"Quality and Life" № 2(10) 2016



Main theme: 
Quality management in engineering. The quality of life in the regions


Release date: 
14.06.2016

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Quality management

Evaluating and selecting a layout decision in the design of pump equipment for nuclear facilities taking into account the competence of the experts

G.S. Vinogradova, postgraduate student of Baltic State Technical University "VOENMEX" of D.F.Ustinov; Saint-Petersburg
A.V. Markov, doctor of technical sciences, the head of chair I2 of Baltic State Technical University "Voenmeh" of D.F.Ustinov; Saint-Petersburg
 
One of the key changes of ISO 9001-2015 the use of risk-based thinking to the processes of the quality management system (QMS) and QMS as a whole. The article discusses the application of risk-based thinking to the design process. The process of selecting the optimum layout decision of several possible options at the initial design stage, often in the absence of prototypes and statistics data, is the source of risk. The purpose of the design process - the approval decision of the optimum layout of equipment for further development of the design. The most significant risk in the design process at the initial design stage of the equipment – this statement is non-optimal layout solutions. It is proposed to carry out the risk management approval of non-optimal layout solutions at the design stage of the equipment by the method of expert evaluation. For each parameter, influencing the choice of layout solutions, conduct peer review.
There are various methods of processing expert assessments, analysis has shown that the evaluation of pumping equipment design results for nuclear facilities the best in terms of accuracy, the complexity and time-consuming method is the weighted average expert assessments. On the basis of this method, the technique of choosing the optimal layout decision of several options in the design of new equipment. The methodology applied method of calculation taking into account the associated ranks with expert assessments. The offered technique of processing of expert assessments aimed at obtaining reliable and objective assessment of the design of the new equipment at the initial design stage. To implement the proposed methodology developed a calculation program
 
Keywords: quality management system, the risk-oriented thinking, nuclear facilities, space arrangement, expert evaluation, ranking, Kendall coefficient.
 
References
1. National standard of Russian Federation. ISO 9001:2015 Quality management systems – Requirements. Moscow. Standartinform. 2015.
2. Harrington J. Quality management in USA corporations. Moscow. Economics. 1990.
3. Martemyanov Yu.F., Lazareva T.Ya. Expert methods of decision-making. Tambov Publishing house TGTU. 2010. 41 p.
4. Hamhanova D.N. The basics of qualimetry. Ulan-Ude. ESSTU Publisher. 2003. 142 p.
5. Azgaldov G.G. Theory and practice of assessing the quality of the goods. Fundamentals of quality control. Moscow. Economics. 1982.
6. GOST 23554.1-79. Expert assessment methods of industrial products quality. Organization and conducting of expert estimation of the quality of the products. Moscow. State Committee of standards. 1979. 28 p.
7. Ivanishev G. Priori ranking factors. Khabarovsk. Publishing house TOGA. 2013. 10 p.
8. Kendal M. Rank correlation. Moscow. Statistics. 1974. 214 p.
 

Quality management system of test laboratory at carrying out of certified tests. Identification of electronic componential base

P.V. Grudzinskiy, graduate student of the MSTU MIREA; Moscow
 
The order of carrying out identification of electronic component base in testing laboratory is considered. Methods of identification of electronic component base taking into account their tasks and specifics are stated. Optimum lists of documents and types of procedures necessary for identification of electronic component base are provided in testing laboratory.
 
Keywords: identification, certified tests, testing laboratory, electronic component base, quality management system.
 
References
1. Afanasev M.S., Grodzenskij S.Ya., Grudzinsky P.V. Sistem of a quality management of test laboratory at carrying out of certified tests of electro-radio of products. Works of International scientifically-practical conference «Innovative information technologies» (I2T) (Prague, April 2013г.). V. 2. pp. 174-177.
2. GOST R 51293-99. Production Identification. General provisions.
3. Gatsenko V.P, Kuznetsov V.V., Alekseev O.P, Grudzinsky P.V. Order of documenting and the account of a turn and quality of production at carrying out of certified tests of electronic componental base. Quality and a life. No 1(5) 2015.  pp. 43-48.
4. Ageev A.V. Estimation of a choice of suppliers of production. The Economic analysis: the theory and practice. No 21. 2007. pp. 42-47.
5. Sharaev H. Work with suppliers by definition and introduction of key characteristics according to requirement of ISO / TS.  Certification. No 1.  2008.  pp. 18-19. 
6. GOST RM 0015-002-2012 SWSM MT. Systems of quality management. Moscow. Standartinform. 2012. 42 p. 
7. GOST ISО 9001-2011. Systems of a quality management. Requirements. Moscow. Standartinform. 2012. 36 p.
8. GOST R ISO/MEK 17025 - 2009. The General requirements to competence test and laboratories. Moscow. Standartinform. 2007. 31 p.
9. GOST 2.601-2006. Uniform system of the design documentation. Operational documents.  Moscow. Standartinform. 2007. 36 p.
10. GOST RM 0002-601-2008. Uniform system of the design documentation. The military technics. Operational documents. Мoscow. Standartinform. 2009. 15 p.
11. GOST RM 20 CMSQ. Products of electronic technics, quantum electronics and electrotechnical military-oriented. System of mutual relations the supplier-consumer (customer). Substantive provisions. Moscow. IPK Standards Publishing House. 1997. 34 p.

