15 results on '"penetration depth"'
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2. Development of a method for assessing the depth of penetration of ethosomes with methylene blue into the skin during application and photodynamic exposure
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A. G. Loginova, I. S. Nikitenko, G. V. Tikhonovsky, A. S. Skobeltsin, A. V. Voitova, and V. B. Loschenov
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ethosomes ,transdermal drug delivery ,methylene blue ,penetration depth ,effectivethickness of the drug layer ,Medical technology ,R855-855.5 - Abstract
A wide range of literature sources report on the potential benefits of transdermal drug delivery. Among these advantages, the following are distinguished – minimal injury, reduction of side effects, and prevention of degradation or metabolism in the gastrointestinal tract or liver. However, transdermal delivery of most molecules often excludes due to the barrier function of the skin, which prevents the penetration of exogenous substances. To overcome this barrier and increase skin absorption, ethosomal complexes use, by means penetration into the deep layers of the skin and/or systemic circulation is possible. This work devotes to the development of a non-invasive method for assessing the depth of penetration by ethosomes with methylene blue (MB) into the skin during application and photodynamic exposure. MB as photosensitizer (PS) was chosen, since there are a sufficient number of publications on its positive effect on the restoration of the cell’s respiratory chain of various organs and therefore the restoration of their metabolism. Besides MB has proven to be an effective PS, destructed pathogenic microbes and viruses, including SARS-CoV-2. However, for more effective Covid-19 therapy and antibiotic-resistant microbial diseases, the penetration of MB into the vascular system of the epidermis or mucous tissue is required. Nowadays, the existing methods for assessing the penetration depth of PS are time consuming and require the use of animal skin or model samples. The LESA-01 BIOSPEC system with specially designed optical adapters that allow assessing the drug fluorescence intensity on skin surface and at a depth of up to 2 mm in the investigation was used.
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- 2023
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3. Investigation of technological parameters effect on metal removal during centrifugal rotary machining
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Van Tho Nguyen, Eh. Eh. Tischenko, I. A. Panfilov, and A. A. Mordovtsev
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metal removal from the workpiece surface ,penetration depth ,single interaction ,metal removal analysis ,centrifugal rotary machining ,Materials of engineering and construction. Mechanics of materials ,TA401-492 - Abstract
Introduction. The study results on the single interaction under the centrifugal rotary part machining in the abrasive discrete medium are presented. Simultaneously with the numerical simulation, experiments were carried out on a centrifugal-rotary unit, and the maximum depth of penetration into the surface of the part, the single-track sizes, metal removal in one blow of an abrasive granule, were investigated. The removal of metal from workpieces was investigateddepending on the processing modes, characteristics of the abrasive particle and the processed material.Materials and Methods. The dependences for determining the metal removal from workpieces (steels 45, copper Cu-OF, and aluminum alloy D16T) are taken into account depending on the grain size (N3) of abrasive particles. The process of a single interaction of an abrasive particle and the workpiece surface is considered within the framework of the dynamic contact problem of the elasticity theory. The authors have carried out finite element modeling of the considered structures in CAE ANSYS package.Results. The results of theoretical and experimental studies on the metal removal from workpieces depending on the grain size of abrasive particles are presented. The technique of their implementation, the tool and equipment used are described. The results of theoretical and experimental studies are compared. Their fine precision is established. Abrasive tools and processing modes are selected.Discussion and Conclusions. The dependences constructed in the work provide determining the rational values of the technological parameters of the centrifugal rotary machining (CRM) process. They can be used under designing the CRM processes. Therefore, time and financial resources can be saved to achieve the desired surface quality.
