See what "Sazonov E. S." in other dictionaries

Sazonov Yu Yury Sazonov Knights Templar Your venerable servant was born in 1980 at the embassy of the Soviet Union in Canada. The place of birth determined my life - since then, I think, I have not stayed in one place for more than a year. Eternal wanderer. I know two languages ​​and half of the notes. Studied

Gennady Sazonov OLDER

Gennady Sazonov STARETS On the quiet outskirts of the regional center, behind a low fence, a blue house stands right by the road. Everything here is like in a village. The gate is open, I pass; the four-legged guard with barking and rearing - did not let. I'm waiting for someone. Finally, a short

Gennady Sazonov GONCHAR

Gennady Sazonov GONCHAR And also Gorshenya, clay maker, clinker, skudelnik. And the highest praise is the pottery master.Master! I think this is most suitable for the case of the Otgadov family. When you see the products of Vyacheslav Alexandrovich, his son Alexander and daughter Oksana,

Head of the Marine Ice Engineering Laboratory of the Federal State Unitary Enterprise Krylov State Scientific Center, Professor of the Departments of the Russian State Hydrometeorological University and the State Marine Technical University, Head of the Seaworthiness Section of the Ships of the Russian Scientific and Technical Society named after Academician A.N. Krylova, a member of the specialized dissertation council of the Federal State Unitary Enterprise "Krylov State Research Center", a member of the National Committee on Theoretical and Applied Mechanics, a member of the Ice Committee of the International Conference of Experimental Pools. Author of more than 300 scientific papers, including 7 monographs and textbooks. Author of more than 30 patents for inventions.

1. Monographs

Sazonov K.E., Dobrodeev A.A. Ice propulsion of large-capacity vessels. - St. Petersburg: Federal State Unitary Enterprise "Krylovsky State Scientific Center", 2017.

Sazonov K.E. Model experiment in oceanology. Tutorial. - St. Petersburg: Ed. RSHU, 2011.

Sazonov K.E. Theoretical foundations of ship navigation in ice. - St. Petersburg: Central Research Institute im. acad. A.N. Krylova, 2010.

Sazonov K.E. Materials Science. Material properties. Test methods. Ice and snow. Tutorial. - St. Petersburg: Ed. RSHU, 2007.

Sazonov K.E. Ice handling of ships. - St. Petersburg: Central Research Institute im. acad. A.N. Krylova, 2006.

Kulikov N.V., K.E. Sazonov Towing ships in ice. - St. Petersburg, 2003.

Lopashev K.A., Sazonov K.E., Timofeev O.Ya. Ice full-scale tests of the Novorossiysk icebreaker in the Kara Sea // Proceedings of the Krylov State Scientific Center. - 2017. - Issue. 3(381). pp. 35–42.

Kanevsky G.I., Klubnichkin A.M., Sazonov K.E. Application of hydrodynamic calculations of ice propulsion for the analysis of field ice test data // Proceedings of the Krylov State Scientific Center. - 2017. - Issue. 2(380). pp. 17–23.

Kostylev A.I., Sazonov K.E. A method for calculating the movement of ships along a curvilinear trajectory in solid ice. Trudy TsNII im. acad. A.N. Krylov. – 2017.– Issue. 1(379). – P. 50–55.

Klubnichkin A.M., Ryzhkov A.V., Sazonov K.E. A method for assessing the change in thrust of a propulsion complex during its interaction with ice based on the results of self-propelled tests. Trudy TsNII im. acad. A.N. Krylov. – 2016.– Issue. 91(375). – S. 91–98.

Sazonov K.E. Substantiation of methods for correcting the results of model experiments to determine the ship's ice resistance. Trudy TsNII im. acad. A.N. Krylov. - 2016. - Issue. 92 (376). – P. 93–108.

Kostylev A.I., Sazonov K.E. Dynamic characteristics of the icebreaker "Vladivostok" according to a full-scale experiment // Proceedings of the Central Research Institute. acad. A.N. Krylov. - 2016. - Issue. 93 (377).– P. 57–74.

Dobrodeev A.A., Klubnichkin A.M., Sazonov K.E. Self-propelled testing of models in ice basins to determine ice resistance. Trudy TsNII im. acad. A.N. Krylov. - 2015. - Issue. 90 (374). – S. 109–116.

Sazonov K.E. Influence of freezing of an ice channel in fast ice on the ice propulsion of a ship // Proceedings of the Central Research Institute im. acad. A.N. Krylov. - 2015. - Issue. 88 (372). – S. 159–166.

Dobrodeev A.A., Sazonov K.E., Boytsun I.I. Comparative analysis of various types of support bases for field development facilities in the Caspian Sea. Trudy TsNII im. acad. A.N. Krylov. - 2015 .- Issue. 88 (372). – S. 203–210.

Sazonov K.E. Ice basin of the Central Research Institute. acad. A.N. Krylova: the history of creation // Proceedings of the Central Research Institute. acad. A.N. Krylov. - 2015. - Issue. 88 (372). - S. 307-318.

Epifanov V.P., Sazonov K.E., Lopashev K.A. Acoustic emission spectra when testing models in an ice basin // Proceedings of the Central Research Institute im. acad. A.N. Krylov. - 2015. - Issue. 88 (372). – S. 319–330.

Sazonov K.E. To the choice of scenarios for the interaction of propellers with ice // Proceedings of the Central Research Institute. acad. A.N. Krylov. - 2013. - Issue. 74 (358). – S. 147–158.

Dobrodeev A.A., Sazonov K.E. Experimental studies of the interaction of a coaxial pair of propellers with ice. Trudy TsNII im. acad. A.N. Krylov. - 2013. - Issue. 73 (357). – P. 99–104.

Vaganov A.B., Sazonov K.E. [et al.] Analysis of the deterioration of the ship's maneuverability with alternating rudder shifts // Proceedings of the Central Research Institute im. acad. A.N. Krylov. - 2012. - Issue. 66 (350). – P. 33–42.

Bokatova E.A., Sazonov K.E. Calculation of the speed of a ship moving along an ice channel under compression conditions with partial interaction of the sides with its edges. Trudy TsNII im. acad. A.N. Krylov. - 2012. - Issue. 66 (350). – P. 43–46.

Appolonov E.M., Ryzhkov A.V., Sazonov K.E. Calculation of the ice load on the bottom of the icebreaker in the marginal shallow water // Proceedings of the Central Research Institute. acad. A.N. Krylov. - 2011. - Issue. 63 (347). – P. 5–10.

Sazonov K.E., Klementieva N.Yu. Experimental study of the dynamics of a turret vessel when interacting with ice // Proceedings of the Central Research Institute im. acad. A.N. Krylov. - 2011. - Issue. 63 (347). – P. 11–18.

Klementieva N.Yu., Sazonov K.E. On the destruction of cantilever beams of simulated ice // Proceedings of the Central Research Institute. acad. A.N. Krylov. - 2011. - Issue. 63 (347). – P. 19–26.

Sazonov K.E. On the modeling of shock processes in the ice basin // Proceedings of the Central Research Institute im. acad. A.N. Krylov. – 2011.– Issue. 63 (347). – P. 27–34.

Sazonov K.E. A method for calculating the ice resistance of a ship during non-stationary movement in solid ice // Proceedings of the Central Research Institute im. acad. A.N. Krylov. - 2011. - Issue. 63 (347). – P. 45–49.

Sazonov K.E., Dobrodeev A.A. A method for calculating the ice resistance of a ship during its movement in large-broken ice and fragments of ice fields. Trudy TsNII im. acad. A.N. Krylov. - 2011. - Issue. 63 (347). – P. 73–80.

Klementieva N.Yu., Ryzhkov A.V., Sazonov K.E. Model studies of the ice resistance of a promising icebreaker in the marginal shallow water // Proceedings of the Central Research Institute im. acad. A.N. Krylov. - 2010. - Issue. 51 (335). – P. 5–12.

Appolonov E.M., Sazonov K.E. Estimation of the size of the bowl of the modern ice basin // Proceedings of the Central Research Institute. acad. A.N. Krylov. - 2010. - Issue. 51 (335). – P. 19–28.