Quality management system of test laboratory which is carrying out certified tests. Statement of problem. Management of inappropriate production

P.V. Grudzinskiy, graduate student of the MSTU “MIREA”; Moscow
 
The order of interaction of divisions of testing laboratory is considered during the work with the production which isn't conforming to requirements of the Customer and hasn't passed certified researches. Definite purposes of works on management inappropriate products.
 
Keywords: certified tests, testing laboratory, electronic component base, inappropriate production, quality management system, procedure.
 
References
1. Afanasyev M.S., Grodzensky S.Ya., Grudzinsky P.V. Quality management system of testing laboratory when carrying out certified tests of electro-radio products. Works of the International scientific and practical conference "Innovative Information Technologies" (I2T) (Prague, April, 2013). V. 2. pp. 174-177.
2. Barabanov S. World trade by arms and military equipment. World economy and international relations. No. 4. 1998.
3. Golubkov E.P. Current trends of development of marketing. Marketing in Russia and abroad. No 1. 2004. pp. 3-18.
4. Dayle A. Practice of controlling. Moscow. Finance and statistics. 2001. 190 p.
5. Erokhin V.M. Features of marketing of arms and military equipment. Military thought. No. 8. 1994. pp. 61-70. 
6. Sobolkova A.A. Economy, management and account at the enterprise. Problems of modern economy, No. 3(27) 2008. 
7. Filatova O.V. Economy and organization of the enterprise. Business management. Society: policy, economy, right. No. 2. 2012.
8. GOST RM 20.57.411-97 KSKK. Products of electronic equipment, quantum electronics and electrotechnical military. Organization of works on certification of quality systems and productions.
9. GOST RM 20.57.417-97 KSKK. Products of electronic equipment, quantum electronics and electrotechnical military. System of relationship supplier consumer (customer). Basic provisions.

Problems of quality management of metallurgical agglomerate on the basis of results of operational X-ray fluorescent analyses

M.Yu. Ryabchikov, candidate of technical sciences, associate professor at the Department of Automated Control Systems of FGBOU VPO “Magnitogorsk State Technical University”; Magnitogorsk
V.V. Grebennikova, senior lecturer at the Department of Automated Control Systems of FGBOU VPO “Magnitogorsk State Technical University”; Magnitogorsk 
E.S. Ryabchikova, candidate of technical sciences, senior lecturer at the Department of Automated Control Systems of FGBOU VPO “Magnitogorsk State Technical University”; Magnitogorsk
N.V. Bogdanov, undergraduate at the Department of Automated Control Systems of FGBOU VPO “Magnitogorsk State Technical University”; Magnitogorsk
 
In article the assessment of suitability of these X-ray fluorescent analyses as means of an operating control of properties of the agglomerated iron ore mix (IOM) for the purpose of the organization of management of qualitative characteristics of the made agglomerate is carried out. Parameters of indignations are determined by a chemical composition of IOM, and also the group of her components, proceeding from a community of ranges, for the purpose of an assessment of genetic accessory of raw materials to conditions of JSC MMK is executed.
 
Keywords: X-ray fluorescent analysis; iron ore mix; genetic accessory of raw materials; quality of metallurgical agglomerate; operational management.
 
References
1. Stolyarov V.F., Konovalov N.M., Morozov V.V. System of an operating control of content of metals and density of a pulp in a stream. The 3rd congress of dressers of the CIS countries. 2001. MISiS. pp. 201-202.
2. Volkov A.I., Alov N.V. A way of the continuous contactless X-ray fluorescent analysis directly in a stream of loose and solid materials. Stalemate. 2392608 Russian Federation. MPK G01N23/00. Statement 08.07.2009. It is published 6.20.2010.
3. Volkov A.I., Alov N.V., Ishmetyev E.N., etc. The automated system of the continuous X-ray fluorescent analysis bulks. Collection of theses of the exhibition of innovative projects devoted to the 50 anniversary of chemical faculty. Moscow. MSU. 2009.
4. Ryabchikov M.Yu., Grebennikova V.V. Modeling of complex influence of production factors on the mechanical durability of metallurgical agglomerate. Metallurgist. No. 4. 2013. pp. 40-47.
5. Ryabchikov M.Yu., Grebennikova V.V., Ryabchikova E.S. Quality control of metallurgical agglomerate with use of model of recoverability. Steel. No. 2. 2014. pp. 4-8.
6. The state register of measuring instruments - online viewing of registers of SI, the State registry of means of measurements. Available at: http://reestrsi.ru.
7. Volkov A.I. The X-ray fluorescent analysis of iron ore mixes directly in technological a stream. Thesis... Candidate of Technical Sciences: 02.00.02. Moscow. 2011. 177 p.
8. Ishmetyev E.N., Romanenko A.V., Usherov A.I., etc. A production and analytical complex for continuous measurement of a chemical composition of materials in a stream in the conditions of the metallurgical and mining industry. Informatization and control systems in the industry. No 1(37) 2012. Available at:  http://isup.ru/articles/5/1467/. 
9. An electronic resource with documentation from Software Group of the European Synchrotron Radiation Facility. Available at:  http://pymca.sourceforge.net/documentation.html
10. Mansurova N.R. Influence of genesis and basicity of furnace charge on mineralogical structure and metallurgical properties of agglomerate. Thesis... Candidate of technical sciences: 05.16.02. Moscow. 2007. 132 p.