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- 2020
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4. To Calculation of Fillet Welds
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E. Yu. Davydov and A. I. Bondarovich
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welded joint ,gap ,specimen ,cathetus/leg ,penetration depth ,Technology - Abstract
When making welded joints, it is not always possible to press tightly elements to be joined before surfacing the weld. In normative documents on welded joints, the allowable gap between the elements to be connected can reach 3 mm when welding with a covered electrode and 2 mm when welding in shielded gases. At the same time the presence of a gap is not taken into account in the standards for calculation of welded joints. Experimental studies have been carried out to determine effect of the gap on the bearing capacity of the weld. Specimens have been made with welded joints of two types: for work in shear and pull-out. For the purpose of comparison, half of the specimens have been made without gaps, and the other half with gaps between the elements to be joined. The specimens have been made at the Minsk plant of technological metal structures, and their tests have been carried out in a research laboratory of the Belarusian National Technical University. Based on the results of the experiments, it has been concluded that the gaps between the elements to be joined significantly reduce the bearing capacity of the welded joints. In addition, inspection of fracture surfaces have shown that, in the presence of a gap, the cut surfaces of the weld pass along the fusion boundary of the base and deposited metals. It has been experimenttally established that the existing gap leads to a slight increase in the penetration depth. However, the latter factor does not compensate for the decrease in the bearing capacity of the welded joint due to the presence of a gap between the elements to be joined.
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- 2020
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5. Вплив режимів імпульсного дугового натоплювання на геометричні розміри натоплених валиків і структуру натопленого металу системи леґування Fe-C-Cr-Ti-Mn-Si
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Рябцев, І. O., Бабінець, А. А., Лентюгов, І. П., Богайчук, І. Л., and Євдокімов, А. В.
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METAL hardness ,FRETTING corrosion ,UNIFORM spaces ,GEOMETRIC surfaces ,ALLOYS - Abstract
Copyright of Metallophysics & Advanced Technologies / Metallofizika i Novejsie Tehnologii is the property of G.V. Kurdyumov Institute for Metal Physics, N.A.S.U and its content may not be copied or emailed to multiple sites or posted to a listserv without the copyright holder's express written permission. However, users may print, download, or email articles for individual use. This abstract may be abridged. No warranty is given about the accuracy of the copy. Users should refer to the original published version of the material for the full abstract. (Copyright applies to all Abstracts.)
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- 2021
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6. Study of regularities and construction of mathematical models of hydrocarbon distribution in a section on territories of oil treatment enterprises
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Pavel A. Krasilnikov and Valerii V. Seredin
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oil contaminated territories ,hydrocarbons ,penetration depth ,modeling ,mathematical models ,ground ,mathematical statistics ,geostatistics ,artificial pollution ,geology ,geoecology ,Environmental sciences ,GE1-350 - Abstract
Nowadays, active human economic activity leads to significant man-made pollution. In a number of cases geological environment is polluted with hydrocarbons by an accident. That leads to change in physical and mechanical properties of grounds and has negative impact on entire an ecosystem. This work is devoted to identification of regularities and construction of mathematical models for distribution of hydrocarbons along a section on territories of oil refineries, which allow predicting the level of pollution in case of accidental hydrocarbon spills. Obtained information allows estimating changes and predicting bearing capacity of grounds during accidental oil spills. Study of hydrocarbon distribution in ground massif is based on identification of natural and artificial regularities, which are described by math body. This gives a methodological approach to study these regularities depending on geological conditions of territories that are subject to risk of accidental oil spills. Three models of distribution of hydrocarbons along a section are revealed. They are controlled by geological conditions (lithology and depth of occurrence of an aquifer). Based on revealed regularities, mathematical models are developed. They allow to predict degree of ground contamination with hydrocarbons in terms of geological indexes (thickness of loam and crushed rock and depth of occurrence of sandstones). As a result of statistical processing, influence of geological structure on depths of hydrocarbon penetration and content of hydrocarbons is established. It is confirmed that distribution of hydrocarbons is significantly influenced by type of rocks and their sorption ability for hydrocarbons, penetration properties (porosity and permeability) and water saturation. In case near-surface zone of the earth is composed of sands that have low sorption ability for hydrocarbons, high open porosity and high penetration properties, a hydrocarbon contamination zone will be small in comparison with zone composed of clays or loam.