Sazonov K.E. Logical and probabilistic model of the safety of ships sailing on ice channels // Proceedings of the Central Research Institute. acad. A.N. Krylov. - 2010. - Issue. 51 (335). – S. 83–90.

Sazonov K.E. Calculation of the ice resistance of a vessel when moving along a channel laid by an icebreaker // Proceedings of the Central Research Institute im. acad. A.N. Krylov. - 2010. - Issue. 51 (335). – S. 101–112.

Bartenyeva A.A., Sazonov K.E. Study of oil distribution in ice channels // Proceedings of the TsNII im. acad. A.N. Krylov. - 2010. - Issue. 51 (335). – S. 165–168.

Klementieva N.Yu., Sazonov K.E. Comparison of the results of modeling studies of various options for a promising icebreaker with a capacity of 25 MW. Trudy TsNII im. A.N. Krylov. - 2010. - Issue. 51 (335). – S. 207–218.

Appolonov E.M., Nesterov A.B., Sazonov K.E. Regulation of extreme ice loads on the hulls of azimuth propulsion systems of ice-going ships. Trudy TsNII im. acad. A.N. Krylov. - 2008. - Issue. 39 (323). – P. 45–68.

Klementieva N.Yu., Sazonov K.E. Evaluation of the characteristics of waves, in which the occurrence of an "ice storm" is possible // Proceedings of the TsNII im. acad. A.N. Krylov. - 2008. - Issue. 39 (323). – P. 95–100.

Bitsulya A.V., Sazonov K.E. Development of calculation formulas for determining the minimum power of the main mechanisms of ice-going vessels. Trudy TsNII im. acad. A.N. Krylov. - 2007. - Issue. 34 (318). – S. 22–42.

Dorokhova E.A., Sazonov K.E. Investigation of the influence of asynchrony of the processes of destruction and rotation of ice on ice resistance. Trudy TsNII im. acad. A.N. Krylov. - 2007. - Issue. 34 (318). – P. 43–51.

Belyashov V.A., Sazonov K.E. Investigation of the effectiveness of the use of a hydro-washing device on an Arctic icebreaker // Proceedings of the TsNII im. acad. A.N. Krylov. – 2007.

Appolonov E.M., Nesterov A.B., Sazonov K.E. Regulation of ice loads on the hulls of azimuthal propulsion systems of double-acting ships. Trudy TsNII im. acad. A.N. Krylov. - 2006. - Issue. 28 (312). – P. 60–86.

Sazonov K.E. On the conditions for the formation of hummocky ridges and fields of uniformly hummocked ice // Proceedings of the Central Research Institute im. acad. A.N. Krylov. - 2005. - Issue. 24 (308). – P. 19–26.

Sazonov K.E. Calculation of the load from moving fields of even ice on vertical supports of engineering structures based on a hydrodynamic model. Trudy TsNII im. acad. A.N. Krylov. - 2005. - Issue. 24 (308). – P. 41–49.

Lobachev M.P., Sazonov K.E. Study of some aspects of hydromechanics of double-acting ships // Proceedings of the TsNII im. acad. A.N. Krylov. - 2005. - Issue. 24 (308). – P. 89–98.

Klyachkin S. V., Sazonov K. E., Frolov S. V. Safety analysis of a ship’s solo navigation in ice based on a formal risk assessment. Trudy TsNII im. acad. A.N. Krylov. - 2005. - Issue. 24 (308). – P. 99–112.

Appolonov E.M., Nesterov A.B., Sazonov K.E. Estimation of the time of oil outflow from a side hole in still water // Proceedings of the Central Research Institute im. acad. A.N. Krylov. - 2005. - Issue. 24 (308). – S. 134–144.

Appolonov E.M., Nesterov A.B., Sazonov K.E. Influence of heaving on the time of oil leakage from side and bottom holes. Proceedings of the TsNII im. acad. A.N. Krylov. - 2005. - Issue. 24 (308). – S. 145–153.

Sazonov K.E. On the effectiveness of the use of a rudder propeller when sailing ships in broken ice // Proceedings of the TsNII im. acad. A.N. Krylov. - 2003. - Issue. 14 (298). - S. 123-128.

Sazonov K.E. A simplified method for calculating the ice resistance of a vessel moving in continuous even ice. Trudy TsNII im. acad. A.N. Krylov. - 1998. - Issue. 8 (292). – P. 68–71.

Sazonov K.E. On the possible mechanism of the destruction of the ice cover by the ship's hull when sailing in autumn-winter ice conditions. Trudy TsNII im. acad. A.N. Krylov. - 1998. - Issue. 8 (292). – P. 79–83.

Sazonov K.E. Method for calculating the ice moment of resistance to ship rotation in place in solid ice // Proceedings of the TsNII im. acad. A.N. Krylov. - 1998. - Issue. 7 (291). – S. 99–103.

Sazonov K.E., Yasinsky N.V. Investigation of the possibility of tanker positioning under the influence of broken ice, wind and current. Trudy TsNII im. acad. A.N. Krylov. - 1997. - Issue. 6 (290). – P. 79–85.

Lobachev M.P., Sazonov K.E., Chicherin I.A. Estimated estimation of the velocity field in the stern of a vessel moving in solid even ice // Proceedings of the Central Research Institute im. acad. A.N. Krylov. - 1997. - Issue. 6 (290). – S. 105–108.

Sazonov K.E. Estimation of the limiting thickness of ice overcome by an icebreaker when working with raids // Shipbuilding. - 2017. - No. 4 (833). – P. 9–10.

Pustoshny A.V., Sazonov K.E. Problems associated with increasing the speed of year-round operation of large-tonnage transport vessels in the Arctic // Arktika: ecology and economy. - 2017. - No. 3 (23). – S. 103–110.

Borusevich V.O., Kanevsky G.I., Sazonov K.E. Requirements for the ice qualities of the ship and some problems of their development // Marine collection. – 2017. V. 2044. No. 7. – P. 37–43.

Sazonov K.E. Modern problems of propulsion of transport ships // Shipbuilding. - 2016, No. 2. - P. 23–25.

Sazonov K.E. On ice propulsion and controllability of large double-acting vessels in the Arctic // Problems of the Arctic and Antarctic. - 2016, No. 1 (107). – P. 50–60.

Sazonov K.E. On the issue of correcting the data of sea trials of ships in ice conditions // Problems of the Arctic and Antarctic. - 2016, No. 3 (109). – P. 94–99.

Sazonov K.E., Chernov A.V. Experimental methods for determining the global ice load on marine engineering structures // Arktika: ecology and economics. - 2016, No. 2 (22). – P. 90–97.

Kostylev A.I., Sazonov K.E. World experience in studying ice management methods // Arctic: Ecology and Economics. - 2016, No. 3 (23). – P. 86–97.

Pustoshny A.V., Sazonov K.E. Tasks of shipbuilding science at the present stage of development of the Arctic // Bulletin of the Russian Academy of Sciences. - 2015. - T. 85. - No. 7. - P. 593.

Dobrodeev A.A., Klementieva N.Yu., Sazonov K.E. Modern approaches to ensuring navigation of large-tonnage ships in ice // Transport of the Russian Federation. - 2015. - No. 4 (59). – S. 29–32.

Dobrodeev A.A., Sazonov K.E., Timofeev O.Ya. Global ice load on offshore engineering structures. Methods of determination // Scientific and technical collection of the Russian Maritime Register of Shipping. -2015, No. 38-39. – P. 61–65.

Sazonov K.E. Evaluation of changes in the traction characteristics of the propulsion complex of a ship moving in reverse in ice // Scientific and technical collection of the Russian Maritime Register of Shipping. - 2015. - No. 38-39. – P. 97–100.

Denisov V.I., Sazonov K.E., Timofeev O.Ya. New experimental possibilities of the Krylov State Research Center for the study of ice impacts on marine equipment // Arctic: Ecology and Economics. - 2015. - No. 3 (19). – P. 76–81.

Kostylev A.I., Sazonov K.E. Method for calculating the resistance of a vessel during operation by raids // Shipbuilding. - 2015, No. 5. - S. 24–27.

Sazonov K.E. A.N. Krylov on the design of icebreakers // Shipbuilding. - 2014, No. 1. - P. 15–17.