 

Methods of technological forecasting in innovative manufacturing processes

V.K. Fedorov, doctor of technical sciences, professor, head of chair "Management of innovations" of Moscow aviation institute (NRU), full member of Academy of quality problems; Moscow
e-mail: post@mati.ru
A.V. Lutsenko, candidate of technical sciences, associate professor "Management of innovations" of the Moscow aviation institute (NIU), chief OASUP of JSC NPO LEMZ; Moscow
S.V. Sergeev, graduate student of Management of Innovations department of the Moscow aviation institute (NIU), chief of SPKB JSC NPO LEMZ; Moscow
D.A. Rizhov, graduate student of Management of Innovations department of the Moscow aviation institute (NIU), chief of design department of experimental design bureau of JSC NPO LEMZ; Moscow
 
In article methods of technological forecasting as main tool of an analytical assessment of innovative development are considered. Classification of methods by qualitative, quantitative and temporary signs is given.
 
Keywords: technological forecasting, forecasting methods, innovatics, method of the commissions, morphological method, method of "brainstorming", method of "tree of the purposes", method of "tree of events", methods of expert estimates, Delfi method
 
References
1. YaNCh Erich. Forecasting of scientific and technical process. Prod. "Progress". Moscow. 1970.
2. Evseenko A.V., Untura G.A. Obstacles and risks in implementation of innovations in modern economy of the large region. Science of science. No. 4. 2003. pp. 61-78.


Mechanical engineering and engineering science

System of the description of characteristic parameters of a condition of objects and its communication with the consolidated information on objects

T.A. Chernova, professor of department of "Electronic engineer and information scientist" Moscow aviation institute (NRU); Moscow
A.A. Lisov, professor of department of "Electronic engineer and information scientist" Moscow aviation institute (NRU); Moscow
P.V. Kubrin, graduate student of department of "Electronic engineer and information scientist" Moscow aviation institute (NRU); Moscow
 
The methodical basis of determination of characteristic parameters of difficult technical objects developed by authors, transition to mark system of an assessment of these parameters is presented in article, the interrelation of a condition of objects with their consolidated information is established and the technique of establishment of a complex of the characteristic parameters necessary for definition of a condition of the considered object is offered.
 
Keywords: repeated use of information of control, characteristic parameters, physical tag, the consolidated information.
 
References
1. Lisov A.A., Mirgazyev R.T., Teplenkov N.N., Fedotov I.V. Accumulation of the consolidated information on a condition of the electrotechnical equipment and her quick search in the database. Measuring equipment. No. 8. 2008.
2. Marchuk G.I., Obraztsov I.F., Sedov L.I. General methodological approach to an assessment of reliability of cars. Mechanical engineering. Scientific bases of progressive equipment and technology. Moscow. 1986.
3. Venttsel E.S. Mathematical statistics. Fizmatizdat. Moscow. 1992.
4. Rastrigin L.A. Systems of extreme management. Science. Moscow. 1974.
5. Pustovaya D.A. Electric measurements. Pheniks. Moscow. 2010.
6. Bessonov L.A. Theory of electric chains. Higher school. Moscow. 2005. 
7. Lisov A.A. Methodological bases of design of systems of anticipation of refusals and management of non-failure operation ergotekhnicheskikh of systems. Methods of quality management. No. 2. 2002.

Use of network matrix structures for design-technology preparation of production

S.V. Sergeeev, graduate student of Management of Innovations department of the Moscow aviation institute (NRU), chief of SPKB JSC NPO LEMZ; Moscow
e-mail: post@mati.ru
A.V. Lutsenko, candidate of technical sciences, associate professor "Management of innovations" of the Moscow aviation institute (NRU), chief OASUP of JSC NPO LEMZ; Moscow
S.A. Veretennikov, graduate student of Management of Innovations department of Management of Innovations department of the Moscow aviation institute (NRU); Moscow
 
In article the principles of development of new products with use of dynamic references for drawing up design specifications and the accounting of all nomenclature, and for final structure of products of application of static tables which will need to be recalculated with a certain frequency are considered. It is shown that use of the combined method will allow to accelerate process of design and to increase quality of developments.
 
Keywords: common information space, design specifications, statistical tables, method of use of counts.
 
References
1. Fedorov V.K., Lutsenko A.V., Kucheeva E.A. Metodik of application of a common information space at design of electronic knots. Technology of mechanical engineering. No. 11. 2014. pp. 67-68.