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- 2017
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7. Transmission coefficients of superconducting particles
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A. A. Dovmalov, D. M. Babyshkina, and A. V. Matasov
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Abrikosov vortex ,Superconductivity ,Physics ,0303 health sciences ,Condensed matter physics ,London penetration depth ,02 engineering and technology ,021001 nanoscience & nanotechnology ,electrodynamics of superconductors ,Coherence length ,theory of superconductivity ,03 medical and health sciences ,Chemistry ,cooper pair ,Condensed Matter::Superconductivity ,abrikosov vortex ,Rectangular potential barrier ,Transmission coefficient ,Electric potential ,0210 nano-technology ,Penetration depth ,QD1-999 ,030304 developmental biology - Abstract
Objectives. There is no general theory of superconductivity capable of fully describing this phenomenon, which imposes its own difficulties in the search for new superconducting materials, as well as in the study of their properties. In particular, the electrodynamics of a superconducting system is unexplored. With the aim of a possible further description of the electrodynamics of superconductors, the temperature dependences of the energy parameters of a Cooper pair in the potential field of Abrikosov vortex were analyzed.Methods. The basis for the obtained results of the work was the consideration of the transmission coefficient for a superconducting particle in the approximation of the Wentzel– Kramers–Brillouin method, as well as the relationship between the critical temperature and the London penetration depth and the coherence length based on the model of plasmon destruction of the superconducting state.Results. The dependences of the lifetime of a particle in a potential well, penetration depth, frequency of impacts of a particle against a potential barrier, blurring of the energy level, transmission coefficient, and potential and kinetic energy of a particle on temperature were obtained. The characteristic values of these parameters were obtained at absolute zero for various cuprate, organic, and other superconducting materials. The dependences of the critical electric potential on temperature, as well as the London penetration depth, coherence length, and electric potential on the transmission coefficient at different temperatures were obtained. The form of the dependences qualitatively corresponds to the experimental data.Conclusions. The results obtained can be used to construct a general theory of superconductivity, describe the electrodynamics of a superconducting state, and develop new superconductors with higher critical currents.
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- 2021
8. Laboratory substantiation of the efficiency of nanocomposite material prepolymerization heating
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Z. S. Khabadze
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Materials science ,Composite number ,Modulus ,Young's modulus ,dentin ,Thermal expansion ,coefficient of thermal linear expansion ,symbols.namesake ,stomatognathic system ,filling materials ,Dentin ,medicine ,composite ,Composite material ,Penetration depth ,thermomechanical analysis ,Enamel paint ,enamel ,RK1-715 ,stomatognathic diseases ,medicine.anatomical_structure ,visual_art ,young's modulus ,Dentistry ,visual_art.visual_art_medium ,symbols ,Thermomechanical analysis - Abstract
Aim. To evaluate the effectiveness of prepolymerization heating of composite filling materials.Materials and methods. For the study, two composite filling materials Enamel plus HRi® dentin and enamel were used. During the tests, the coefficient of linear thermal expansion, glass transition temperature, Young's modulus and penetration depth, electron scanning microscopy were determined.Results. According to the results of the study, the difference between heated and unheated dentin samples in terms of Young's modulus, as well as changes in the penetration depth in the samples of the original enamel and enamel after heating, was revealed.Conclusions. In the course of the work, it was found that the material that underwent preliminary heat treatment is much less deformed under load than the material that does not have a thermal history.
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- 2020
9. СКИН-ЭФФЕКТ В ЦИЛИНДРИЧЕСКОМ ПРОВОДЕ КРУГЛОГО СЕЧЕНИЯ ПРИ ПРЯМОУГОЛЬНОЙ ФОРМЕ ИМПУЛЬСА ТОКА
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скин-эффект ,Skin effect ,импульс тока ,rectangular shape ,прямоугольная форма ,penetration depth ,глубина проникновения ,current pulse - Abstract
В статье рассматривается случай скин-эффекта в проводнике при прямоугольной форме импульса тока на основании уравнений Максвелла. В работе определена величина падения напряжения на цилиндрическом проводнике в случае резкого скин-эффекта. Также получено выражение для эффективной глубины проникновения тока для прямоугольного импульса заданной длительности. На основании полученных выражений, приведен конкретный пример резкого скин-эффекта для цилиндрического медного проводника. Показано, что в случае резкого скин-эффекта снижаются требования к выбору материала проводника, а также слабо сказывается изменение длительности импульса. Полученные выражения также могут быть применены к проводнику кольцевого сечения., The article deals with the case of the skin effect in a conductor with a rectangular shape of the current pulse based on the Maxwell's equations. The study determines the value of the voltage loss in a cylindrical conductor in the case of a sharp skin effect along with obtaining an expression for the effective depth of current penetration for a rectangular pulse of a given duration. Based on the obtained expressions, the study presents a specific example of a sharp skin effect for a cylindrical copper conductor. It is shown that in the case of a sharp skin effect, the requirements for the choice of the conductor material are reduced, while the change in the pulse duration has a low effect. The resulting expressions can also be applied to an annular conductor., Международный научно-исследовательский журнал, Выпуск 6 (108) 2021, Pages 29-35
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- 2021
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10. DEVELOPMENT OF A CUMULATIVE CUTTING DEVICE AS A WORKING MODULE FOR UNMANNED UNDERWATER VEHICLE
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Chernyavskih, А. V., Yudin, S. Yu., Solovyov, O. A., and Terentyev, M. S.