Sazonov K.E. Conference "Polar Mechanics-2014". - Shipbuilding. – 2014. No. 4. – P. 34–35.

Sazonov K.E. XLV Krylov Readings // Shipbuilding. - 2014, No. 1. - P. 75–76.

Dobrodeev A.A., Sazonov K.E. Means of laying navigable channels in ice // World of Transport. - 2014. - T. 12. - No. 1 (50). – P. 42–49.

Dobrodeev A.A., Sazonov K.E. Investigation of the bending strength of ice in the northeastern part of the Caspian Sea // Problems of the Arctic and Antarctic. - 2014, No. 3 (101). – S. 62–68.

Lobachev M.P., Sazonov K.E. Influence of changes in oil viscosity on the characteristics of its spills in a cold marine environment // Arktika: ecology and economics. - 2014, No. 1 (13). – P. 96–103.

Goncharov V.K., Klementieva N.Yu., Sazonov K.E. Interaction of Ships within Navigable Ice Channel. Journal of Shipping and Ocean Engineering. - 2014. - Vol.4. – Nu 1-2. – P.p. 1–14.

Appolonov E.M., Sazonov K.E. Ice management: tasks and opportunities // Gas industry. - 2013, No. 2 (686). – P. 70–72.

Sazonov K.E. Unusual structures on the ice surface of the Caspian Sea // Priroda. - 2013, No. 8 (1176). – S. 72–75.

Sazonov K.E. The theory of the ship in the works of A.N. Krylov // Shipbuilding. - 2013, No. 4. - P. 21–26.

Sazonov K.E. Calculation of the maximum force acting on the vessel when interacting with hummocks // Shipbuilding. - 2013, No. 5 (810). – P. 30–32.

Sazonov K.E., Ryzhkov A.V. Influence of shallow water on the ice quality of a vessel // World of Transport. - 2013. - T. 11. - No. 4 (48). – P. 40–47.

Sazonov K.E. Hydrophysics in the works of Academician A.N. Krylova (To the 150th anniversary of the birth) // Fundamental and applied hydrophysics. - 2013. - V. 6. - No. 4. - S. 68–74.

Shchemelinin L.G., Denisov V.I., Sazonov K.E. Model technologies for studying soil erosion at the supporting bases of offshore structures of the fuel and energy complex. Exposition Oil and Gas. - 2013. - No. 4 (29). – P. 41–45.

Sazonov K.E. Life-saving equipment for ice conditions: the state of the issue and possible solutions // Arktika: ecology and economy. - 2013. - No. 4 (12). – P. 32–39.

Dekhtyaruk Yu.D., Dobrodeev A.A., Sazonov K.E. Some issues of creating marine transport systems for the export of hydrocarbons from the Arctic // Arktika: ecology and economics. - 2013. - No. 2 (10). – S. 084–091.

Sazonov K.E. Development of marine ice engineering in Russia: history and modernity // Arctic: ecology and economy. - 2013. - No. 2 (10). – S. 092–103.

Sazonov K.E. Development of icebreaker construction in Russia // Academician A.N. Krylov. To the 150th anniversary of his birth: Sat. articles. - St. Petersburg, 2013. - S. 205-218.

Sazonov K.E. Works by A.N. Krylov on the history of ship theory // Academician A.N. Krylov. To the 150th anniversary of his birth: Sat. articles. - St. Petersburg, 2013. - S. 231-238.

Sazonov K.E. The initial stage of formation of the ice strength of ships // Mor. messenger. - 2012. - No. 2 (42).

Sazonov K.E. Influence of ice conditions on the safety of navigation in the Arctic // Shipbuilding. - 2012, No. 6. - P. 19–21.

Sazonov K.E. Conference "Polar Mechanics-2012" // Shipbuilding. - 2012, No. 4. - P. 43–44.

Sazonov K.E. The works of Osborne Reynolds in the field of shipbuilding. To the 170th anniversary of his birth // Shipbuilding. - 2012, No. 4. - P. 62–64.

Appolonov E.M., Sazonov K.E., Bokatova E.A. On the probability of ship jamming during compression // World of Transport. - 2012. - T. 10. - No. 4 (42). – P. 4–9.

Sazonov K.E., Klementieva N.Yu. Dynamic properties of moored floating structures when interacting with ice formations // Morskoy vestnik. - 2012. - No. 1. - P. 78–80.

Pashin V.M., Appolonov E.M., Sazonov K.E. New icebreaker for escorting large-capacity vessels. What are the benefits? // Marine fleet. - 2012, No. 1. - P. 50.

Appolonov E.M., Belyashov V.A., Sazonov K.E. Ice Fleet Starts Here // Marine Fleet. - 2012, No. 3. - P. 36–39.

Sazonov K.E. Iceberg towing // Scientific notes of the Russian State Hydrometeorological University. - 2012, No. 23. - P. 91–99.

Appolonov E.M., Dobrodeev A.A., Klementieva N.Yu., Sazonov K.E., Timofeev O.Ya. Some results of experimental studies of new technical means for creating a wide channel in the ice cover for the safe passage of large-tonnage ships // Siberian Journal of Pure and Applied Mathematics. - 2012. - T. 12, No. 4. - P. 3–8.

Dobrodeev A.A., Sazonov K.E. Mechanics of vessel movement in large-broken ice and fragments of ice fields // Siberian Journal of Pure and Applied Mathematics. - 2012. - T. 12. - No. 4. - P. 53–58.

Klementieva N.Yu., K.E. Sazonov Experimental studies of the dynamics of anchored engineering structures under the action of ice // Siberian Journal of Pure and Applied Mathematics. - 2012. - T. 12. - No. 4. - S. 64–70.

Sazonov K.E. Navigation challenges for large-size ships in ice conditions. Ships and Offshore Structures. – 2011. – V. 6. – No. 3. – S. 231–238.

Appolonov E.M., Nesterov A.B., Sazonov K.E Regulation of extreme ice loads acting on hulls of azimuth propulsion systems for ice ships // Ships and Offshore Structures. - 2011. - T. 6. - No. 3. - Pp. 239–247.

Sazonov K.E. Navigation challenges for large-size ships in ice conditions. // Ships and Offshore Structures. – 2011. – V. 6. – No. 3. – S. 231–238.

Appolonov E.M., Nesterov A.B., Sazonov K.E. Regulation of extreme ice loads acting on hulls of azimuth propulsion systems for ice ships // Ships and Offshore Structures. - 2011. - T. 6. - No. 3. - Pp. 239–247.

Appolonov E.M., Klementieva N.Yu., Sazonov K.E., Timofeev O.E. Modern experimental methods for determining ice impacts on infrastructure elements of the offshore gas production complex // Gas industry. - 2011, No. 13. - P. 90–92.

Sazonov K.E. XLIV Krylov Readings // Shipbuilding. - 2011. - No. 6. - P. 67.

Appolonov E.M., Belyashov V.A., Sazonov K.E., Skryabin D.S. , Igoshin E.V. Study of the ice propulsion of the icebreaker "St. Petersburg" in the Kara Sea // Shipbuilding. - 2011, No. 4. - P. 9–12.

Sazonov K.E. Optimal design of a cable for towing outboard oceanographic equipment. Uchenye zapiski Rossiiskoi gosudarstvennogo meteorologicheskogo universiteta. - 2011, No. 19. - P. 101–110.

Sazonov K.E. The first attempt to create a branch of the experimental pool. – Study of seaworthiness of vessels in experimental basins. History and Modernity: Sat. Art. - St. Petersburg: Central Research Institute im. acad. A.N. Krylova, 2010.

Dobrodeev A.A., Sazonov K.E. Engineering and design activity of William Frude. – Study of seaworthiness of vessels in experimental basins. History and Modernity: Sat. Art. St. Petersburg: Central Research Institute im. acad. A.N. Krylova, 2010.

Sazonov K.E. The role of V. Froude in creating the theory of the ship. To the 200th anniversary of the birth // Shipbuilding. - 2010, No. 5. - P. 64–68.

Sazonov K.E. Scaling relations in the ice propulsion of ships // Morskoy vestnik. –2010. - T. 1. - No. 3. - S. 104–105.