Principles of prefabricated scaffolds spetstehnologicheskogo equipment

V.K. Fedorov, doctor of technical sciences, professor, head of chair "Management of innovations" of Moscow aviation institute (NRU), full member of Academy of quality problems; Moscow
e-mail: post@mati.ru
S.V. Sergeev, graduate student of Management of Innovations department of the Moscow aviation institute (NRU), chief of SPKB JSC NPO LEMZ; Moscow
D.A. Rizhov, graduate student of Management of Innovations department of the Moscow aviation institute (NRU), chief of design department of experimental design bureau of JSC NPO LEMZ; Moscow
 
In article creation of the universal unified frameworks from cast elements for creation of special processing equipment is considered. He was exclusively technological, allowed to store frameworks and the equipment. Such set also was convenient for configuration of products.
 
Keywords: a framework, the unified designs, the unified system of designs, configuration from standard elements, a universal framework, a tipo-size range
 
References
1. GOST P 51623-2000. DESIGNS BASIC BEARING RADIO-ELECTRONIC MEANS.
2. Fedorov V.K., Dobrovolsky L.K. Art and design decision electric conveyor furnaces. Industrial art. No 11. 1972.

Methodical principles of ensuring harmony of designs of modular welding building berths

P.A. Zaharov, graduate student of Management of Innovations department Moscow aviation institute (NRU), the deputy chief of assembly and welding shop JSC NPO Lianozovsky Electromechanical Plant; Moscow
V.K. Fedorov, doctor of technical sciences, professor, head of chair "Management of innovations" of Moscow aviation institute (NRU), full member of Academy of quality problems; Moscow
e-mail: post@mati.ru
S.V. Suhov, candidate of technical sciences, professor of the Moscow aviation institute (NRU); Moscow
 
In this article problems of creation of proportional elements for the multipurpose collapsible welding building berths which are quickly transformed and readjusted in the conditions of real production are considered.
 
Keywords: innovative approaches; industrial equipment; production of antennas; parametrical row; assembly and welding production; welding building berth; principles of harmony.
 
References
1. Veter V.V., Belkin G.A., Samoylov M.I. Innovative processes in welding and metallurgy. Publishing house Gravis. 2011.
2. Ivanov V.V. Practice of calculation of dimensional chains in mechanical engineering. Kiev. Publishing house Mashgiz. 1960.
3. Budkin Yu.V. The mechanism and models of management of efficiency of innovative processes in welding production. Publishing house HARES. 2007.

Modeling of transition processes of "fading" of characteristics of electric motors at power off

A.A. Lisov, professor of department of "Electronic engineer and information scientist" Moscow aviation institute (NRU); Moscow
T.A. Chernova, professor of department of "Electronic engineer and information scientist" Moscow aviation institute (NRU); Moscow
M.S. Gorbunov, educational master of "Electronic engineer and informatics" Moscow aviation institute (NRU); Moscow
P.V. Kubrin, graduate student of department of "Electronic engineer and information scientist" Moscow aviation institute (NRU); Moscow
e-mail: post@mati.ru
 
To prevent failure of a three-phase short-circuited motor, based on the proposed mathematical model of the rotor rotation, the authors performed an analysis of the processes of run-on and carried out corresponding numerical experiments. By functions of the run-on motor, the parameters of the differential equation of free damped oscillations submitting, representing the mechanical characteristics of the motor.
 
Keywords: run-on of the electric motor at his shutdown, the elastic oscillatory system, the differential equation of free damped oscillations, the frequency response, the state analysis of the motor.
 
References
1. Alekseev G.V. Introduction to numerical methods of the decision of differential equation. Vladivostok. DVFU. 2010.
2. Kozheshnik Ya. Mechanics of the rotating electrical machines. Moscow. Gosenergoizdat. 1962.
3. Barkov A.V., Barkova N. A. Analysis of vibration. Saint Petersburg. ST. PSMTU. 2004.
4. Sergeev P.S., Vinogradov N.V., Goryainov F.A. Design of electrical machines. Manual. Moscow. Energy. 1969.


 

Informatics and Computer Facilities

Some basic principles of microwave LNA module development

I.V. Andreyev, graduate student of Management of Innovations department of the Moscow aviation institute (NRU), engineer of CB JSC NPO LEMZ; Moscow
 
The article describes the main parameters of the LNA microwave modules and their impact on the development process. On the basis of impact on the technical specifications the design parameters are classified. The character of the mutual influence of the parameters of the LNA modules is given.
 
Keywords: low noise amplifiers, basic design principles, basic specifications, the design of microwave devices, operating frequency range.
 
References
1. Veselov G.I. Microwave ovens microelectronic devices. Manual for radio engineering specialties of higher education institutions. Moscow. The higher school. 1988.
2. Shirman Ya.D. Radio-electronic systems: bases of construction and theory. Reference book. Moscow. Radio engineering. 2007.
3. Volman V.I. Reference book on calculation and designing of the microwave oven of strip devices. Moscow. Radio and communication. 1982.

