Baraishuk Siarhei

@bsatu.by

Department of practical training students
Belarusian State Agrarian Technical University

Baraishuk Siarhei


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https://researchid.co/bear_s_m

RESEARCH, TEACHING, or OTHER INTERESTS

Engineering, Condensed Matter Physics, Electrical and Electronic Engineering
18

Scopus Publications

442

Scholar Citations

12

Scholar h-index

16

Scholar i10-index

Scopus Publications

  • Reduction of PID in Utility-Scale Photovoltaic Installations Through Enhanced Grounding Using Hydrogel-Graphite Filler
    Proceedings of International Conference on Applied Innovation in IT, 2025
  • Methods for Calculating the Resistance of Grounding Devices with Backfilling Special Compositions
    Mikhail Drako, Ivan Pavlovich, Siarhei Baraishuk
    E3s Web of Conferences, 2024
    Traditional analytical methods for calculating and designing of grounding devices (GDs) in heterogeneous soils can lead to results that do not correspond to those obtained in practice. The empirical coefficients used in calculations of grounding systems given in various literature sources do not always give an explicable and significant discrepancy with the same initial data. In this paper, some well-known methods for calculating the spreading resistance of GDs are considered and the obtained results are compared with experimental data. It is shown that the recommendations and algorithms for calculating the resistance of GDs, presented in the well-known reference literature and regulatory documentation, do not give full and correct description for grounding devices installed in heterogeneous soil. In particular, it is shown that such a factor as the proportional ratio of soils with different resistivity practically does not affect the final result. This fact may mislead specialists, since the results obtained may differ significantly from what is observed in practice after the installation of GDs. The study proposes a calculation method and shows a fairly good convergence of the results with experimental data, and defines a further direction in optimizing calculation methods GDs.
  • Ensuring the reliability of energy systems through the application of a new method for introducing soil-replacement mixtures during the installation of deep grounding devices
    Ivan Pavlovich, Siarhei Baraishuk, Muzaffar Murodov, Khurshed Abdulkhayev
    E3s Web of Conferences, 2024
    This paper discusses a method for using mixtures to optimize the electrical parameters of grounding devices during the installation of vertical composite ground electrodes. The authors propose a design for the coupling and tip for vertical composite ground electrodes. Various techniques for artificially reducing the resistance of the grounding circuit are examined. Results from vertical electrode soundings of the soil at grounding locations are presented. The proposed method allows for the introduction of a mixture simultaneously with the vertical composite grounding electrode, including designs for the coupling, tip, and auxiliary device. Experimental studies of the proposed design have been conducted, and results measuring the resistance to current spread of such grounding devices are presented for both standard and proposed couplings.
  • The use of hydrogels in mixtures to reduce the transient resistance of the soil - grounding device
    Siarhei Baraishuk, Ivan Pavlovic, Muzaffar Murodov, Murodjon Nabiev
    E3s Web of Conferences, 2024
    A method for reducing the resistance of the ground loop for high-resistance soils by using mixtures based on hydrogel is considered as backfill materials. Based on the results of the research, an analysis was made of the effect of mixtures on soil resistivity, the seasonality factor and the resistance of the ground loop at various temperatures and humidity.
  • A Method of Applying Mixtures to Optimize Grounding during Installation of Vertical Composite Grounding Devices
    I. Pavlovich, S. Baraishuk, M. Murodov, M. Nabiev
    Energetika Proceedings of Cis Higher Education Institutions and Power Engineering Associations, 2024