Sazonov K.E., Taritsa G.V., Shtrambrand V.I., Shcherbakov I.V. Analysis of the influence of the layout of the propulsion complex of an icebreaker vessel on work in hummocks // Morskoy vestnik. - 2010, No. 2. - P. 89–92.

Appolonov E.M., Sazonov K.E., Timofeev O.Ya. Operational safety of large-capacity vessels in the Arctic transport system // Proceedings of NNSTU im. R.E. Alekseev. - 2010, No. 1 (80). – S. 149–153.

Sazonov K.E. Ice management with the help of icebreakers // World of Transport. - 2009. - T. 7. - No. 3 (27). – P. 38–45.

Lobachev M.P., Sazonov K.E. Hydrodynamic aspects of the interaction of propellers with ice // Mir transporta. - 2009. - T. 7. - No. 1 (25). – P. 4–12.

Goncharov V.K., Klementieva N.Yu., Sazonov K.E. Scientific studies of the problem of ensuring the safety of winter navigation in the Gulf of Finland (MS GOF project) // Morskoy vestnik. - 2009, No. 1. - P. 69–70.

Sazonov K.E. The history of the development of methods for calculating the ice resistance of a ship // Morskoy vestnik. - 2009, No. 3. - P. 83–89.

Appolonov E.M., Sazonov K.E., Belov I.M. Development of a physical model and method for calculating the parameters of low-frequency vibration of the hull of large-capacity ships from the impact of ice // Scientific and technical collection of the Russian Maritime Register of Shipping. - 2009, No. 32. - P. 109–119.

Lobachev M.P., Sazonov K.E. Model experiment: present and future // Marine Bulletin. - 2008, No. 3. - P.101-107.

Lobachev M.P., Pustoshny A.V., Sazonov K.E., Chicherin I.A. Numerical modeling of the interaction of a jet from a propeller with soil // Fundamental and applied hydrophysics. - 2008. - T. 1. - No. 1. - P. 88–98.

Sazonov K.E. Evaluation of the contribution of the vertical sides of a cylindrical insert to the ship's ice resistance // Mor. messenger. - 2008, No. 4(28).

Sazonov K.E. On the possibility of using icebreakers to reduce the ice load on offshore engineering structures // Mor. messenger. - 2007, No. 4 (24).

Sazonov K.E. Tanker and icebreaker: addition of forces // World of transport. - 2007, No. 4.

Karulin E.B., Karulina M.M., Klementieva N.Yu., Sazonov K.E., Kupreev V.V., Chernetsov V.A. Model studies of interaction with ice of platforms intended for the Shtokman gas condensate field // Gas industry. - 2007, No. 10. - S. 70–73.

Sazonov K.E. Ice trials of ships // World of transport. - 2007. - V. 5. - No. 2 (18). – P. 36–45.

Sazonov K.E. Tanker and icebreaker: addition of forces // World of transport. - 2007. - V. 5. - No. 4 (20). – P. 50–59.

Orlov O.P., Kireev V.N., Sazonov K.E., Chetyrkin A.N. Krylovsky fairway - in hummocks and on clean water // World of Transport. - 2006. - T. 4. - No. 1 (13). – P. 26–38.

Sazonov K.E. Piloting of large-tonnage vessels by icebreakers under conditions of ice compression // Morskoy vestnik. - 2006. - No. 4. - P. 83–85.

Sazonov K.E. Piloting of large-tonnage vessels by icebreakers under conditions of ice compression // Mor. messenger. - 2006, No. 4 (20).

Sazonov K.E. Icebreakers forcing hummocks in reverse // Mor. messenger. - 2005, No. 1 (13).

Sazonov K.E. Calculation of ice load from moving ice fields on multi-support structures with a vertical front face // Mor. messenger. - 2005. - No. 4 (16).

Sazonov K.E. Influence of a cylindrical insert on the ice propulsion and controllability of large-tonnage ships // Shipbuilding. - 2004. - No. 1. - P. 18–21.

Sazonov K.E. Evaluation of the possibility of piloting a large-capacity vessel in ice by one icebreaker // Mor. messenger. - 2004, No. 2.

Sazonov K.E. Logical and probabilistic model of the safety of a ship's solo navigation in ice // Mor. messenger. - 2004, No. 3 (11).

Sazonov K.E. Dangers of Artifacts // Mor. messenger. - 2004, No. 3 (11).

Sazonov K.E. Interaction of an icebreaker with a steered vessel during circulation in ice conditions // Mor. messenger. - 2003, No. 3.

Kulikov N.V., Sazonov K.E. Interaction with the icebreaker of large-capacity vessels when navigating in ice // Mor. messenger. - 2002, No. 2.

Sazonov K.E. The study of A.N. Krylov ice qualities of the icebreaker "Ermak" // Problems of practical forecasting of water resistance to ship movement: Sat. Art. to the 100th anniversary of Girs I.V. - St. Petersburg. - 2002.

Lobachev M.P., Sazonov K.E. Model and numerical experiment in ship theory // Problems of scale effect in experimental hydrodynamics: Sat. articles. – 2001.

Kulikov N.V., Sazonov K.E. Controllability of a pushed train in solid ice // Shipbuilding. - 2001, No. 3. - S. 14-17.

Kulikov N.V. Sazonov K.E. Evaluation of the possibility of using barge-towing trains in transit navigation along the northern sea route // Shipbuilding. - 2000, No. 3. - P. 9–12.

Sazonov K.E. Mathematical models for describing ice impacts on the hull of a ship moving in ice along a curved trajectory // Problems of ship dynamics: Sat. Art. - St. Petersburg. – 1998.

Sazonov K.E. Averaging of forces in the calculation of the ice propulsion of ships // Physical technologies in mechanical engineering: Sat. scientific works. – 1998.

Buravtsev V.Yu., Gagelgants A.A., Maizel A.B., Sazonov K.E. Geophysical icebreaker for oil and gas prospecting // Exploration and protection of mineral resources. - 1995. - No. 12. - P. 26.

Maizel A.B., Sazonov K.E., Buravtsev V.Yu. Investigation of the noise of ice destruction during testing of the icebreaker model in the ice experimental basin // Technical Acoustics. - 1994. - T. III. – No. 3–4. - S. 18.

Alekseev Yu.N., Sazonov K.E. Results of testing a series of models in flat, broken and hummocky ice // NTO: Materials for the exchange of experience. - 1992. - Issue. 532.

Sazonov K.E., Dobrodeev A.A. Method for calculating the movement of ships along a curvilinear trajectory in solid ice // ARCTIC: HISTORY AND MODERNITY Proceedings of the international scientific conference: Proceedings of the Conf. - 2016. - S. 241-250.

Dobrodeev A.A., Sazonov K.E., Zvyagin P.N. Study on distribution law and stationarity of global ice loads registered in Experiments in ice tank. 2016 Proceedings of the International Conference on Offshore Mechanics and Arctic Engineering – OMAE. – 2016.

Dobrodeev, A.A., Sazonov, K.E. The estimation of carbonic gas emission by ice-class large-size ships moving in Ice using different escorting methods 2016 Proceedings of the International Conference on Offshore Mechanics and Arctic Engineering – OMAE.

Pustoshnyi A.V., Sazonov K.E. Problems of shipbuilding science at the current stage of arctic exploration // Herald of the Russian Academy of Sciences. - 2015. - T. 85. - No. 4. - Pp. 316–320.

Zvyagin P.N., Sazonov K.E., Dobrodeev A.A. Stationarity of dynamic loads during testing of indenters in an ice basin // Conference on Structural Mechanics of a Ship in Memory of Professor P.F. Papkovich (St. Petersburg, December 23–24, 2015): Proceedings of Conf. - St. Petersburg. - 2015. - S. 82–83.

Timofeev O.Ya., Sazonov K.E., Dobrodeev A.A. New ice basin of the Krylov State Research Centre. 2015 Proceedings of the International Conference on Port and Ocean Engineering under Arctic Conditions, POAC 2015-January.

Timofeev O., Sazonov K., Dobrodeev A. Ice Class! // Naval Architect. – 2015. – No. July/August. – P.p. 43–45.