Improvement of quality of 3D modeling of radio-electronic means

V.O. Kirillovmaster of "Production Technology of Radio-electronic Means" department of the Moscow aviation institute (NRU); Moscow
V.K. Fedorov, doctor of technical sciences, professor, head of chair "Management of innovations" of Moscow aviation institute (NRU), full member of Academy of quality problems; Moscow
e-mail: post@mati.ru
S.V. Sergeev, graduate student of Management of Innovations department of the Moscow aviation institute (NRU), chief of SPKB JSC NPO LEMZ; Moscow
 
In article research of new constructive and technological approaches to creation of solutions of RES of switches is conducted. 
Structure of architecture of BPO - the basic software and structure of process of 3D modeling of RES are considered
 
Keywords: 3D modeling, computer-aided engineering system, software, radio-electronic means, printed circuit boards.
 
References
1. Medvedev A.I. Printed circuit boards. Designs and materials. Prod. Fizmatlit. 2005.
2. Tupik V.A. Technology and organization of production of the radio-electronic equipment. SBB. SpbGETU "LETI". 2004.
3. Fedorov V.K., Benderskiy G.P., Belevtsev A.M., Lutsenko A.V. Designing and technology of wiring of radio-electronic means. Moscow. Prod. a building "Dashkov and To". 2012.
4. Fedorov V.K., Benderskiy G.P., Belevtsev A.M., Lutsenko A.V. Manufacturing techniques of printed circuit boards, Moscow. 2011.
5. Fedorov V.K. The chosen works. Moscow. Economy and finance, 1996. 368 p.

Principles of establishment of ranks of the linear sizes of processing equipment

V.K. Fedorov, doctor of technical sciences, professor, head of chair "Management of innovations" of Moscow aviation institute (NRU), full member of Academy of quality problems; Moscow
e-mail: post@mati.ru
A.V. Lutsenko, candidate of technical sciences, associate professor "Management of innovations" of the Moscow aviation institute (NRU), chief OASUP of JSC NPO LEMZ; Moscow
D.A. Rizhov, graduate student of Management of Innovations department of the Moscow aviation institute (NRU), chief of design department of experimental design bureau of JSC NPO LEMZ; Moscow
 
In article the principles of development of difficult special processing equipment with use of the linear connecting sizes are considered, features of use of the linear sizes in experimental modeling in the course of design are shown. Are revealed heuristics for formation of a complex of algorithms of machine design of the equipment by design methods. It is shown that use of functional – block method of designing with application of ranks of the linear sizes allow to accelerate process of design of special processing equipment and to increase quality of developments.
 
Keywords: standard designs of the equipment, ranks of the linear sizes, special processing equipment, configuration of the equipment.
 
References
1. GOST 20504-81. System of the unified standard designs of the GSP modular complexes.
2. Fedorov V.K., Benderskiy G.P., Belevtsev A.M., Lutsenko A.V. Industrial technologies and innovations. Technology of model production. Studies. grant. Moscow. MATI. 2011. 80 p.

Constructive principles of elimination of defects of the thermal modes of innovative designs of RLS

V.K. Fedorov, doctor of technical sciences, professor, head of chair "Management of innovations" of Moscow aviation institute (NRU), full member of Academy of quality problems; Moscow
e-mail: post@mati.ru
R.S. Gvozdarev, candidate of technical sciences, associate professor "Technology and design of radio-electronic means" Moscow aviation institute (NRU), chief of sector of JSC NPO LEMZ; Moscow
D.A. Rizhov, graduate student of Management of Innovations department of the Moscow aviation institute (NRU), chief of design department of experimental design bureau of JSC NPO LEMZ; Moscow
 
The article describes the principles of liquid cooling in the development of products of special engineering, the main advantages and disadvantages, proposed principles for effective cooling of the radar.
 
Keywords: functional cell with water block, water cooling, diverting tube defects of thermal conditions.
 
References
1. Shilo G.I. Design of radiators with optimum mass-dimensional parameters. Technology and designing in the electronic equipment. No. 1-2. 2011. 
2. Goryachev N.V. Modeling of the thermal modes at design of the radio-electronic equipment. 2009.
3. Borodin S.M. Providing the thermal modes in designs of radio-electronic means. Ulyanovsk. UlGTU. 2008. 52 p.


 

Ecology

Applied technosphere riskology - management of technosphere complexes 

V.L. Romanovsky, candidate of technical sciences, professor of department of industrial and ecological safety of the Kazan national research technical university of A.N. Tupolev of KAYA (KNITU-KAI); Kazan
E.V. Muravieva, doctor of pedagogical sciences, head of the department of industrial and ecological safety of the Kazan national research technical university of A.N. Tupolev of KAYA (KNITU-KAI); Kazan 
A.V. Kuzmin, police colonel, chief of organizational and analytical department of Management of traffic police of the Ministry of Internal Affairs in the Republic of Tatarstan; Kazan
D.Sh. Sibgatulina, head of department of natural and technogenic safety of the Ministry of Emergency Situations of RT; Kazan
 
In the analysis of risk for the purpose of identification of "weak" places in the systems existing or created the tekhnosfernykh for the subsequent optimization of security measures and decrease in probability of emergence of emergency situations of natural and technogenic character it is necessary to form the specialized, accurately defined Applied Tekhnosferny Riskology direction.
 