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SHAPED CHARGE ,ГЛУБИНА ПРОБИТИЯ ,PENETRATION DEPTH ,DETONATION VELOCITY ,НЕОБИТАЕМЫЙ ПОДВОДНЫЙ АППАРАТ (НПА) ,РЕЖУЩЕЕ УСТРОЙСТВО ,CUTTING DEVICE ,СКОРОСТЬ ДЕТОНАЦИИ ,UNMANNED UNDERWATER VEHICLE (UUV) ,КУМУЛЯТИВНЫЙ ЗАРЯД - Abstract
Проведена оценка перспектив развития подводных комплексов и их составляющих для выполнения различных технологических операций на дне шельфа и в прибрежных водах. Исходя из результатов разработано режущее устройство кумулятивного действия для необитаемого подводного аппарата (НПА) для рабочих глубин до 300 м. An assessment of the prospects for the development of underwater complexes and their components for performing various technological operations on the shelf bottom and in coastal waters was made. Based on the results, a cumulative cutting device for an unmanned underwater vehicle (UUV) for working depths of up to 300 m was developed.
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- 2021
11. Electromagnetic drying of wet materials with a small depth of penetration of microwave radiation in the conditions of heat removal by radiation and convection. III. Stage of falling drying rate
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Salomatov, Vladimir Vasilievich, Karelin, Vadim Alexandrovich, and Salomatov, Vasily Vladimirovich
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Convection ,капиллярно-пористые материалы ,electromagnetic drying ,Materials science ,теплосброс ,Materials Science (miscellaneous) ,capillary-porous array ,конвекция ,stage of falling drying speed ,теплоизлучение ,скорость ,Management, Monitoring, Policy and Law ,сушка ,Mass transfer ,Heat exchanger ,тепловлагоперенос ,Penetration depth ,Waste Management and Disposal ,Physics::Atmospheric and Oceanic Physics ,convection ,Mathematical model ,business.industry ,влажные материалы ,Mechanics ,heat radiation ,Geotechnical Engineering and Engineering Geology ,СВЧ-измерения ,Fuel Technology ,microwave radiation ,электромагнитная сушка ,A. V. Lykov heat-moisture transfer equation ,Thermal radiation ,Heat transfer ,Economic Geology ,радиация ,business ,Thermal energy - Abstract
Актуальность исследования продиктована необходимостью разработки математических моделей СВЧ-нагрева и МВ-сушки влажных материалов для получения технологически оптимальных и экономически выгодных режимов. Настоящая публикация является продолжением статей тех же авторов в "Известия Томского политехнического университета. Инжиниринг георесурсов", в которой с помощью математического моделирования подробно был изучен процесс на первой и второй стадиях сушки - стадии прогрева, когда теплообмен между поверхностью влажного тела и окружающей средой осуществляется за счет радиации и конвекции, а СВЧ-энергия поглощается поверхностным слоем из-за малой ее глубины проникновения, а также стадии постоянной скорости сушки. Построены асимптотические решения этой нелинейной задачи для малых и больших значений безразмерного времени, востребованные инженерной практикой, как для параметрического анализа, так и для проведения оперативных расчетов. Подход, связанный с рассмотрением третьей стадии - стадии падающей скорости сушки, основан на установлении базового уравнения сушки, которое обеспечивает взаимосвязь между теплообменом и влагообменом с помощью критерия Ребиндера. Цель: постановка задачи третьего этапа СВЧ-сушки влажного материала - этапа падающей скорости сушки - и реализация теоретического решения по определению распределения температурного поля по толщине слоя и величины скорости сушки. Объектом исследования является плоский слой влажного материала - уголь, песок, древесина и др. капиллярно-пористые массивы, на