Zvyagin P., Sazonov K. Analysis and probabilistic modeling of the unstationary ice loads stochastic process, based on experiments with models of offshore structures. 2015 Proceedings of the International Conference on Offshore Mechanics and Arctic Engineering – OMAE.

Zvyagin, P.N., Sazonov, K.E. Probabilistic modeling of ice loads using composite distributions for ice regime parameters. 2015 Proceedings of the International Conference on Port and Ocean Engineering under Arctic Conditions, POAC 2015-January.

Sazonov K.E. Experimental possibilities of the new ice basin // Russian shipbuilding: from academician A.N. Krylov to the present day: Proceedings of the conference - St. Petersburg. - 2014. - S. 49–51.

Sazonov K.E., Dobrodeev A.A. Different technologies for making a wider channel in ice for large-size ships. 2014 Proceedings of the International Offshore and Polar Engineering Conference. – Pp.1171.

Zvyagin P., Sazonov K. Analysis and probabilistic modeling of the stationary ice loads stochastic process with lognormal distribution. 2014 Proceedings of the International Conference on Offshore Mechanics and Arctic Engineering, OMAE.

Shchemelinin L.G., Sazonov K.E., Denisov V.I. Research studies on modeling soil erosion caused by external factors near offshore structures. 2013 Proceedings of the International Conference on Offshore Mechanics and Arctic Engineering, OMAE 6.

Zvyagin P.N., Sazonov K.E. Statistically based method of representing ice loads signal as a sum of several uncorrelated and stationary processes. 2013 Proceedings of the International Conference on Port and Ocean Engineering under Arctic Conditions, POAC.

Goncharov V.K., Klementieva N.Yu., Sazonov K.E. Interaction of ships under traffic within navigable ice channel. 2013 Proceedings of the International Conference on Port and Ocean Engineering under Arctic Conditions, POAC.

Appolonov E.M., Sazonov K.E., Dobrodeev A.A., Klementieva N.Yu., Kudrin M.A., Maslich E.A., Petinov V.O., Shaposhnikov V.M. Studies for development of technologies to make a wide channel in ice. 2013 Proceedings of the International Conference on Port and Ocean Engineering under Arctic Conditions, POAC.

Sazonov K.E., Dobrodeev A.A. Making a channel in ice for large-size ships using a curvilinear icebreaker path and other methods overview. 2013 Proceedings of the International Conference on Port and Ocean Engineering under Arctic Conditions, POAC.

Goncharov V.K., Klementieva N.Yu., Sazonov K.E. Interaction of ships under navigation in ice conditions. 2012. Response of Ships and Shipping Research to International Crisis. Proc. NAV 2012 Int. Conf. on Ships and Shipping Research. – P.p. 157–158.

Goncharov V.K., Klementieva N.Yu., Sazonov K.E. bring experience to winter navigation safety. The Naval Architect. 2011.July-August. – P.p. 56–58.

Cok L., Sazonov K.E., Belyashov V.A., Shaposhnikov V.M., Nesterov A.B., Putorti E. Ice going capability of a small unconventional vessel in the Kashagan field. 2011 Proceedings of the International Conference on Port and Ocean Engineering under Arctic Conditions, POAC -2011. – P.p. 812.

Ryzhkov A.V., Sazonov K.E. Methods for determining ice resistance on self-propelled models. // Problems of seaworthiness of ships, ship hydromechanics and shelf development (XLIV Krylov Readings): Proceedings. conf. - St. Petersburg. – 2011.

Dobrodeev A.A., Sazonov K.E. Influence of the method of piloting a large-capacity vessel in ice on the requirements for it // Problems of seaworthiness of ships, ship hydromechanics and shelf development (XLIV Krylov Readings): Proceedings of the Conf. – 2011.

Sazonov K.E. Vessel movement along an ice channel under compression // Problems of seaworthiness of ships, ship hydromechanics and shelf development (XLIV Krylov Readings): Proceedings of the Conf. – 2011.

Appolonov E.M., Sazonov K.E. Peculiarities of operation of icebreakers in shallow water // Marine and marine sciences - 2011: Proceedings of Conf. - Sakhalin - 2011.

Dobrodeev A.A., Sazonov K.E. Evaluation of the possibility of using two icebreakers for escorting large-capacity vessels // Marine and Marine Sciences - 2011: Proceedings of the Conf. - Sakhalin - 2011.

Goncharov V.K., Klementieva N.Yu., Sazonov K.E. Ineraction of vessels at traffic in the ice channel. 2009 Proc. 16th Int. Conf. of Ship and Shipping Research. - Pp.139-147.

Goncharov V.K., Klementieva N.Yu., Sazonov K.E. Ice makes a difference. // The Naval Architect. February 2009 – P.p. 16–20.

Appolonov E.M., Sazonov K.E. The role of ice experimental pools in ensuring the safety of navigation in ice // Problems of seaworthiness of ships, ship hydromechanics and shelf development (XLIII Krylov Readings): Proceedings. conf. – 2009.

Belyashov V.A. Full-scale ice tests of rescue vessels in the Caspian Sea. / K.E. Sazonov //Problems of seaworthiness of ships, ship hydromechanics and shelf development (XLIII Krylov Readings): Proceedings of Conf. 2009.

Klementieva N.Yu. On the issue of determining the physical and mechanical properties of ice modeling./ K.E. Sazonov //Problems of seaworthiness of ships, ship hydromechanics and shelf development (XLIII Krylov Readings): Proceedings of Conf. 2009.

Sazonov K.E. Estimation of the kinetic energy of ice drift in the Arctic Ocean. Problems of Seaworthiness of Vessels, Ship Hydromechanics and Shelf Development (XLIII Krylov Readings): Proceedings of Conf. 2009.

Belyashov V.A., Grozdov A.V., Sazonov K.E., Tumashik A.P. "Yury Topchev" and "Vladislav Strizhov" multipurpose ice-breaking vessels for Prirazlomnaya platform maintenance: Field and model tests. // 2008 International Conference and Exhibition on Performance of Ships and Structures in Ice 2008, ICETECH 2008. – Pp. 105.

Goncharov V.K., Klementieva N.Yu., Li Z., Sazonov K.E., Zhang Y. Effective forces on the grounded hummock and piled ice. // 2007 Proceedings of the International Conference on Port and Ocean Engineering under Arctic Conditions, POAC. - Pp.735.

Sazonov K.E. The emergence and development of the theory of the icebreaking ship. / / Problems of seaworthiness of ships and ship hydromechanics: Proceedings of the Conf. 2006.

Zaitsev A.V., Sazonov K.E. Experimental-theoretical study of the effectiveness of a hydro-washing device // Problems of seaworthiness of ships and ship hydromechanics: Proceedings of the Conf. – 2006.

Sazonov K.E. Ice tests of tugs of the "Rurik" type. – 2006.

Sazonov K.E. The study of the consolidation of ice channels laid in fast ice // Problems of seaworthiness of ships and ship hydromechanics: Proceedings of the Conf. – 2006.

Lobachev M.P., Poustoshny A.V., Sazonov K.E., Tchicherin I.A. Numerical simulations of propeller wake interactions with the bottom soil. // 2004 Proceedings of the International Offshore and Polar Engineering Conference. – P.p. 323.

Sazonov K.E. Investigation of the stability of the movement of ships in solid even ice. (Linear and non-linear approach) // Problems of seaworthiness of ships and ship hydromechanics (Krylov Readings XLI): Proceedings of Conf. - St. Petersburg. – 2003.

Klyachkin S.V., Sazonov K.E. Possibility of using a formal risk assessment to analyze the safety of a single navigation of a ship in ice // Problems of seaworthiness of ships and ship hydromechanics (Krylov Readings XLI): Proceedings of the Conf. - St. Petersburg. – 2003.

Bitsulya A.V., Sazonov K.E. A possible approach to assessing ice loads on promising propulsion and steering systems of ice-going ships at the initial stages of design // Modern technologies in shipbuilding education, science and production: Proceedings of the Conf. - 2002.

Sazonov K.E. Influence of shallow water and current on the characteristics of ice handling of ships // Modern technologies in shipbuilding education, science and production: Proceedings of the Conf. - 2002.