    The article considers the method of using mixtures to optimize the electrophysical parameters of grounding devices in conjunction with vertical composite grounding conductors. It has been found that fluctuations in soil resistivity caused by changes in weather and climatic conditions can lead to instability of the ground loop resistance. The study shown that without appropriate measures, the resistance of the loop as a result of seasonal changes in soil properties may exceed acceptable values. This is fraught with deviations in the resistance to current spreading of grounding devices beyond the limits of acceptable parameters. To compensate for these fluctuations, a method is proposed to reduce the seasonality factor. Reducing seasonality plays an important role in ensuring the safety of service personnel and farm animals by maintaining the resistance of the grounding device within the limits of regulatory values. The authors discuss methods for artificially reducing the resistance of the ground loop, including increasing its size and using deep ground electrodes. The results of vertical electrode probing of the soil at the sites of grounding conductors are presented, the effect of humidity on the resistivity of the soil is shown, the influence of soil layering and the presence of moisture-saturated soil layers is considered. A method is proposed that allows the mixture to be introduced together with a vertical composite grounding device, the design of the coupling, tip and auxiliary device, experimental studies of the proposed designs are carried out and the results of measuring the current spreading resistance of such a grounding device with both standard and proposed couplings are presented. A comparison was made with a grounding device without the use of mixtures. The measurement results demonstrate that with an increase in the length of the grounding device, its diameter and the volume of the injected mixture, the resistance decreases. It is shown that the proposed solution makes it possible to reduce seasonality by 1.64–2.1 times, depending on the couplings used, and to obtain a grounding conductor with an equivalent diameter dozens of times larger than the diameter of a composite grounding conductor. The authors propose the use of soil-replacing mixtures to reduce soil resistivity and ensure the stability of the grounding loop throughout the entire service life. The proposed method of applying mixtures without pre-drilling makes it possible to reduce the cost of constructing grounding devices.
  • Ensuring the Reliability of Energy Systems with a New Method for Reducing Seasonal Variations in Ground Resistance
    Pavlovich I.A., Baraishuk S.M., Skripko A.N.
    Energy Systems Research, 2023
    The paper shows the possibility of improving the reliability of a grounding system. The moisture dependence of soil resistivity is analyzed. Based on the analysis, the soil composition was proposed to normalize (reduce seasonality) its electrical resistivity. Several full-scale experiments are carried out to measure the resistance of grounding devices of experimental circuits, after backfilling the places of laying the circuit components with soil of various compositions and using other types of soils and minerals.
  • Ensuring the reliability of energy systems with the application of a new method of decreasing seasonal variations of ground resistance
    Ivan Pavlovich, Siarhei Baraishuk, Alexey Skripko
    E3s Web of Conferences, 2023
    The possibility of improving the reliability of the grounding system is shown. The analysis of dependence of soil resistivity on humidity was carried out, on the basis of which a composition for normalization (reduction of seasonality) of soil electrical resistivity was proposed. A number of full-scale experiments were carried out to measure the resistance values of the grounding devices of experimental circuits, after backfilling the places of laying the contour elements with various compositions and introducing other types of soils and minerals.
  • Reduction of the Electrical Resistance of Grounding Devices by the Use of a Soil Replacement Mixture Based on Graphite and Hydrogel to Stabilize the Electrophysical Parameters of the Soil
    I. A. Pavlovich, S. M. Baraishuk
    Energetika Proceedings of Cis Higher Education Institutions and Power Engineering Associations, 2023