Keywords: tekhnosferny riskology, safety, technogenic threat, treelike structure, research
 
References:
1. Order of the RF Ministry of Emergency Situations of 25.10.2004 №484 «On approval of the Model without passports-rity territories of the Russian Federation and municipal formations".
3. Available at: www.risk-audit.ru/.
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10. Oktyabrsky R. On the development of safety data sheets. Civil protection. No. 6. 2006.
11. Minutes of the joint "TACIS" Project expert meetings and expert Ros-sian Scientific Society for Risk Analysis (24 May 2005).
12. Moiseev N.I. Ecology humankind through the eyes of mathematics: (Man, Nature and the Future of Civilization). Moscow. Mol. Guard. 1988.
13. Nikolaikin N.I., Nikolaikina N.E., Melehova O.P. Ecology. Moscow. Bustard. 2003.
14. Ragozin A.L. Assessment and management of natural risks. Moscow. Publishing firm "CROOK". 2003.
15. Kasyanov N.L. Environmental risks and geodynamics. Moscow. Science World. 2003.
16. Pushkin Yu, Emelyanov A. Consideration of the potential synergies and situational danger in managing technological risks. The collection of scientific papers 1st International conference "Security. Technologies. Control". Part I. Tolyatti State University. Tolyatti. 2005.
17. Belov P.G. System analysis and modeling of hazardous processes in the Technosphere. Moscow.  Publishing Center "Akademiya". 2003.
18. Silaev A.V., Nedostup P.Yu., Khaustov A.P. Evaluation of technological component of the environmental risks of gas turbine plants. Ecology and Industry of Russia. January 2006.
19. Available at: http://riskconsulting.narod.ru/.
20. Available at: ecsocman.edu/images/pubs/2004/10/16/0000180461/002_Yanitskiy_11-25.pdf.
22. Available at: http: / nfriski / ru / content / view / 131/88.
24. Romanovsky  V.L., Muravyova E.V.  Applied Technosphere riskologiya. Kazan. RIP "School". 2007. 342 p.

Condition of atmospheric air as an important factor of quality of life in the large city

I.V. Volchatova, candidate of biological sciences., associate professor of industrial ecology and health and safety of Irkutsk national research technical university; Irkutsk
e-mail: belyana64@inbox.ru
 
In this article environmental problems of Irkutsk are considered. The contribution of the industrial enterprises and motor transport to emission of the priority polluting substances is shown. Communication of mortality of the population with the level of pollution of the atmosphere determined by concentration of separate xenobiotics is tracked.
 
Keywords: technogenic pollution, emissions, ambient air, industrial enterprises
 
References
1. Zubets A.N. Tarba I.V. Quality of life in Russia. Finance. No. 12. 2013. pp. 68-70.
2. An atmosphere state of pollution in the cities in the territory of Russia for 2012 of SPb. FSBI GGO of Roshydromet. 2013. 231 p.
3. Sokolova L.A. Health of the population of the European North of Russia at a turn of the 21st century. Arkhangelsk. SGMU publishing center. 2002. 580 p.
4. Complex assessment of pollution of atmospheric air of the city of Irkutsk. Report on the municipal contract No. 010-64-885/14. Available at: admirk.ru/DocLib/ Assessment_ecology.pdf.
5. The order of Rosstat from 8/9/2012 No. 441 (an edition from 8.29.2014). About the statement of statistical tools for the organization of federal statistical supervision over agriculture and surrounding environment.
6. The cities – leaders in the number of cars. Available at: http://ast-news.ru/node/158409.
7. Monitoring of quality of atmospheric air for an assessment of impact on health of the person. Copenhagen. Regional publishing VOZ. Europ. series. No. 85. 2001. 293 p.
8. GN 2.1.6.2604-10 Addition No. 8 to GN 2.1.6.1338-03. The Maximum Permissible Concentration (MPC) of the polluting substances in atmospheric air of the inhabited places.
9. GN 2.1.6.1338-03 The Maximum Permissible Concentration (MPC) of the polluting substances in atmospheric air of the inhabited places.
10. The state report. About a state and about environmental protection of the Irkutsk region in 2013. Irkutsk. Publishing house of Institute of geography of V.B. Sochava of the Siberian Branch of the Russian Academy of Science. 2014. 389 p.
11. Territorial authority of Federal State Statistics Service in the Irkutsk region. Available at: http://irkutskstat.gks.ru/wps/wcm/connect/rosstat_ts/irkutskstat/ru/stat....
12. Department of sociology of Financial university. A rating of quality of life in the large cities of Russia in 2014. Available at: http://gtmarket.ru/news/2014/11/18/6977.