которые воздействует СВЧ-излучение. Такие материалы обладают высокой диэлектрической проницаемостью и как следствие весьма эффективно поглощают СВЧ-излучение, которое почти на 100 % преобразуется в тепловую энергию. Методы исследования связаны с математическим моделированием, в основе которых лежат уравнения электродинамики Максвелла и тепловлагопереноса А. В. Лыкова. В данной статье при оценке параметров тепловлагопереноса учет теплообмена ведется более детально, нежели массообмена. Также одной из особенностей данной задачи электромагнитной сушки является рассмотрение материалов с малой глубиной поглощения, в силу чего в системе уравнений для нагрева источниковый член находится в граничном условии. В результате исследований были определены температура и влагосодержание подсушиваемого тела в режиме падающей скорости сушки, получены расчетные соотношения аналитического характера для малых и больших параметров времени. The relevance of the research is dictated by the need to develop mathematical models of microwave heating and MV-drying of wet materials to obtain technologically optimal and cost-effective modes. This publication is a continuation of the articles of the same authors in The Bulletin of the Tomsk Polytechnic University. Geo Assets Engineering, in which using the mathematical modeling, the authors have studied in details the process at the first and second stages of drying - the heating stage, when heat exchange between the surface of a wet body and the environment occurs due to radiation and convection, and microwave energy is absorbed by the surface layer owing to its small penetration depth, as well as the stage of constant drying rate. The authors constructed the asymptotic solutions of this nonlinear problem for small and large values of dimensionless time, which are demanded by engineering practice, both for parametric analysis and for performing operational calculations. The approach associated with the consideration of the third stage - the stage of the falling drying rate, is based on determination of the basic drying equation, which provides the relationship between heat transfer and moisture exchange using the Rebinder criterion. The aim of the research is to state the problem of the third stage of microwave drying of a wet material - the stage of a falling drying rate, and to implement a theoretical solution to determine temperature field distribution over the layer thickness and the drying rate. The object of the research is a flat layer of wet material - coal, sand, wood, etc. capillary-porous arrays, which are affected by microwave radiation. Such materials have a high dielectric constant and, as a result, very effectively absorb microwave radiation, which is almost 100 % converted to thermal energy. The research methods are associated with mathematical modeling, which are based on the equations of Maxwell's electrodynamics and heat and moisture transfer by A. V. Lykov. In this article, when assessing the parameters of heat and moisture transfer, heat transfer accounting is conducted in more details than mass transfer. One of the features of this problem is the consideration of materials with a small depth of absorption, whereby the source term in the system of equations for heating is in the boundary condition. The temperature and moisture content of the body to be dried were determined in the mode of the falling drying speed, the calculated analytical ratios for small and large parameters of time were obtained.
- Published
- 2020
12. КОНТРОЛЬ ДЕФЕКТОВ В СТРУКТУРАХ МЕТАЛЛ–ДИЭЛЕКТРИК С ИСПОЛЬЗОВАНИЕМ СВЕРХМИНИАТЮРНЫХ ВИХРЕТОКОВЫХ ПРЕОБРАЗОВАТЕЛЕЙ
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ДМИТРИЕВ, C.Ф.