    This article discusses the factors that affect the electrical resistance of the current spreading of the grounding device. The issue of the electrophysical parameters of the soil that affect its resistivity and the consideration of such parameters in the design of grounding devices is considered. It is shown that keeping moisture in the near-electrode space of the grounding electrode, as well as maintaining it at a certain level, facilitates improving the quality and reliability of the grounding. A relationship has been established between the ability to retain moisture and the magnitude of seasonal fluctuations in the electrical resistance of the soixl, and also the season factor, which takes into account changes under different climatic environmental conditions. The issues of application of various methods of reducing the resistivity of the soil during mounting of grounding devices are considered. One of the main ways to reduce ground resistance is the use of solutions of various mineral salts. This method is not optimal, as it accelerates the corrosion processes in the materials of the ground electrodes. Therefore, the paper also considers other ways to reduce the resistance of the ground loop; in particular, the authors propose a method for reducing the resistance of a grounding device based on the method of partial replacing the soil in the near-electrode region with a mixture with a lower resistivity capable of collecting moisture based on graphite and hydrogel. This type of mixture is environmentally friendly when used, as well as it is non-aggressive to the material of the ground loop. The principle of operation of this mixture is based on the fact that the hydrogel makes it possible to stabilize the moisture at the site of laying the circuit, while graphite increases the overall conductivity of the mixture. The paper presents the results of laboratory studies, which have been carried out in accordance with GOST 9.602–2016. For this purpose, control samples were placed in containers made of a non-conductive material (plexiglas) and dependence of resistivity on moisture, temperature, specific content of graphite and hydrogel was measured. The article presents graphs of the dependences of the mixture specific resistance on moisture, temperature, and the quantitative content of the hydrogel. From the results obtained, it can be concluded that the mixture in can be used in the energy sector to improve the reliability of electrical installations and ensure electrical safety.
  • A low-temperature X-ray diffraction study of the Cu2ZnSnSe4 thin films
    Aliona V. Stanchik, Vital A. Chumak, Valery F. Gremenok, Siarhei M. Baraishuk
    Mendeleev Communications, 2021
  • Tendencies in the design of the grounding devices for the electrical installations of the belarusian energy system
    Mikhail Drako, Siarhei Baraishuk
    E3s Web of Conferences, 2020
    The paper considers the reasons to improve the design system for the grounding devices. It proposes a special-purpose composite mixture to reduce the soil electrical resistivity values. A number of field experiments were carried out to measure the resistance values of the grounding devices of the experimental circuits, after their near-electrode soil space had been treated with a special mixture to optimize the electrical resistivity of the grounding connection.
  • Influence of the Substrate Type on the Surface Morphology of Cu2ZnSnSe4 Thin Films
    S. M. Baraishuk, T. M. Tkachenko, A. V. Stanchik, V. F. Gremenok, S. A. Bashkirov, et al.
    Journal of Surface Investigation, 2018
  • Surface properties of Me/Si structures prepared by means of self-ion assisted deposition
    I. Tashlykov, P. Żukowski, O. Mikhalkovich, S. Baraishuk
    Acta Physica Polonica A, 2014
  • Elemental composition, topography, and wettability of the surface of graphite modified by ion-assisted deposition of chromium coatings
    I. S. Tashlykov, S. M. Baraishuk
    Russian Journal of Non Ferrous Metals, 2008
  • Composition, structure and surface morphology of silicon modified by ion dynamic mixing
    Przeglad Elektrotechniczny, 2008
  • Structural and phase analysis of rapidly solidified Al-Fe alloys
    I. I. Tashlykova-Bushkevich, E. S. Gut’ko, V. G. Shepelevich, S. M. Baraishuk
    Journal of Surface Investigation, 2008
  • Analysis of the composition of Ti-based thin films deposited on silicon by means of self-ion assisted deposition
    I. S. Tashlykov, P. V. Zukowski, S. M. Baraishuk, O. M. Mikhalkovich
    Radiation Effects and Defects in Solids, 2007
  • Composition and structure of thin metal films deposited on solid and nonrigid materials
    I. S. TASHLYKOV, S. M. BARAISHUK, O. G. VERES
    Proceedings of the International Conference on Physics Chemistry and Application of Nanostructures Nanomeeting 2007 Reviews and Short Notes, 2007
  • Composition and structure of thin metal films deposited on solid and nonrigid materials
    I. S. TASHLYKOV, S. M. BARAISHUK, O. G. VERES
    Physics Chemistry and Application of Nanostructures Reviews and Short Notes Proceedings of the International Conference on Nanomeeting 2007 Minsk Belarus 22 25 May 2007, 2007