Sazonov K.E. Experimental studies of the interaction of complex technical systems with ice // Modern technologies in shipbuilding education, science and production: Proceedings of the Conf. - 2002.

Sazonov K.E. Application of a formal safety assessment to compare two types of loading terminals // Modern technologies in shipbuilding education, science and production: Proceedings of the Conf. - 2002.

Kulikov N.V., Sazonov K.E. Ice propulsion of large-tonnage tankers // Sixth Intern. conf. shipbuilding, shipping, equipment. offshore platforms and watercraft supporting their operation, marine equipment for the development of the ocean and shelf (NEVA-2001): Proceedings of the Conf. – 2001.

Sazonov K.E. Influence of the main dimensions and shape of the ship's hull on the characteristics of ice handling // Problems of seaworthiness of ships and ship hydromechanics (Krylov readings XL): Proceedings of the Conf. - St. Petersburg - 2001.

Lobachev M.P., Lobachev M.P., Sazonov K.E., Chicherin I.A. Design of ice protection equipment // ICETECH "2000: 6th international conference on ships and marine structures in cold regions: Proceedings of the conference - 2000.

Sazonov K.E. Ice handling: results and prospects // ICETECH "2000: 6th international conference on ships and offshore structures in cold regions: Proceedings of the conference -2000.

Sazonov K.E. Turning in ice by the captain's manoeuvre. //1999 Proceedings of the International Conference on Port and Ocean Engineering under Arctic Conditions, POAC-1999. - Pp. 652.

Lobachev M.P., Sazonov K.E. On thermodynamic effects associated with marine oil spillages under low temperatures. // 1999. Proceedings of the International Conference on Port and Ocean Engineering under Arctic Conditions, POAC-1999. – Pp.820.

Sazonov K.E. Indirect methods for determining the ice forces and moment acting on a maneuvering vessel // Problems of seaworthiness of ships and ship hydromechanics (XXXIX Krylov Readings): Proceedings of the Conf. – 1999.

Lobachev M.P., Sazonov K.E. On the scale effect that occurs when modeling the process of ascent of ice fragments submerged by the ship's hull // Problems of seaworthiness of ships and ship hydromechanics (XXXIX Krylov Readings): Proceedings of the Conf. – 1999.

Sazonov K.E., Popov P.V. Some results of studies on oil spillage behavior in ice. // 1998 Ice in surface waters: proceedings of the 14th international symposium on ice, New York, 27-31 July 1998. – Vol. 1. - Pp.427.

Bitsulya A.V., Sazonov K.E. Theoretical and experimental studies of the closure of the ice channel behind the production platform under compression conditions // Development of the shelf of the Arctic seas of Russia: Works of Conf. - St. Petersburg. - 1998. - Part 1.

Sazonov K.E. Numerical determination of ship's agility in ice conditions. Second International Conf. on shipbuilding (November 24-26, 1998): Proceedings of Conf. - 1998. - Section B.

Sazonov K.E. Positioning of mining turret vessel in ice conditions. // Development of the Shelf of the Arctic Seas of Russia (RAO-97): Third Intern. conf. (St. Petersburg, 23–26 September 1997): Proceedings of Conf. - St. Petersburg - 1997.

Bitsulya A.V., Sazonov K.E. Theoretical and experimental studies of the closure of the ice channel behind the mining platform under conditions of ice compression. conf. (St. Petersburg, 23–26 September 1997): Proceedings of Conf. - St. Petersburg -1997.

Dmitriev D.S. , Sazonov K.E. Experimental study of the controllability of the "icebreaker-non-self-propelled vessel" system in the hydrodynamic and ice basins // Problems of seaworthiness of ships and ship hydromechanics (Krylov readings 1997): Proceedings of the Conf. - St. Petersburg - 1997.

Sazonov K.E. Controllability of a vessel moving in ice under the influence of wind // Problems of seaworthiness of ships and ship hydromechanics (Krylov readings 1997): Proceedings of the Conf. - St. Petersburg - 1997.

Sazonov, K.E. Icebreaker piercing into the edge of the ice channel // Problems of seaworthiness of ships and ship hydromechanics (Krylov readings 1997): Proceedings of the Conf. - St. Petersburg - 1997.

Alekseev Yu.N., Sazonov K.E. An Investigation into the Effects of Ice Cover Parameters upon Ship Resistance. 1994 Proc. Int. Conf. polartech.

Alekseev Yu.N., Belijashov V.A., Sazonov K.E. Hydrodynamic Problems of Propellers for Icebreaking Ships. Proceedings of the International Conference on Port and Ocean Engineering under Arctic Conditions, POAC-1993.

Alekseev Yu.N., Sazonov K.E. A Method for Ship Level Ice Resistance Computation. Proceedings of the International Conference on Port and Ocean Engineering under Arctic Conditions, POAC-1993.

Sazonov K.E. Estimation of the critical number of cavitation of the “propeller-guide nozzle” complex of ice-going ships in motion modes close to mooring // Problems of improving integrated methods for predicting the seaworthiness of ships and means of ocean development (Krylov readings 1993): Proceedings of the Conf. - St. Petersburg - 1993.

Sazonov K.E. Probabilistic assessment of ice load on engineering structures based on normative calculation formulas // Problems of improving integrated methods for predicting the seaworthiness of ships and means of ocean development (Krylov readings 1993): Proceedings of the Conf. - St. Petersburg - 1993.

Sazonov K.E. Approximate model of loss of stability of the ice field in front of an engineering structure // Problems of improving integrated methods for predicting the seaworthiness of ships and means of ocean development (Krylov readings 1993): Proceedings of the Conf. - St. Petersburg - 1993.

Alekseev Yu.N., Sazonov K.E. Calculation of vertical oscillations of an icebreaker when moving in continuous even ice // Methods of forecasting and ways to improve the seaworthiness of ships and means of ocean development (XXXV Krylov readings 1991): Proceedings of the Conf. - St. Petersburg - 1991.

Sazonov K.E. Mathematical model of the dynamics of the movement of the icebreaker-transport ship coupler, operating in the "tandem" way. Methods of forecasting and ways to improve the seaworthiness of ships and means of ocean development (XXXV Krylov Readings 1991): Proceedings of the Conf. - St. Petersburg - 1991.

Alekseev Yu.N., Belijashov V.A., Sazonov K.E., Starovoitov O.M. New aspects of ice/structure interaction problems. A 1991 Proceedings of the First International Offshore and Polar Engineering Conference. – P.p. 515.

Department of Administrative and Financial Law

Peoples' Friendship University of Russia

V.E. Sazonov

Public private partnership
Civil-law, administrative-legal and financial-legal aspects

Moscow

2012
UDC 347.4; 347.2; 347.3; 342.95; 346; 346.22; 346.26
Scientific Reviewers:

Professor of the Department of Legal Support of the State

and municipal service of the International Institute of Public Service and Management of the Russian Academy of National Economy

and public service under the President of the Russian Federation,

Doctor of Law

Ponkin Igor Vladislavovich
first deputy chief

Contractual and Legal Department of the Ministry of Internal Affairs of Russia

Doctor of Law

Berzin Vladimir Alexandrovich
Doctor of Economics, Professor

Mikhnevich Alexey Viktorovich

Sazonov V.E. Public-Private Partnership: Civil Law, Administrative Law and Financial Legal Aspects / Department of Administrative and Financial Law of the Peoples' Friendship University of Russia / Foreword. Doctor of Law, Prof. A.B. Zelentsova. - M., 2012. - 492 p.
ISBN 978-5-906069-31-3
The scientific monograph is devoted to the issues of the legal nature, features of legal support, forms, mechanisms, advantages, disadvantages and prospects for the development of public-private partnerships in 50 countries of the world, including Russia. A detailed comprehensive analysis of the experience of legal support and implementation of public-private partnerships in 25 foreign countries (Australia, Austria, Azerbaijan, Argentina, Belgium, Brazil, Great Britain, Germany, Denmark, Ireland, Spain, Italy, Canada, China, Mexico, the Netherlands, New Zealand, Peru, Portugal, USA, France, Chile, Switzerland, South Africa, Japan). The experience of 24 foreign states - Belarus, Guatemala, Honduras, Greece, Egypt, Zambia, Kazakhstan, Kenya, Colombia, Kyrgyzstan, Latvia, Mauritius, Malta, Pakistan, Poland, Romania, Serbia, Slovenia, Tanzania, Ukraine, Uruguay, Croatia, Czech Republic, South Korea.

