scientists involved in modeling of water reservoir radioactive contamination.
Modeling of migration of radioactive substances in surface water/ A. V. Nosov, A. L. Krylov, V. P. Kiselev, S. V. Kazakov; ed. by R. V. Arutyunyan ; Nuclear Safety Institute (IBRAE) RAS. – Moscow : Nauka, 2010. – 253 p. :ill. - ISBN978-5-02-037465-2 (bound)
|Neutron-physical Processes in Fast Reactors with Liquid-metal Coolants|
À. À. Sarkisov , V. N. Puchkov
The key mechanisms of interactions between neutrons and nuclei of multiplicating medium, the conditions of criticality attainment and the neutron-field characteristics in fast reactors are addressed. The impact of the temperature reactivity effect on reactoroperation stability is analyzed. The kinetics of fast neutron multiplication and the processes of nuclear fuel burnup and breeding are considered. The emphasis is placed on the physics of the processes going on in fast reactors.
The book is intended for students and post-graduate students, engineers and technicians specializing in nuclear power engineering.
Neutron-physical Processes in Fast Reactors with Liquid-metal Coolants [in Russian] / À. À. Sarkisov , V. N. Puchkov ; ed. by Acad. À. À. Sarkisov ; Nuclear Safety Institute (IBRAE) RAS. — Moscow : Nauka, 2011. — 168 p. : ill. — ISBN 978-5-02-037973-2 (bound).
|Anomalous Radionuclide Diffusion in Highly Heterogeneous Geological Formations|
V. M. Goloviznin, P. S. Kondratenko, L. V. Matveev et al.
In the monograph some of the most perspective physical and mathematical models that were investigated at NSI RAS in the framework of new technique development for safety evaluation of radioactive waste disposal in geological formations are presented. In order to describe nonclassical anomalous radionuclide transport in highly eterogeneous porous media the models of fractional diffusion, stochastic advection, diffusion in percolation cluster, etc. are suggested. Computational methods and results of numerical calculations are given. In addition, a review of field and laboratory experiment results is presented.
The assumed target for specialists and students in the field of modelling of safety evaluation of radioactive waste.
Anomalous Radionuclide Diffusion in Highly Heterogeneous Geological Formations [in Russian] / V. M. Goloviznin, P. S. Kondratenko, L. V. Matveev et al. ; ed. by L. A. Bolshov ; Nuclear Safety Institute (IBRAE) RAS. — Moscow : Nauka, 2010. — 342 p. : ill. — ISBN 978-5-02-037607-6 (bound).
|Geostatistics: theory and practice|
V.V. Demyanov, E.A. Savelyeva
The monograph details the methods of geostatistics and related sections of spatial modeling. The presentation of theory is accompanied by examples of the use of models in various fields: ecology, geology, hydrogeology, oil production, energy, fish stock assessment, etc. The concluding section outlines the main directions for development of modern geostatistical theory. The publication can be used as a textbook. The material is presented with a gradual complication. To consolidate the knowledge obtained, the questions and exercises are given. The book includes applications that allow you to use it as a guide to geostatistics. For scientists, engineers and practitioners interested in the problems of spatial data analysis, for students (geologists, geographers, soil scientists, geophysicists, biologists, oil workers, sociologists, etc.).
Geostatistics: Theory And Practice / V.V. Demyanov, E.A. Savelyeva, edited by R.V. Arutyunyan Â. Â. Nuclear Safety Institute of RAS (IBRAE RAN). — M. : Nauka, 2010. — 327 p. — ISBN 978-5-02-037478-2.
|Strategic Approaches to Solution of Environmental Problems Related to Decommissioning of Retired Nuclear Fleet in Northwest Russia |
S. V. Antipov, R. V. Arutyunyan, L. À. Bolshov, V. P. Bilashenko, Å. V. Evstratov, À. À. Zakharchev, G. E. Ilyushchenko, À. P. Vasiliev, V. L. Vysotskiy, R. I. Kalinin, N. Å. Kukharkin, Ì. N. Kobrinskiy, V. S. Nikitin, À. Î. Pimenov, V. N. Puchkov, À. À. Sarkisov, B. S. Stepennov, P. À. Shvedov, and V. À. Shishkin
Supported by the Russian Foundation for Basic Research (Project 07-08-13543-ofi_ts), the monograph summarizes the results of many years’ work of the authors as well as of many scientists and specialists from various agencies on safety for decommissioning of radiation-hazardous facilities of the nuclear fleet in Northwest Russia. The attention focuses on the justification and methodology of long-term strategic planning of nuclear submarine complex decommissioning with the task of fast decrease of existing radiation risks, rationalizing operations and reducing the related costs. For the first time in the domestic literature, the concept of ‘Strategic Master Plan’ is formulated, and the basis for its generation is considered including characterization of necessary procedures used in its development.