RECENT SCHOLAR PUBLICATIONS

  • Reduction of PID in Utility-Scale Photovoltaic Installations Through Enhanced Grounding Using Hydrogel-Graphite Filler
    M Murodov, S Baraishuk, M Nabiev, E Berkinov
    Proceedings of the International Conference on Applied Innovations in IT … , 2025
    2025
  • Значение заземления солнечных панелей в фотоэлектрических системах для снижения влияния PID (Potential Induced Вegradation)
    МХ Муродов, СМ Барайшук, ЭХ Беркинов, МЯ Набиев, ТУ Атамирзаев
    2025
  • Применение нового материала для оптимизации электрофизических параметров грунта в месте заложения контура заземления
    СМ Барайшук, ИА Павлович
    БГАТУ , 2025
    2025
  • Миниатюрные биотопливные элементы на основе металлических аэрогелей для самопитаемых сенсорных систем
    Д Вэн, СМ Барайшук
    БГАТУ , 2025
    2025
  • Влияние потенциала индуцированной деградации морфологию фотоэлементов
    СМ Барайшук, М Вертель
    БГАТУ , 2025
    2025
  • Глубинное проникновение в подложку SI компонентов молибденовой пленки при ее формировании катодным вакуумным распылением с ионным ассистированием
    ОМ Михалкович, ВС Куликаускас, СМ Барайшук
    БГАТУ , 2025
    2025
  • Магнитоанизотропные среды в явлении двойного преломлении света
    ВР Соболь, ОМ Михалкович, СМ Барайшук
    БГАТУ , 2025
    2025
  • Комбинированный метод катодной защиты от потенциал-индуцированной деградации фотоэлектрических установок
    ЭХ Беркинов, М Муродов, ИА Павлович, СМ Барайшук
    БГАТУ , 2025
    2025
  • Перспективы цифрового эксперимента в задачах светотехники
    ВР Соболь, ОМ Михалкович, ВВ Дорофейчик, СМ Барайшук
    БГАТУ , 2025
    2025
  • Применение нейронных сетей при оптической диагностике солнечных панелей
    СМ Барайшук, СС Нефедов, ЯЛ Кленицкий
    БГАТУ , 2025
    2025
  • Влияние потенциал-индуцированной деградации на структуру поверхности кремниевых фотоэлементов
    СМ Барайшук, ИА Павлович, ЯЛ Кленницкий, М Вертель
    2025
  • КОНТРОЛЬ СМАЧИВАЕМОСТИ КОНТАКТОВ СЕНСОРНЫХ ЭЛЕМЕНТОВ, ПОЛУЧЕННЫХ ОСАЖДЕНИЕМ Mo МЕТОДОМ ИОННО-АССИСТИРОВАННОГО ОСАЖДЕНИЯ В УСЛОВИЯХ ОБЛУЧЕНИЯ ИОНАМИ НАНОСИМОГО МЕТАЛЛА
    СМ Барайшук, ОМ Михалкович, АИ Туровец
    БГПУ , 2025
    2025
  • Обучение нейронных сетей для акустического распознавания дефектов асинхронных электродвигателе
    МИ Есипович, СМ Барайшук
    БГАТУ , 2025
    2025
  • Технико-экономическое обоснование применения специальных смесей для оптимизации электрофизических параметров грунтов при монтаже контуров заземления в Республике Беларусь
    ИА Павлович, СМ Барайшук, ЯЛ Кленицкий
    2025
  • Обучение нейронных сетей для оптического распознавания PID деградации солнечных панелей
    ЯЛ Кленицкий, СМ Барайшук
    БГАТУ , 2025
    2025
  • Преподавание основ материаловедения для инженеров-энергетиков
    ТМ Ткаченко, СМ Барайшук, СС Нефедов, ОМ Михалкович
    2025
  • Исследование изменений структуры поверхности кремниевых солнечных элементов при потенциал-индуцированной деградации методом атомно-силовой микроскопии
    СМ Барайшук, ОМ Михалкович, MХ Mуродов
    2025
  • Области существования твердых растворов Mn (Co) ZnSb и Mn (Ni) Zn
    АВ Гурбанович, ВИ Митюк, СМ Барайшук, ТМ Ткаченко, АВ Головчан, ...
    2025
  • Исследование железо-марганцевых германидов методом ядерного гамма-резонанса
    АВ Гурбанович, ВИ Митюк, ТМ Ткаченко, СМ Барайшук, АВ Головчан, ...
    2025
  • Изучение потенциально индуцированной деградации элементов для оптических ИК-газоанализаторов
    СМ Барайшук, МХ Муродов, ХГ Абдулхаев, ВИ Митюк, ОМ Михалкович
    2025
    Citations: 1