The publication is intended for researchers, teachers, graduate students, students of law and economic universities, managers and employees of commercial organizations, state and municipal governments, as well as for everyone who is interested in public-private partnerships.

© Sazonov V.E., 2010, 2012

© Buki Vedi LLC, 2012

Cover design - Editus LLC

Foreword
As a result of the meeting of the International Advisory Council on the creation and development of an international financial center, held on October 28, 2011, the Government of the Russian Federation, together with the Government of Moscow, was instructed to submit proposals for amending the legislation of the Russian Federation and the legislation of the city of Moscow in order to develop public-private partnership . The Government of the Russian Federation is currently developing a draft federal law aimed, among other things, at expanding the possible forms of project implementation on the principles of public-private partnership 1 . Until April 1, 2012, it was instructed to implement a number of measures to "improve the mechanism of budget investment carried out within the framework of public-private partnership through the Investment Fund of the Russian Federation, while paying special attention to the development of a list of criteria for selecting projects financed from the Fund's funds, the implementation of which should stimulate economic growth of Russian regions” 2 .

The smoldering global financial crisis causes a steady trend of reducing the budgetary possibilities not only of Russia, but of any state in the world in general against the backdrop of ever more progressive service and infrastructure needs of the population and business entities.

The process of urbanization in Russia, leading to the enlargement of megacities, is a reality today. Socio-economic development of the “new” Moscow (territories attached to it from the south and south-west), solving the eternal problem of the transport and infrastructure crisis, which is already associated with a clear collapse, bringing the Sochi Olympic sports infrastructure to perfection by 2014 and the Kazan Universiade sports infrastructure by 2013, the creation/modernization of sports infrastructures for holding the 2016 Ice Hockey and 2018 World Football Championships in Russia, ending the isolation of the Russian eastern regions from the rest of the country and the proper economic development of these regions, which is the key to maintaining the sovereignty and territorial integrity of the country , the implementation of many other large-scale, national-level projects - it is unrealistic to implement all this today only at the expense of budgetary resources alone. It can be said that the state forced attract the potential of the private sector to such projects. And we can say, and it will be, in our opinion, more methodologically true, that, based on the principle of democracy, the principle of the state-public nature of management in a number of areas of social relations (education, culture, healthcare, etc.), the principle of social justice , state must involve the potential of the private sector in the implementation, provision and protection of public interests.

Public-private partnership is an objectively determined trend of modern economic development. A lot of scientific monographs, dissertations, a great many scientific articles and journalistic materials, without counting news reports, have already been devoted to various aspects of public-private partnership. But in this sea of ​​opinions and information it is extremely difficult to navigate. Firstly, there are not so many really bright and fundamental scientific studies that put everything on the shelves, and in mediocre works you just “drown”. Secondly, many scientific “copies” have already been broken around this topic, but the discovery of “truth” is still too far away.

Coming out into the light with the approval of the Department of Administrative and Financial Law of the Peoples' Friendship University of Russia The scientific monograph by Vsevolod Sazonov “Public-Private Partnership: Civil Law, Administrative Law and Financial Law Aspects” fully meets the criteria for the quality of scientific research. The work is very relevant and, most importantly, it stands out significantly against the general background of existing works on this topic with its high scientific qualities, the extent of coverage and understanding of normative material and scientific sources.

In the presence of some shortcomings and debatable points, which no serious scientific research is devoid of, Vsevolod Sazonov's monograph has an undeniable scientific novelty and practical significance.

The presented scientific monograph by Vsevolod Sazonov is, first of all, a large comparative legal study, which has no analogues on the stated topic in Russia, and if there is, then there are few abroad.

Comparative legal research has always been considered in legal science, if not "aerobatics", then, in any case, an occupation that requires very considerable composure, painstaking and especially conscientiousness. As Otto Kon-Freud wrote, “the use of the comparative method requires knowledge not only of a foreign language, but also of the social, and above all political, context. The use of comparative law for practical purposes is wrong if it is carried out exclusively in the spirit of legalism, which ignores this context of law.

The topic of public-private partnership in this sense is burdened with particular complexity. In order to develop this topic at the proper scientific level, one should have excellent knowledge of administrative law, financial law, civil law, tax law, and one must also have deep knowledge of the general theory of law and economics. But even the most biased acquaintance with the work of Vsevolod Sazonov forces us to recognize the author's claim to serious knowledge in these scientific areas as justified.

Studies of foreign experience of public-private partnership are not new for domestic research on this topic. But at best, such works are a deep study of the experience of a maximum of one or two states. And in the absolute majority of cases, free retellings of foreign reviews of low quality are given, often based on outdated editions of regulations, without referring to original sources, without analyzing current regulations. Vsevolod Sazonov, from the standpoint of civil law, administrative law and financial law, seeks to explore foreign experience precisely on the basis of foreign sources, primarily normative ones, referring to their current versions, giving them an almost article-by-article analysis. Based on primary sources in original languages, this monograph analyzes in detail the features of the formation, development and current state of legal support and implementation of public-private partnerships in a significant number of foreign countries, including: Australia, Austria, Argentina, Belgium, Brazil, Great Britain, Germany , Denmark, Ireland, Spain, Italy, Canada, Mexico, Netherlands, New Zealand, Portugal, USA, France, Chile, Switzerland, Japan and many others. Such a view of the problem is worth a lot.

Scientific fundamentality of the monographic research, a wide range of research methods involved, the author's definitions of basic concepts with scientific depth, author's scientific concepts and classifications, long series of vivid examples, coherent logical calculations, unique and interesting scientific material presented in the monograph, innovative, moreover, completely adequate and convincingly substantiated, author's approaches - all this makes this publication very worthy, capable of arousing significant interest among professionals and of high scientific value for administrative law, financial law and civil law.
Zelentsov Alexander Borisovich ,

Doctor of Law, Head of the Department of Administrative and Financial Law of the Faculty of Law, Peoples' Friendship University of Russia, Professor

Introduction
The current state of an increasingly globalized world economy with new challenges determines the need for government bodies and municipal government bodies of many states to increasingly act in new roles for themselves, develop new models of both their own activities and interaction with other subjects of the economic sphere, look for more efficient forms of public service delivery in conditions of limited resources.

The low level of quality and underdevelopment of the housing and communal services infrastructure 3 , transport, telecommunications and other infrastructures are currently a significant barrier to the economic growth of our country.

At present, when the economic crisis has gripped many countries, the Russian state is forced to exert even greater influence in many sectors of the economy, but in the face of a reduction in the state's financial resources, its ability to implement long-term projects is significantly reduced. This circumstance requires the search and implementation of new forms of cooperation between the state and private economic entities - public-private partnership mechanisms 4 (Spanish - Colaboración público-privada or Asociación público-privada; English - Public-Private Partnership; French - Partenariat public- privé; German - Öffentlich-Private Partnerschaft; Italian - Partenariato Pubblico Privato; Danish - Offentlig-Private Partnerskaber).

The importance and even the need to use public-private partnership mechanisms is largely due to state budget crises, manifested in a lack of financial resources in the face of, on the one hand, an increase in the size of public debt and, on the other hand, an increase in public needs in the field of infrastructure support.

Public-private partnership projects in its various forms are actively gaining popularity in many countries as a tool for creating new infrastructure facilities, providing infrastructure and other public services, and for organizing public works.

At the same time, public-private partnership is not a new invention of today or the last 30 years. Despite the fact that this phenomenon has been presented in recent decades as a kind of invention, a real innovation at the international and national levels (primarily as a tool for infrastructure development), in reality, cooperation between the public and private sectors to create, provide and manage infrastructure, especially transport, has a long tradition in many countries of the world. The history of public-private partnership projects in Brazil, Spain, Italy, Mexico, the USA, France, and a number of other countries dates back several centuries.