For professionals in design and lifecycle (including decommissioning) of nuclear power facilities and for a wide range of scientists and experts in strategic planning of various science-and-technology areas.
Strategic Approaches to Solution of Environmental Problems Related to Decommissioning of Retired Nuclear Fleet in Northwest Russia / S. V. Antipov, R. V. Arutyunyan, L. À. Bolshov, V. P. Bilashenko and ets. / ; ed. by acad. RAS A. A. Sarkisov; Nuclear Safety Institute (IBRAE) RAS. — Moscow : Nauka, 2010. — 346 p. — ISBN 978-5-02-037489-8 (bound).
|Ensuring the Regulatory and Legal Safety during Decommissioning of Nuclear- and Radiation-Hazardous Facilities of Russian Nuclear Fleet|
À.I. Iojrysh, À.À. Kozodubov, V.G. Markarov, V.G. Terentiev and À.B. Chopornyak
The book focuses on analysis of the basic laws; regulations and legal acts of the President and the Government of Russia; and federal rules and regulations related to decommissioning of nuclear and radiation hazardous facilities of Russian nuclear fleet. The international regime for safe use of nuclear energy and environmental safety is analyzed as applied to the processes of complex decommissioning of Russian nuclear fleet and environmental rehabilitation of temporary storage facilities including their terrestrial and aquatic areas. The implementation of requirements and recommendations of international conventions and international organizations into the RF legislation is considered.
For professionals in nuclear, radiation and environmental safety as well as for everyone interested in the problems of legal safety support to decommissioning of nuclear- and radiation-hazardous facilities of Russian nuclear fleet.
Ensuring the Regulatory and Legal Safety during Decommissioning of Nuclear- and Radiation-Hazardous Facilities of Russian Nuclear Fleet / À.I. Iojrysh, À.À. Kozodubov, V.G. Markarov, V.G. Terentiev, À.B. Chopornyak ; ed. by acad. RAS A. A. Sarkisov; Nuclear Safety Institute (IBRAE) RAS. — Moscow : Nauka, 2008. — 204 p. — ISBN 978-5-02-037030-2 (bound).
|Bases of the Theory and Operation of Naval Nuclear Reactors|
Acad. À. À. Sarkisov (eds.)
Main neutronics and thermal processes inherent in operation of various-purpose nuclear reactors including naval ones are addressed. The emphasis is made on achieving the maximum logical consistency and revealing the physical meaning of basic laws.
The authors used their more than 40-year experience in research, teaching and writing of widely recognized textbooks and monographs in the field of nuclear power. The information used was updated as of the beginning 2007.
The monograph is intended for professionals in operation of nuclear power installations, as well as for a wide range of adjacent specialists in design, construction and operation of stationary and transport of nuclear power facilities. The book may be also used by university students of related disciplines.
Bases of the Theory and Operation of Naval Nuclear Reactorsâ /À. À. Sarkisov, L. B. Gusev, R. I. Êalinin ; ed. by acad. RAS À. À. Sarkisov ; Nuclear Safety Institute (IBRAE) RAS. — Moscow : Nauka, 2008. — 397 p. — ISBN 978-5-02-036955-9 (bound).
|Approaches and Principles of Radiation Protection of Water Bodies|
S.V. Kazakov and S.S. Utkin
The monograph discusses the key approaches to radiation protection of the environment and compares the indices and criteria regulating the quality of water bodies. Two fundamental points are put forward: the need to move from the anthropocentric and environmental principles of regulation to the biospheric approach for radiation protection of the environment; and the need to address integrated water-resource management when regulating radiation quality of water bodies. The application of biospheric approach was demonstrated within the frameworks of the modified hygienic principle that allows resolving most of the contradictions between the anthropocentric and environmental approaches and is much more promising area of developing the environment radiation-protection system compared to the fundamental review of the current paradigms. The developed models enable calculations of permissible single and annual radionuclide effluents and discharges to water bodies taking into account a sophisticated pattern of their redistribution between biotic and abiotic components in aquatic ecosystems.
The book is recommended for radio-ecologists and specialists in regulation of the effects of ionizing radiation.
Approaches and Principles of Radiation Protection of Water Bodies / S.V. Kazakov, S.S. Utkin; by ed. I.I. Linge ; Nuclear Safety Institute (IBRAE) RAS. — Moscow : Nauka, 2008. — 381 p. — ISBN 978-5-02-037029-6 (bound).