CONTENTS

Engineering and Educational Technologies at Electrical and Computer Systems.
Quarterly theoretical and practical journal [Online journal]. – Kremenchuk: KrNU, 2014. – № 3 (7). – 52 p. – Available at: http://eetecs.kdu.edu.ua

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Information and Communication Technologies at Education

APPLICATION OF ABSTRACT JOURNAL AS TOOL OF SCIENTIFIC WORK INTENSIFICATION AT HIGHER EDUCATION INSTITUTION  
Romanenko S., Chornyi O.  (download)
[in Ukrainian]

In the paper the authors consider urgency of founding of electronic abstract scientific-technical journal. This abstract journal used as tool of information sorting and concentration of scientific publication of Institute of Electromechanics, Energy Saving and Control Systems at one edition. Traditional methods of presentation and distribution of scientific information incompletely carry out their function and satisfy information needs of researchers. Under internet rapid development many publishing company start to give electronic version of their edition in different forms: online or at websites. Electronic versions of editions cardinally differs from published editions by information performing peculiarity, materials propagation velocity, economic profitability, opportunity of interactive communion with authors, and, most impotent, availability at any point of the world. The journal structure and grounding of program tools of abstract journal implementation are shown. Using all function of such edition make it possible to essentially change nature of works with abstract information and expedite processing of information sources under scientific and searching research carrying out, not only for institute employees, but for all experts in electromechanics and energy-resource-saving. Online abstract journal serves as tool of efficient and operative acquaintance with scientific-technical information at electromechanics and electrical engineering. That facility of online abstract journal is determinative criterion in admission of novelty and priority researches.

Key words: scientific-technical information, abstract edition, abstract journal, tools of scientific communication.

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9. Chornyi, O.P. and Romanenko, S.S. (2013) "Feasibility study of electronic scientific and technical journal creation", Engineering and educational technologies at electrical and computer systems, Iss. 3 (3), pp. 9-28, available at: http://eetecs.kdu.edu.ua (accessed August 20, 2014) [in Ukrainian]

10. Nakaz MONmolod'sport «Pro opublikuvannya rezul'tativ dysertatsiy na zdobuttya naukovykh stupeniv doktora i kandydata nauk», 17.10.12 № 1112, available at: http://www.mon.gov.ua/ua/about-ministry/normative/1421 (accessed August 21, 2014) [in Ukrainian]

11. Poryadok prysudzhennya naukovykh stupeniv i prysvoyennya vchenoho zvannya starshoho naukovoho spivrobitnyka, 07.03.2007 № 423, available at: http://zakon2.rada.gov.ua/ laws/show/423-2007-%D0%BF (accessed August 21, 2014) [in Ukrainian]

12. Chystiakov, P.P. (2014) "Design Websites of scientific journals using WordPress platform", Zbirnyk naukovykh prats ХII Mizhnarodnoi naukovo-tekhnichnoi konferentsii molodykh uchenykh i spetsialistiv [Electromechanical and Energy Systems, Modeling and Optimization Methods. Conference proceedings of the 12th International conference of students and young researches], Kremenchuk, KrNU, April 10-11, 2014, pp. 109-111.

THE VOCATIONAL GUIDANCE OF ENGINEERING SPECIALTIES IN INSTITUTION OF HIGHER EDUCATION AND ITS IMPLEMENTATION TOOLS  
Istomina N., Rieznik D. (download)
[in Ukrainian]

In the paper basic components of vocational guidance snapping to professional formation and progress of person are considered. As result of vocational guidance components analysis, key points of vocational guidance of higher education institution are located. On the basis of located key points list of vocational guidance operation is created. Created operation list is divided by implementation levels: general institution level and level of graduating department. The practical implementation of each operation of vocational guidance is considered. Also influence of this operations on efficiency of vocational guidance company of engineering specialties is examined. Today institution of higher education must to give great consideration to advertisement at Internet environment. Number of university entrants with possibilities to be accepted at engineering specialties depends on list of competitive disciplines of external independent testing.

Key words: vocational guidance, engineering specialties, vocational guidance operations.