Need of increase of the importance health preserving indicators in an assessment of quality of life of the population of megalopolises

A.N. Shmeleva, the Doctor of Economics, professor of chair of management and marketing of the Moscow Witte University; the leading researcher V. A. Trapeznikov Institute of Control Sciences of Russian Academy of Sciences; Moscow
Yu.V. Fedorova, the Doctor of Economics, professor, the head of the department of economy and management of the First Moscow State Medical University named after I.M. Sechenov; Moscow
E.A. Alyamkina, Assistant manager chair of management and marketing of the Moscow Witte University; Moscow
 
The indicators applied in «A rating of regions of the Russian Federation on quality of life» of rating agency «RIAREYTING» are considered from the point of view of the concept "the quality of life caused by health". It is noted that questions of an assessment and increase of a role health of the preserving indicators in an assessment of quality of life of the population is a new stage of development of quality management in Russia. Expediency of improvement of the methodology of calculation of a rating of regions of the Russian Federation for quality of life applied today with importance increase health of the preserving indicators, revision of the used assessment indicators towards the accounting of physical, psychological indicators, indicators of level of independence, public life and environment with an assessment of satisfaction of the population with quality of medical services in a residence is proved.
 
Keywords: quality of life; health of the population; assessment indicators; rating; megalopolis; quality management; satisfaction with quality.
 
References
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Quality of life. Regional aspect

Problems of creation of system of monitoring of quality of education at the University

S.V. Lukashov, candidate of chemical sciences, associate Professor, head of the Department of licensing, accreditation and quality management of education, FGBOU VO “Bryansk state engineering-technological University"; Bryansk region, v. Netinka
V.V. Kraykin, candidate of historical sciences, associate Professor of engineering psychology, pedagogy and law of FGBOU VO “Bryansk state engineering-technological University";  Bryansk
 
This article describes one of possible approaches to creation of system of monitoring of quality of education on the example of Bryansk state engineering-technological University. The proposed model of pedagogical monitoring is shown and the effect of its implementation on the example of main processes implemented at the University: the marketing of educational activities, designing and implementing educational programs.
 
Keywords: the quality of education, educational establishment, monitoring, marketing, educational program, process approach, modular-hierarchical approach
 
References
1. GOST R ISO 9001-2008. The quality management System. Requirements. 2008.12.18. Moscow. STANDARTINFORM. 2008. 65 p.
2. Kotler F. Marketing management. Ekspress-Kurs. St. Petersburg. 2006. 464 p.
3. Lukashov S.V., Gamain V.P., Andreiko E.V. The quality management system of the University: Leadership for the quality management system BGITU. Bryansk. BGITA. 2016. 42 p.
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5. Federal Internet-exam in vocational education: Pedagogical analysis of test results of students on the basis of the disciplinary approach (STATE-II), Bryansk state engineering-technological Academy. Research Institute of education quality monitoring, October 2012 – January 2013. 260 p.
6. Pedagogical analysis / monitoring of results of the Federal Internet-exam in vocational education within the competence approach for the University as a whole Bryansk state engineering-technological University. Research Institute of education quality monitoring, October 2014 – February 2015. 64 p.
7. Pedagogical analysis / monitoring of results of the Federal Internet-exam in vocational education within the competence approach for the University as a whole Bryansk state engineering-technological University. Research Institute of education quality monitoring, October 2015 – February 2016. 74 p.
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10. GOST ISO 9000-2011. The quality management system. Available at: http://docs.cntd.ru/document/gost-iso-9000-2011.
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12. GOST R ISO 9001-2015. Quality management System. The requirements of clause 0.3. Available at: http://docs.cntd.ru/document/1200124394.
13. Askarov E. Process approach in the quality management system. Available at: http://www.cfin.ru/management/iso9000/sertify/iso9001.shtml.
14. Kornev V.M. Formation of modular hierarchical system of quality management of educational organizations. Cand. economical. Sciences. Tambov. 2006. 246 p.

Quality of life of the population of regions of the Volga Federal District

B.G. Ilyasov, Doctor of Technical Sciences, professor, chair of the Technical cybernetics, Ufa state aviation technical university; Ufa
E.A. Makarova, Doctor of Technical Sciences, associate professor, chair of the Technical cybernetics, Ufa state aviation technical university; Ufa
E.Sh. Zakieva, candidate of technical sciences, associate professor, chair of the Technical cybernetics, Ufa state aviation technical university; Ufa 
e-mail: zakievae@mail.ru 
E.R. Gabdullina, candidate of technical sciences, associate professor, chair of the Technical cybernetics, Ufa state aviation technical university; Ufa
 
The life quality analysis of the population of Privolzhsky Federal District regions of the Russian Federation was analyzed on the basis of the data of the Federal State Statistics Service. The data mining methods were used: the correlation and the regression analysis to identify relationships between statistics, the method of principal components for studying the structure of multidimensional data, the method of inductive learning based on decision trees. The consistent application of these methods provides the basis for constructing the intelligent decision support system to manage the process of the regional social-economy development.
 
Keywords: quality of life, data mining, correlation analysis, regression analysis, component analysis, decision trees
 
References
1. Boytsov B.V., Kryanev Yu.V. Criteria of understanding of quality of life. Quality and life. No. 1. 2014. pp. 3-8.
2. Information and analytical materials of Federal State Statistics Service. 2014. Available at: http://www.gks.ru
3. Ilyasov B.G., Makarova E.A., Valitov R.R. Regulation of the income of the population and the analysis of their influence on dynamics of a consumer demand on the basis of imitating modeling. Scientific and technical sheets SPbGPU. No. 5. 2012. pp. 67-71.
4. Makarova E.A., Gabdullina E.R., Gizdatullina E.S. Formation of clusters of the population on the basis of the component and neural network analysis of structure of the income of sector of households//the System analysis in design and management: Collection of scientific works of the XVIII International scientific and practical Ch.2 conference. St. Petersburg. Publishing house of Polytechnical university. 2014. pp. 98-104.
5. Kulaichev A.P. Methods and means of the complex analysis of data: manual. Moscow. FORUM: INFRA-M, 2013. 312 pp.

