RESOURCES OF BIM TECHNOLOGIES AT THE STAGES OF JUSTIFICATION OF CONSTRUCTION AND DESIGN OF COMPLEX THE BUILDINGS FOR VARIOUS PURPOSES

Информационное моделирование зданий в настоящее время становится все более востребованным. Применение информационного моделирования позволяет на протяжении всего жизненного цикла объекта сокращать расходы на управление финансами, ресурсами, оборудованием и материалами. В данной статье рассмотрены возможности использования BIM-технологий при энергомоделировании.Building information modeling is now becoming more and more in demand. The use of information modeling allows you to reduce the cost of managing finances, resources, equipment and materials throughout the entire life cycle of an object. This article discusses the possibilities of using BIM-technologies for energy modeling

The word-formation category “displacement causation”: Mutational and modification semantics of German, Russian and tatar verbs

© 2019, Slovenska Vzdelavacia Obstaravacia. All rights reserved. The aim of the study is to determine the semantic, structural and cognitive specificity of the derivational embodiment of the semantics of “displacement” in the difference-structured languages. 16 subcategories of the derivational category “displacement causation”, 102 derivational types are described in the article taking into account differential semi forming formants. It was determined that the maximum number of word-formative types had been found in German - 49 word-formative types (48%), and the minimum number of word-formative types has been stated in the Tatar language - 25 word-formative types (24,5 %). In the Russian language there were 28 word-formative types (27,5%). The German language consciousness is characterized by a precise description of the movement of an object, taking into account both the directional and temporal, technical and other characteristics of the action. It is also considered to be essential to explicit at the word-formation level the relation of the subject to the reality and the perception of oneself as part of space, that is the ability to express unique meanings which in other languages require additional lexical specification or exist at the connotative level. Russian and Tatar derived verbs are characterized by a high nominative potential and require a greater deal of inference. The empirical material presented in this article indicates that in the word-formation category “causation of movement” two main types of word-formation values in derivative verbs are implemented: modification, determined by an original verb of an additional characteristics, and a mutation, which is accompanied by a change in the categorial meaning of the derivative verb, its desemantization. There is a need to form a complete picture of the structural and semantic system of the Russian, German, and Tatar languages in general and the verb system in particular. Thus, this paper gives an opportunity to realize the peculiarities of linguistic consciousness of peoples, reconstruction of the linguistic picture of the world, and the development of intercultural competence of contemporary people

The word-formation category “displacement causation”: Mutational and modification semantics of German, Russian and tatar verbs

© 2019, Slovenska Vzdelavacia Obstaravacia. All rights reserved. The aim of the study is to determine the semantic, structural and cognitive specificity of the derivational embodiment of the semantics of “displacement” in the difference-structured languages. 16 subcategories of the derivational category “displacement causation”, 102 derivational types are described in the article taking into account differential semi forming formants. It was determined that the maximum number of word-formative types had been found in German - 49 word-formative types (48%), and the minimum number of word-formative types has been stated in the Tatar language - 25 word-formative types (24,5 %). In the Russian language there were 28 word-formative types (27,5%). The German language consciousness is characterized by a precise description of the movement of an object, taking into account both the directional and temporal, technical and other characteristics of the action. It is also considered to be essential to explicit at the word-formation level the relation of the subject to the reality and the perception of oneself as part of space, that is the ability to express unique meanings which in other languages require additional lexical specification or exist at the connotative level. Russian and Tatar derived verbs are characterized by a high nominative potential and require a greater deal of inference. The empirical material presented in this article indicates that in the word-formation category “causation of movement” two main types of word-formation values in derivative verbs are implemented: modification, determined by an original verb of an additional characteristics, and a mutation, which is accompanied by a change in the categorial meaning of the derivative verb, its desemantization. There is a need to form a complete picture of the structural and semantic system of the Russian, German, and Tatar languages in general and the verb system in particular. Thus, this paper gives an opportunity to realize the peculiarities of linguistic consciousness of peoples, reconstruction of the linguistic picture of the world, and the development of intercultural competence of contemporary people

Determination of Impurities in Dibornol Substance by HPLC

Представлены результаты разработки методики и оценки ее пригодности (валидации) определения посторонних примесей в субстанции диборнола (4-метил-2,6-диизоборнилфенола) методом ВЭЖХ. Валидация проведена на этапе подготовки проекта фармакопейной статьи предприятия на субстанцию диборнола.The results of elaboration of procedure and suitability evaluation (validation) for the determination of impurities in dibornol (4-methyl-2,6-diisobornylphenol) substance have been presented. The validation was carried out at the stage of monographs of dibornol preparation

Determination of Impurities in Dibornol Substance by HPLC

Представлены результаты разработки методики и оценки ее пригодности (валидации) определения посторонних примесей в субстанции диборнола (4-метил-2,6-диизоборнилфенола) методом ВЭЖХ. Валидация проведена на этапе подготовки проекта фармакопейной статьи предприятия на субстанцию диборнола.The results of elaboration of procedure and suitability evaluation (validation) for the determination of impurities in dibornol (4-methyl-2,6-diisobornylphenol) substance have been presented. The validation was carried out at the stage of monographs of dibornol preparation

Chemical Effects of Tin Oxide Nanoparticles in Polymer Electrolytes-Based Dye-Sensitized Solar Cells

The effects on the photovoltaic performance of the incorporation of SnO2 nanoparticles into the polymer of a solid-state dye-sensitized solar cell (DSC) based on the poly(ethylene oxide)/poly(ethylene glycol) dimethyl ether solid electrolyte are studied in this paper. It has been found that the addition of SnO2 nanoparticles to the solid electrolyte produces several key changes in the properties of the solid-state DSC that produced a better performance of the device. Therefore, we have measured an improvement in electrolyte conductivity by a factor of 2, a linear rise in the TiO2 conduction band position, a reduction in the electron recombination rate, and a decrease in charge-transfer resistance at the counterlectrode/electrolyte interface. All these improvements produced an increase in the power conversion efficiency from 4.5 to 5.3% at 1 sun condition, a consequence of the increase of both Voc (oc = open circuit) and Jsc (sc = short circuit) without any sacrifice in FF (fill factor). The origin of these changes has been associated to the strong Lewis acidic character of SnO2 nanoparticles yielding to the formation of a I3– percolation layer for holes at the surface of SnO2 and the reduction of the concentration of free I3– and K+ ions inside the pores of TiO2. From these results, it is concluded that the physicochemical effects of inorganic nanofiller in the polymer electrolyte may also be considered a good route in designing the high efficiency solid-state DSCs employing the polymer electrolyte