1. Pro zatverdzhennya Kontseptsiyi derzhavnoyi systemy profesiynoyi oriyentatsiyi naselennya, available at: http://zakon4.rada.gov.ua/laws/show/842-2008-%D0%BF (accessed August 28, 2014). [in Ukrainian]

2. Avdieiev, L.H. (2012) Stan ta perspektyvy rozvytku profesiynoyi oriyentatsiyi v Ukrayini, IPK DSZU, Kyiv, Ukraine. [in Ukrainian]

3. Yefremtseva, S.A. (1994) Treninh spilkuvannya dlya starshoklasnykiv, In-t. psykholohiyi APN Ukrayiny, Kyiv, Ukraine. [in Ukrainian]

4. Mischyk, L.I. and Tykhonova, N.M. (2008) ''Social and pedagogical features of professional orientation of work with youth'', Visnyk Zaporizkoho natsionalnoho universytetu, no. 1, pp. 181-187. [in Ukrainian]

5. Osvita v Ukrayini, available at: osvita.ua (accessed September 1, 2014). [in Ukrainian]

Electrical Complex and Systems. Energetics

OBTAINING OF ANALYTIC DEPENDENCE OF PARAMETERS DETERMINATION OF SWITCHED RELUCTANCE MOTOR INDUCTANCE  
Istomina N., Fedotiev A.  (download)
[in Ukrainian]

In the paper parameters required for determination of switched reluctance motor inductance are analyzed. The two groups of required factors are extracted: angle factors and level factors. As result of literary sources review formulas required for extracted factors obtaining are selected. The universal algorithm of inductance parameters calculation for any type of motor is formed. The algorithm supported by required rating formulas. As known basic electromagnetic parameters of switched reluctance motor depends on stator and rotor tooth zones configuration. The tooth zones configuration depends on number of poles on phase and number of phases. Using number of poles on phase and number of phases data as basis the analytic dependence for determination of inductance parameters according to created algorithm are obtained. The three-dimensional surfaces of obtained analytic dependence were plotted and information value of obtained analytic dependence is analyzed.

Key words: switched reluctance motor, phases inductance, analytic dependence.

1. Ilinckiy, N.F. (2007), ''Electric drive in up-to-date world'', Sbornik materialov V mezhdunarodnoy (XVI Vserossiyskoy) nauchnoy konferentsii [Proceedings of V International (XVI All-Russian) Scientific Conference], St. Petersburg, September18-21, 2007, pp. 17-19. [in Russian]

2. Bychkov, M. (2007), ''Switched Reluctance Electric Drive: Up-to-date State and Prospect Trends'', Zhurnal-spravochnik «Rynok Elektrotekhniki» [Journal-guide «Market of Electrical Engineering»], available at: http://www.marketelectro.ru/ magazine/readem0207/10 (accessed March 5, 2013). [in Russian]

3. Kuznecov, V.A. and Kuzmichev, V.A. (2003), Ventil'no-induktornye dvigateli [Switched Reluctance Motors], Izdatel'stvo MEI, Moscow. [in Russian]

4. Vijayraghavan, P. (2001), ''Design of Switched Reluctance Motors and Development of a Universal Controller for Switched Reluctance and Permanent Magnet Brushless DC Motor Drives'', Dissertation for degree of Doctor of Philosophy in Electrical Engineering, 15.10.2011, Virginia Polytechnic Institute and State University, Blacksburg, Virginia, USA.

5. Istomina, N. (2014) ''Determination of influencing factors of inductance of switched reluctance motor'', Inzhenerni ta osvitni tekhnolohii v elektrotekhnichnykh i komp’iuternykh systemakh [Engineering and Educational Technologies at Electrical and Computer Systems], Iss. 2 (6), pp. 55–56. [in Ukrainian]

6. Firago, B.I. and Pavliachyk, L.B. (2006), Reguliruemye elektroprivody peremennogo toka [Controlled Alternating Current Drive], Technoperspectiva, Minsk. [in Russian]

7. Fisenko, V.G. and Popov, A.N. (2006), Proektirovanie ventil'nykh induktornykh dvigateley [Designing of Switched Reluctance Motors Izdatel'stvo MEI, Moscow. [in Russian]

8. Istomina, N. and Bačko, M. (2013), Determination of inductance levels of switched reluctance motor,  13th Scientific Conference of Young Researchers, Košice, FEI TU of Košice, May 14, 2013, pp. 307–309.

9. Hollandtsev, Yu.A. (2003) Ventil'nye induktorno-reaktivnye dvihateli, HNTs RF-TsNII «Elektropribor», St. Petersburg. [in Russian]