MOST CITED SCHOLAR PUBLICATIONS

  • Элементный состав, топография и смачиваемость поверхности графита, модифицированного ионно-ассистированным осаждением хромовых покрытий
    ИС Ташлыков, СМ Барайшук
    2008
    Citations: 39
  • Изучение ядерно-физическими методами металлосодержащих (Ti, Co)-покрытий, осажденных методом ионного ассистирования на кремний
    ОГ Бобрович, ИС Ташлыков, ВВ Тульев, СМ Барайшук
    2006
    Citations: 28
  • О разработке смеси на основе гидролизованного полиакрилонитрила для уменьшения удельного электрического сопротивления грунт
    МА Драко, СМ Барайшук, ИА Павлович
    Известия высших учебных заведений. ПРОБЛЕМЫ ЭНЕРГЕТИКИ 23 (1), 80-92 , 2021
    2021
    Citations: 18
  • Elemental composition, topography, and wettability of the surface of graphite modified by ion-assisted deposition of chromium coatings
    IS Tashlykov, SM Baraishuk
    Russian Journal of Non-Ferrous Metals 49 (4), 303-307 , 2008
    2008
    Citations: 18
  • Снижение сопротивления заземляющих устройств применением обработки грунта неагрессивными к материалу заземлителя стабилизирующими влажность добавками
    СМ Барайшук, ИА Павлович
    Агропанорама 137 (1), 20-23 , 2020
    2020
    Citations: 17
  • Reduction of the Electrical Resistance of Grounding Devices by the Use of a Soil Replacement Mixture Based on Graphite and Hydrogel to Stabilize the Electrophysical Parameters …
    IA Pavlovich, SM Baraishuk
    ENERGETIKA. Proceedings of CIS higher education institutions and power … , 2023
    2023
    Citations: 16
  • Особенности постановки лабораторной работы по изучению электрических свойств проводниковых и полупроводниковых материалов на базе универсального электромонтажного комплекса
    С Барайшук, Т Ткаченка, А Михальцов, М Янко
    Вести Белорусского государственного педагогического университета. Серия 3 … , 2017
    2017
    Citations: 15
  • Structural and phase analysis of rapidly solidified Al-Fe alloys
    II Tashlykova-Bushkevich, ES Gut’ko, VG Shepelevich, SM Baraishuk
    Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques … , 2008
    2008
    Citations: 14
  • The study of nuclear-physical methods of metal (Ti, Co)-coating deposited by ion-assisting of on silicon
    OG Bobrovich, IS Tashlykov, VV Tul’ev, SM Barayshuk
    Fizika i khimiya obrabotki materialov, 54-58 , 2006
    2006
    Citations: 14
  • Снижение сезонных колебаний сопротивления растеканию тока заземляющих устройств применением смесей для стабилизации влажности грунта
    СМ Барайшук, ИА Павлович, МИ Кахоцкий
    Эпоха науки, 87-93 , 2020
    2020
    Citations: 12
  • Изучение поверхности структур металл/кремний, приготовленных ионно-ассистированным нанесением покрытий
    СМ Барайшук, ВФ Гременок, ВВ Тульев, ИС Ташлыков
    ФХОМ 1, 66 , 2011
    2011
    Citations: 12
  • Структура и повреждение кремния, модифицированного ионно-ассистированным нанесением тонких пленок
    ИС Ташлыков, СМ Барайшук, ОМ Михалкович, И Антонович
    2008
    Citations: 12
  • Склерометрический метод измерения микротвердости пленок фоторезиста на кремнии
    ДИ Бринкевич, ВС Просолович, ЮН Янковский, СА Вабищевич, ...
    Приборы и методы измерений 7 (1), 77-84 , 2016
    2016
    Citations: 11
  • Composition, structure and surface morphology of silicon modified by ion dynamic mixing
    I Tashlykov, S Baraishuk, O Mikkalkovich, I Antonovich
    Przeglad Elektrotechniczny 84 (3), 111-113 , 2008
    2008
    Citations: 11
  • Исследование тонких пленок Cu2ZnSnSe4 методом атомно-силовой микроскопии
    АВ Станчик, СМ Барайшук, СА Башкиров, ВФ Гременок, МС Тиванов, ...
    Выдавецкі дом Беларуская навука, Мінск, Рэспубліка Беларусь , 2016
    2016
    Citations: 10
  • Повреждение поверхности кремния при ионно-ассистированном осаждении Ti и Co покрытий
    ИС Ташлыков, ОМ Михалкович
    Физика и химия обработки материалов, 45-49 , 2008
    2008
    Citations: 10
  • Tendencies in the design of the grounding devices for the electrical installations of the belarusian energy system
    M Drako, S Baraishuk
    E3S Web of Conferences 216, 01067 , 2020
    2020
    Citations: 9
  • Композиционный состав и повреждение поверхности кремния при ионно-ассистированном нанесении тонких пленок
    ИС Ташлыков, ОГ Бобрович, СМ Барайшук, ОМ Михалкович, ...
    2009
    Citations: 8
  • Структурный и фазовый анализ быстрозатвердевших сплавов Al-Fe
    ИИ Ташлыкова-Бушкевич, ЕС Гутько, ВГ Шепелевич, СМ Барайшук
    Наука , 2008
    2008
    Citations: 8
  • Influence of the Substrate Type on the Surface Morphology of Cu 2 ZnSnSe 4 Thin Films
    SM Baraishuk, TM Tkachenko, AV Stanchik, VF Gremenok, SA Bashkirov, ...
    Journal of Surface Investigation: X-ray, Synchrotron and Neutron Techniques … , 2018
    2018
    Citations: 7