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defect ,вихретоковый преобразователь ,металл-диэлектрик ,слоистые композиты ,layered composites ,звуковая карта ,sound card ,metal-dielectric ,penetration depth ,дефект ,eddy current transducer ,глубина проникновения - Abstract
На основе разработанного вихретокового преобразователя (ВТП) трансформаторного типа создан датчик, способный производить исследования дефектности структур металл–диэлектрик–металл. В статье представлена схема датчика и приведены основные технические сведения, позволяющие сконструировать датчик (число обмоток 10…130 витков, значение начальной магнитной проницаемости сердечника μmax = 500). Проведен анализ использования вихретоковых преобразователей для задач контроля структур металл-диэлектрик. Предложена схема использования компьютера в качестве генератора и приемника сигналов с катушек вихретокового преобразователя. Представлена методика измерений, позволяющая проводить контроль дефектов в слоистых композитах с использованием разработанного преобразователя и персонального компьютера. Разработанный датчик тестировался на слоистой структуре, состоящей из слоев бумаги и алюминия толщиной по 100 мкм, в которую помещался модельный дефект. Представлены графики, демонстрирующую зависимость сигнала ВТП от дефекта в данной структуре., Based on a transformer eddy current transducer (ECT), a probe has been designed to study metal- insulator -metal structures. The structural diagram of the probe is given and the basic technical data are stated (the number of windings is 10…130 turns, and the value of the initial permeability of the core μmax = 500). An analysis is made of the use of eddy current transducer for control problems of metal-insulator structures. The scheme that uses the computer as a generator and receiver of signals from windings is considered. The measurement procedure allowing one to detect defects in laminate composites with a high accuracy is described using a developed transducer and personal computer. The transducer was tested on the layered structure consisting of paper and aluminum layers with a thickness of 100 μm each in which the model defect was placed. The dependences of the ECT signal on the defect in this structure are given., №10 (2018)
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- 2018
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13. On penetration depth of an oxidizing agent jet into the melt of LD-converter
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Lukhtura, F. I. and Linnik, A. V.
- Subjects
фурма ,сопло ,сверхзвуковой поток ,металлический расплав ,глубина внедрения ,надзвуковий потік ,металевий розплав ,глибина занурення ,a tuyere ,nozzle ,supersonic flow ,melt ,penetration depth - Abstract
Проаналізовані впливи режимних параметрів витікання (повного перепаду тиску, надлишкового імпульсу, витрати та др.) з сопел фурм і геометрії останніх на змінення глибини занурення дозвукової струмини з природним початковим ступенем турбулентності і надзвукової струмини в умовах витікання без ефекту зворотного зв’язку в розплав із сопел з різноманітними числами Маху і кутами між твірною й віссю дифузора сопла, на різних відстанях від поверхні ванни та товщини шару шлаку. Отримані відповідні залежності, які практично збігаються з експериментальними даними, отриманими як на моделях, так і на натурі, Проведен анализ влияния режимных параметров истечения (полного перепада давлений, избыточного импульса, расхода и др.) из сопел фурм и геометрии последних на изменение глубины внедрения дозвуковой струи с естественной начальной степенью турбулентности и сверхзвуковой струи в условиях истечения без эффекта обратной акустической связи в расплав из сопел с различными числами Маха и углами между образующей и осью сверхзвуковой расширяющейся части сопла, на различных расстояниях от поверхности ванны и толщины слоя шлака. Получены соответствующие зависимости, которые практически совпадают с экспериментальными данными, полученными как на моделях, так и на натуре, The influence of discharge regime parameters (full pressure differential, surplus impulse, consumption etc.) through the tuyere nozzles and their design on change of the subsonic jet with natural initial degree of turbulence penetration depth and the supersonic jet under discharge conditions without acoustic-feedback into the melt through the nozzles with various Mach numbers, the generatrix and the supersonic widening nozzle forming an angle, at different distances from the melt surface and the slag layer have been analyzed. The received relations agree very closely with experimental data received both from models and in practice. Thus the penetration depth is peak at the nozzle, in which pressure differential given gas expansion being maximum. However penetration depth functional dependence on Mach number is such that Mach number decreasing substantially, the penetration depth decreasing little. With the nozzle expansion angle increase the jet penetration depth decreases over the total range of the pressure differential drop. degree off-design). From the analysis of the received data it should be noted, that the dimensions of the interaction zone decrease both in width (the crater diameter) and in penetration depth if there is a slag layer. It also points to the fact that if there is a slag layer the degree of the oxygen assimilation by the melt decreases as well as the metal mass joining the downward jet of the oxidizer while the carbon critical concentration grows. The received dependences of the jet penetration depth into the melt on such various factors as: discharge regime parameters, blowing devices design etc., can be used to select the design peculiarities of nozzles in blowing devices and proper blowing regimes. The given results must be taken into account to design, improve and operate blowing devices
- Published
- 2015
14. Electromagnetic properties of superconductors with overlapping zones
- Author
-
Kresin, V
- Published
- 1967
15. Depth of magnetic field penetration in a superconductor model with overlapping zones
- Author
-
Kresin, V
- Published
- 1968
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