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ISSN 2227-6017 (ONLINE), ISSN 2303-9868 (PRINT), DOI: 10.18454/IRJ.2227-6017
ЭЛ № ФС 77 - 80772, 16+

IMPLEMENTATION OF THE COURSE “FORECASTING IN THE SPHERE OF PRESCHOOL EDUCATION” UNDER THE CONDITIONS OF A HIGHER EDUCATIONAL INSTITUTION

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The change in the structure of training of future teachers in the system of higher education, the transition to a competence model, modern requirements of the society to the training of workers in the sphere of education enabled us to pay attention to the formation of prognostic knowledge and skills in pedagogical professions as important components of the overall professional readiness for the pedagogical profession on the whole.

The article is devoted to the description of the program of the discipline “Forecasting in the Field of Preschool Education,” a brief outline of the main structural components of the program. The author pays attention to the results of the course’s development, i.e. to the knowledge and skills, which should be learned by students in the process of studying this discipline. Examples of practical implementation of the discipline in the teaching and educational process of the higher educational institution are also given.

Theoretical analysis of the necessity to form prognostic knowledge and skills among future teachers of pre-school profile, the development of pedagogical intuition and practical implementation of the proposed discipline program under the conditions of the educational process of a university. The alternatives of working with students of pedagogical specialties at seminars and practical classes are presented; examples of the organization of such type of studies are given, taking into account the peculiarities of contextual, problem and project training.

The main results of the study are an increase in the interest of students in pedagogical activity in general, and in forecasting, in particular. The trainees strive to learn how to use their prognostic skills in their practical activities, plan the results they want to achieve in the process of learning, self-development and self-improvement.

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NEW WAY OF SYNTHESIS OF SUBSTITUTED ANTHRAQUINONS IN THE PRESENCE OF BIFUNCTIONAL CATALYSTS

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The derivatives of 9,10-anthraquinone (AQ) are in great demand nowadays. However, the existing methods for their production have long been outdated. Current processes are uneconomical and environmentally unfriendly. In the present work, a new way of synthesizing substituted AQ from hydroquinone (HQ) and substituted dienes (here it is 2,3-dimethylbutadiene, DMB) are studied using the example of 2,3,6,7-tetramethyl-9,10-AQ (TMAQ) preparation. As a bi-functional (acidic and oxidizing) catalyst, a high-vanadium heteropolyacids solution of H17P3Mo16V10O89 (HPA-10) composition was used in one-pot process.

The influence of a number of parameters on key process indicators is studied. Under the selected conditions, an insoluble mixture of two products (80% of TMAQ and 20% of DGTMAQ, an under-oxidized dihydro derivative of TMAQ) was obtained in 24 hours, which can be used as an effective wood delignification catalyst. The obtained results open real prospects for the development of low-waste processes for the synthesis of substituted AQ from HQ and substituted 1,3-dienes in the presence of solutions of HPA. The catalysts are characterized by high activity, stability and efficiency.

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VIBRATIONS OF ELASTIC HALF-SPACE CONTAINING TWO RADIATING DEFECTS OF FINITE LENGTH

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The paper is devoted to the study of the dynamic problem of steady vibrations arising in the massive elastic body in the initial pre-destructive stage of its material under antiplane deformation. Vibrations are generated by two radiating defects in the body. Mathematical statement of problem mentioned above is reduced to mixed boundary value problems for Helmholtz equation. The method to find its solution is based on reducing ones to the equivalent system of boundary integral equations. Solvability problem of equations is studied and the structure of its solution is established. The problem in question is connected with mathematical description of wave field when realizing non-destructive testing based on acoustic emission phenomena.

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EXPERIMENTAL STUDY CONSTRUCTION HEXAGONAL CELL OF MESHY DOME

Posted in 2016, ARCHITECTURE, Issue July 2016, News | 0 comments

The article deals with experimental research hexagonal cells mesh dome, made of reinforced laminated wood in three various designs. The first – with the ribs without girders and deck, the second – with ribs and girders, the third – with ribs, girders and decking. The cell is designed to effect a symmetrical, asymmetrical, concentrated loads. The data on the structure of ribs, reinforced flooring and purlins. The experimental results confirmed the results of computer simulation LIRA-SAPR.

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EXTERNAL HEAT ENGINE USING FOR ELECTRICAL PRODUCTION

Posted in 2016, Issue June 2016, News | 0 comments

This article discusses the prospects for the use of an external combustion engine to generate electric power from the high potential and low potential energy sources. The main advantages and disadvantages of using the technology of Stirling engines, considered the thermodynamic principle of the system and its effectiveness. Analyzed a practical example of the application installation, using this method of energy production, provides technical ways of increasing the efficiency of the unit.

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COMPACT SUPER-POWERFUL AND SEMI-DIPOLE SHF MAGNETIC FIELD IN ULTRA-SMALL SPACE VOLUME

Posted in 2016, Issue May 2016, News, PHYSICS AND MATHEMATICS | 0 comments

The article describes the physical model of the semi-dipole SHF magnetic field that has been developed while working with super high frequencies. Such field will allow to use highly efficient, super-powerful and ultra-compact electrical components that are the sources of magnetic field. It should be noted, that these components are rather small in size and have low inductive properties. Also, the field makes it possible to apply new methods of controlling resonance processes within the specific oscillating circuit.

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ACMEIST TRADITIONS IN THE COLLECTION OF N. OTSUP “IN THE SMOKE”: POETIC DIALOGUE WITH N. GUMILEV

Posted in 2016, Issue May 2016, News, PHILOLOGY | 0 comments

This article discusses Acmeist tradition in the collection of N. Otsup “In the smoke”, in the context of poetic dialogue with Nikolai Gumilev. The focus of an article is rare for Russian literature eastern poetry genre – pantum – and its ecphrasic interpretation by the poet. The poem by Otsup appeals to the Acmeist idea of Gumilev about geosophic journey associated with the active development of cultural space and the search for heaven on earth. The article analyzes the roll call of poets Otsup and Gumilev, as part of a poetic interpretation of the pantum genre. Despite the obvious differences in the subject (the main topic of the emigre poetry of Otsup became nostalgia), the typological connection between these interpretations on the basis of appeals to the picturesque allusions were detected, related to the cultural model of the East.

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