In 19th-century Russia, the experience of using a concession was known. In 1836, Emperor Nicholas I granted a concession for the construction of a railway line from St. Petersburg to Tsarskoye Selo to Franz Anton von Gerstner. For the implementation of this project, the state allocated land plots free of charge and provided guarantees 5 .

The French author Xavier Besancon published a book in 2004 with a self-explanatory title - "2000 years of public-private partnerships for the construction of systems and public facilities" 6 . And, it must be admitted, his arguments in support of his thesis, reflected in the title of the book, are quite reasonable.

In the very first approximation, public-private partnership is a general concept that refers to a set of mechanisms for attracting resources, financial and organizational capabilities and efforts of the private sector by public authorities in the public interest 7 (that is, to achieve certain public goals) and covering a wide range of mutually beneficial commercial and organizational relations between the public (state, municipal) and private sectors, based on joint efforts to achieve the desired results for the public service sector (construction, renovation and operation of infrastructure facilities, provision of services, management). This concept is often used as a general term for a generalized designation of a number of agreements between the public sector and private organizations, but such a use of this concept is not entirely correct, since this mixes public-private partnership as a special form of interaction between the state and the private sector, which has a corresponding special content, with all other diverse forms of cooperation of these parties.

In Russia, not only the tasks of introducing and developing public-private partnership mechanisms and their legal support, which have already been declared as priority tasks by state leaders 8 , are being updated, but also the task of creating models (and methods) for recording and measuring the results and evaluating the effectiveness of public private partnership, in particular, assessing the effectiveness of the capital structure in public-private partnerships 9 , developing and implementing mechanisms to prevent some of the negative aspects that foreign states encountered when implementing public-private partnership schemes.

The Budget Message of the President of the Russian Federation on Budget Policy in 2011-2013 stated that “the state should not replace the private sector or choose promising areas of development for it ... The preferred form of support should be co-financing of certain projects or stimulating activities that contribute to modernization , within the framework of a public-private partnership. It is necessary to improve the efficiency of the use of public investments. Along with the tasks for which the state is fully responsible, they should become a catalyst for investing private sector funds in those areas and projects where, along with the use of budgetary funds, it is possible and expedient to attract extrabudgetary resources. At the same time, it is worth using the mechanisms of public-private partnership more intensively. " 10 .

At a press conference following the results of the APEC forum, President of the Russian Federation V.V. Putin noted that "among the achievements of APEC in 2012 are the implementation of initiatives that ensure closer interaction between the government and business, the formation of public-private partnerships on policy issues ... We are expanding infrastructure opportunities" 11 .

With the ever more active and large-scale use of public-private partnership mechanisms for the implementation of service-infrastructure and related security goals, the institution of public-private partnership, the issues of its legal support and implementation are becoming the object of close attention in the scientific monographic and scientific literature. , in dissertation research, in official reports and speeches.

The relevance of this study is also determined by today's discussions regarding the directions of the country's economic development, including the draft state program "Development of foreign economic activity" 12 , the draft state program "Federal property management" (for the period 2013-2015) 13 and a number of other projects of official program documents.

The need to adopt a federal law “On Public-Private Partnerships” is being discussed, and the relevant draft law has been posted for discussion on the website of the Ministry of Economic Development of Russia 14 .

The study of public-private partnership in a broad sense is also being updated in connection with the proposals of the Russian Ministry of Justice to legislate such organizational and legal forms as “state-public associations” and “public-state associations” 15 .

The topic of public-private partnership (both in general and in its individual segments) can hardly be called little studied, a great many works are devoted to it.

Sazonov Evgeniy Yurievich(born September 27, 1936, Leningrad, RSFSR, USSR) - theater director, teacher, artistic director of the Theater of Youth Creativity (TYuT).

Biography

Evgeny Sazonov was born in Leningrad in 1936.

By the first education, a pediatrician. Evgeny Sazonov graduated from St. Petersburg State Pediatric Medical University and worked as a pediatrician for several years.

In 1951, he entered the drama circle with Matvey Grigoryevich Dubrovin, which determined his subsequent life and creative path.

He graduated from the B. V. Shchukin Theater School with a degree in drama director under Boris Evgenievich Zakhava.

Since 1974 (since the death of the founder of the Theater of Youth Creativity (TYUT) Matvey Dubrovin) has been the artistic director of TYUT.

Head of the project "The Future of Theater Education".

Among the students of E. Yu. Sazonov, pupils of TYuT are Nikolay Fomenko, Igor Gordin, Alexey Devotchenko, Oleg Dmitriev, Andrey Zibrov, Vladimir Bogdanov, Oleg Kulikovich, directors Vadim Fisson and Mikhail Chernyak, screenwriter Vladimir Vardunas, composer Vladislav Panchenko, lighting designers Evgeny Ganzburg and Gleb Filshtinsky and many other theater workers and people of various professions.

Laureate of the "Golden Soffit" award (2016) - a gold badge "For many years of selfless work to educate new theatrical generations for the Russian theater."

Performances and productions by E. Yu. Sazonov

• R. Katz, E. Sazonov "LONG RANGE TRAIN"
• E. Sazonov "TIMUR STAYS ON THE BRIDGE", production by E. Sazonov
• R. Katz, E. Sazonov "THREE SPOES FOR THREE"
• R. Katz "TILI-TILI-TESTO", production by E. Sazonov
• M. Svetlov "20 YEARS LATER", production by E. Sazonov
• R. Katz "WE ALL AND THE BULLDOZER", production by E. Sazonov
• E. Schwartz "LENINGRADERS", production by E. Sazonov
• A. Vampilov "OLD SON", production by E. Sazonov
• E. Sazonov "MAXIM", production by E. Sazonov
• E. Sazonov "THE MILLION VISITOR", production by E. Sazonov
• R. Katz "GARDEN", ​​production by E. Sazonov
• A. Arbuzov "THE CITY AT DAWN", production by E. Sazonov
• A. Khmelik "Yet SHE SPINS OR A HUMANOID RUNS IN THE SKY", staged by E. Sazonov
• G. Polonsky "ORDINARY TALE", production by E. Sazonov
• E. Sazonov "IVAN, IVAN'S GRANDSON", production by E. Sazonov
• E. Sazonov "AFANASIEVA, STEP FORWARD", production by E. Sazonov
• E. Sazonov "MARSHAK SQUARE", production by E. Sazonov
• R. Katz "SCENES AT THE PUSHKIN HOUSE", production by E. Sazonov
• R. Bradbury "FAHRENHEIT 451", production by E. Sazonov
• A. de Saint-Exupery "THE LITTLE PRINCE", production by E. Sazonov
• A. Lindgren "RONI, THE ROBERT'S DAUGHTER", production by E. Sazonov
• W. Shakespeare "ROMEO AND JULIET", production by E. Sazonov
• E. Rostand "CYRANO DE BERGERAC", production by E. Sazonov
• A. Lindgren "PEPPY LONG STOCKING", production by E. Sazonov
• A. Chekhov "UNCLE VANYA", production by E. Sazonov
• A. Volodin "LIZARD", production by E. Sazonov
• A. Averchenko "END OF LOVE", production by E. Sazonov
• W. Shakespeare "HAMLET", production by E. Sazonov
• S. Mrozhek "PORTRAIT", production by E. Sazonov

Literature

• Sazonov E. Yu. “City of Masters: From the experience of the Theater of Youth Creativity of the Leningrad Order of the Red Banner of Labor of the Palace of Pioneers. A. A. Zhdanov "- M .: Pedagogy, 1984, 129 p.
• Sazonov E. Yu. "Particles of the whole" - Publisher: Baltic Seasons, 2011, 486 p. - ISBN 978-5-903368-60-0
• Theater of Youth Creativity - Pedagogical magazine "Rakurs" No. 25, St. Petersburg: GOU "SPbGDTYu" 2006. - 76 p. - ISBN 5-88494-061-0

Links

• TV channel "Saint Petersburg": 75 years of Yevgeny Sazonov
• Theater of Youth Creativity in St. Petersburg Palace of Youth Creativity
• Life is long in TYUT
• Theater of Youth Creativity
• Pedagogy of culture: I teach theater