National Research Nuclear University “MEPhI” (Moscow Engineering Physics Institute), Moscow, Russia:

A. G. Vorobev, Head of a Chair “Economics”

D. V. Timokhin, Deputy Head of a Chair “Economics”, e-mail: dtprepod@ya.ru

M. V. Bugaenko, Senior Lecturer

G. I. Popova, Senior Lecturer

This article describes the ways of improving the functioning of the state corporation “Rosatom” by the usage of more efficient forms of cooperation between its individual companies. A matrix model of the possible results of Rosatom activity is offered, explaining the lack of efficiency of existing forms of relationships between individual enterprises of the state corporation. A graphical interpretation of discounted flows of income and costs of innovative activity is offered for both an individual Rosatom company, and for the whole state corporation when using the existing forms of cooperation. The cost optimization problem for production and innovation processes becomes especially urgent in economic crisis conditions, caused by the system problems of national economy, and necessity of reconstruction of economic relationships. The basic advantage of the “economic cross” method is concluded in the absence of big additional costs for its introduction. Besides, the use of this method allows to define the innovation solutions, making possible to optimize the technological and industrial processes according to the payback periods. There are defined the reasons, which make difficult the forecasting process and implementation of investment projects by individual innovation state corporation structures in the interests of both the state-owned corporation (as a whole) and the national innovation economy. The results of the analysis offered the model of implementation of innovative solutions in the ramework of sustainable development of the state corporation “Rosatom”, implemented within the “economic cross” concept.

1. Itogi deyatelnosti Gosudarstvennoy korporatsii po atomnoy energii “Rosatom” : publichnyy godovoy otchet – 2013 (Results of the State Corporation “Rosatom” activity : annual public report – 2013). Available at: http://www.rosatom.ru/resources/4691a78045da51aaab41ffd203d7ee18/GO+ROSATOM+2013.pdf (accessed: February 02, 2016). (in Russian)

2. Kovalevskiy A. Rosatom segodnya. Kak sdat sessiyu (Rosatom today. How to carry out the session). Strana Rosatom = Country Rosatom. 2013. December, No. 45 (125).

3. Dorozhnyy detektor lzhi (Road lie detector). Vestnik atomproma = Rosatom newsletter. 2013. No. 7. pp. 24–29. (in Russian)

4. Istratova O. Vzaimnaya energeticheskaya podpitka (Mutual energetic injection). Korporativnaya gazeta MAYAK = Corporate newspaper MAYAK. 2014. April 21, No. 8 (3564).

5. Karavaev I. A. Strategiya razvitiya gosudarstvennoy korporatsii “Rosatom” do 2030 goda (Development strategy of the state corporation “Rosatom” till 2030). Atomekspo – 2012 : trudy konferentsii (Atomekspo – 2012 : conference proceedings). 2012. Available at: http://2012.atomexpo. ru/mediafiles/u/files/Present2012/Karavaev.pdf (accessed: February 02, 2016).

6. Upravlyaemyy proryv. Perspektiva razvitiya Rosatoma do 2030 goda (Controlled breakthrough. Development prospect of Rosatom till 2030). Vestnik atomproma = Rosatom newsletter. 2011. No. 11. pp. 8–17. (in Russian)

7. Available at: http://www.rosatom.ru/journalist/interview/c5f9ec804262f6e99c6fbff8cdbbcb96 (accessed: February 02, 2016). (in Russian)

8. Krivit S. B. Low energy nuclear reaction research — Global Scenario. Current Sciense. 2008. Vol. 94, No. 7. pp. 854–857.

9. Vorobev A. G., Timokhin D. V., Ivanova M. S., Popova G. I., Serebryannaya L. S. Innovatizatsiya kak instrument preodoleniya konkurentnogo otstavaniya otechestvennoy metallurgii ot razvivayushchikhsya stran (Innovatization as an instrument of overcoming of competitive lagging of Russian metallurgy from the developing countries). Tsvetnye Metally = Non-ferrous metals. 2014. No. 8. pp. 8–13.

10. Status Report on Spent Fuel Pools under Loss-of-Cooling and Loss-ofCoolant Accident Conditions. Nuclear energy agency; Committee on the safety of nuclear installations. 2015. 04 May, Vol. 2. Available at: http://www.oecd-nea. org/nsd/docs/2015/csni-r2015-2.pdf (accessed: February 02, 2016).

11. Martin Sewell. Emotions Help Solve the Prisoner’s Dilemma. Behavioural Finance Working Group Conference Fairness, Trust and Emotions in Finance. London, 1–2 July 2010.

12. Vorobyev A. G., Putilov A. V., Timokhin D. V., Bugaenko M. V., Timokhin D. V. Methods of improvement of forecasting of development of mineral deposits' power supply. Metallurgical and Materials Engineering. 2015. No. 1.

13. Putilov A. V., Timokhin D. V., Razorenov M. Yu. Primer ispolzovaniya metoda “ekonomicheskogo kresta” v raschetakh po innovatsionnomu yadernomu toplivu dlya atomnoy energetiki (Example of the use of “economic cross” method in calculations of innovation nuclear fuel for atomic energy). Sbornik tezisov devyatoy mezhdunarodnoy nauchno-prakticheskoy konferentsii “Bezopasnost, effektivnost i ekonomika atomnoy energii” (Collection of thesis of the ninth international scientific-practical conference “Safety, efficiency and economics of atomic energy”). Moscow, 2014.

14. Litvinenko I. L. Regionalnaya innovatsionnaya sistema: organizatsionnyy aspekt (Regional innovation system : organization aspect). Initsiativy XXI veka = Initiatives of the XXI century. 2013. No. 3. pp. 4–7.