Dynamics of the middle class in modern Russian society (on example of republic Tatarstan, Samara and Ulyanovsk regions)

O.A. Martinova, graduate student of State budgetary institution "Center of Perspective Economic Researches of Academy of Sciences of the Republic of Tatarstan"; Kazan

The article compares modern sociological studies of the middle class regions of the Russian Federation on the example of Samara and Ulyanovsk regions and the Republic of Tatar-Stan. The role of the middle class as factor of stability of socio-economic development and formation of civil society in Russia defines. The importance of studying the middle class in an unstable socio-economic conditions and possible scenarios of behavior of the middle class in the regional dimension emphasizes. The designation of criteria of the middle class in the Samara, Ulyanovsk regions and the Republic of Tatarstan, gender and occupational structure (specifically draws attention to the concept of "core middle class"), labor, and consumer behavior discusses. It is noted that the vulnerability of the modern Russian middle class in crisis is a serious threat to the stability of society.
 
Keywords: middle class, self-identification, income, education, criterion
 
References
1. Belyaeva L.A. Social stratification and middle class in Russia: ten years of Post-Soviet development. Moscow. Academia. 2001.
2. Belyaeva L.A. And again about middle class of Russia//Sociological researches. No. 5. 2007. pp. 3-13.
3. Safiullin M.R., Eflova M.Yu., Nagimova A.M. Social well-being and quality of life of middle class in the Republic of Tatarstan. Sociological researches. No. 9. 2012. 
4. Vlasova E.M., Shiryaeva O. V. Structure of middle class in Russia: krossregionalny comparison. Messenger of the Samara state university. No. 10. 2012. pp. 89-90.
5. Khayrullina YU.R. City middle class in modern Russia: criteria of allocation, structure, labor and consumer behavior (on materials of the Republic of Tatarstan). The Electronic economic bulletin of Tatarstan. No. 1. 2012. pp. 282-293.
6. Khayrullina YU.R., Makhiyanova A.V. Middle class in the Republic of Tatarstan: structure, values, priorities (on materials of concrete and sociological research). Scientific works of the Center of perspective economic researches. No. 3. 2010. pp. 267-279.

Level of the income of the population as the indicator of quality of life: regional aspect

O.I. Marar, doctor of sociological sciences, professor of department of modeling and the organization of social systems of the Voronezh branch of a RANEPA at the Russian President; Voronezh
e-mail: omarar@bk.ru
 
In article, an example of the Voronezh Region , the author conducted monitoring studies, and gave analyzes of the quality of life , as the incomes of the population , which show the level of welfare of citizens , demands and possibilities to meet them. This article discusses the parameters of wages, unemployment rates , occupancy of the consumer basket , the minimum subsistence level , average income , and others .
 
Keywords: population, wages, cost of living, unemployment, consumer basket.
 
References
1. Marar O.I. To a question of indicators of quality of life of the population of the Voronezh region. The Region: systems, economy, management. 2015. pp. 163-168.
2. Marar O.I., Pavlova T.A. Gender aspects in education. ACCENTS No. 1-2 (128-129). Voronezh. 2015. pp. 40-43.
3. The report on the course of realization of Strategy of social and economic development of the Voronezh region in 2012. Voronezh. 2013. 68 p.
4. The report on the course of realization of Strategy of social and economic development of the Voronezh region in 2013. Voronezh. 2014. 72 p.
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18. Available at: http://bs-life.ru/makroekonomika/potrebitelskaya-korzina2013.html Consumer basket for 2016: structure date of the address 5.5.2016.
19. Available at: http://1stvrn.ru/2016/03/09.


Development of the method of the assessment of risks of the consumer at operation of production and use of services

E.V. Shilnikova, the assistant to Department of automation and robotization in mechanical engineering of Institute of cybernetics of Tomsk polytechnical university authorized on quality of House-building Company, the member correspondent. Academies of Problems of quality; Tomsk
S.A. Odinokov, candidate of technical sciences, deputy student of NRU MAI, Moscow
O.A. Belyankova, specialist in quality of House-Building Company, undergraduate of Department of the organization and technology of higher education of Institute of social and humanitarian technologies of Tomsk polytechnical university; Tomsk
A.O. Kushnir, specialist in quality of House-building Company; Tomsk
 
In the article the authors propose the method of evaluation consumers’ risks occurring during the products and services exploitation with the introduction of quality management assessments in manufacturing companies. They implement this method in case of process «Post-sales support for the owners of an apartment building».
 
Keywords: consumers, quality index, QFD, Quality management system, ISO 9001, effectiveness and efficiency, risk management, ISO/IEC 31010
 
References
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