Composite Nanomaterials and Functional Nanosystems

Students acquire knowledge and practical experience in the field of nanomaterials: low-dimensional structures including biologically active ones, thin films, composites, ceramics, structural materials, catalysts, and other objects. The main focus is made on the student involvement at NUST MISIS and partner world-class laboratories. Program graduates possess a wide range of competencies for solving multiple tasks in the field of nanotechnology, essential for their professional fulfillment at research centers and high-tech production sites.

Department representative

Alexey Igorevich Salimon

Ph.D. in Physics and Mathematics, head of the Department of Physical Chemistry, Deputy Head of the Laboratory of Accelerated Particles

+7 495 236-87-38
a.salimon@misis.ru

Направление подготовки:

Код 28.03.03

Nanomaterials

Институт:

Teachers

Boris Samuilovich Bokstein

Doctor of Sciences in Physics and Mathematics, Professor of the Department of Physical Chemistry, Honored Scientist of Russia, Honored Worker of Higher Education of Russia, Honored Metallurgist of Russia

Research interests: diffusion and diffusion-controlled processes.

+7 495 638-44-66
bokst@misis.ru

Sergey Dmitrievich Kaloshkin

Doctor of Sciences in Physics and Mathematics, Professor, Head of the College of New Materials, Head of the Center of Compositional Materials

Research interests: Amorphous and nanocrystalline alloys. Mechanical activation, mechanochemical synthesis of materials. Composite materials. Microcalorimetry.

+7 495 638-44-22
kaloshkin@misis.ru

Natalia Efimovna Kaputkina

Doctor of Sciences in Physics and Mathematics, Professor of the Department of Physical Chemistry

Research interests: quantum dots, quantum wells, electromagnetic field effects, quantum neural networks, quantum dot thermodynamics.

+7 495 638-46-67
kaputkina.ne@misis.ru

Ilya Sergeevich Krechetov

Ph.D. in Physics and Mathematics, Associate Professor at the Department of Physical Chemistry

Research interests: electrode materials and electrolytes for electrochemical supercapacitors, relationship between structure and properties of porous electrodes. Participated in the development of methods for modifying commercial electrolytes that expand the operating temperature range to −65°C to +65°C (before modification, the operating temperature range was −45°C to +60°C), developed composite electrode materials based on porous carbon fabric with polyaniline that have increased resource stability. Published 12 articles indexed by Scopus. Hirsch index — 5.

+7 495 638-46-67
ilya.krechetov@misis.ru

Sergey Nikolayevich Zhevnenko

Doctor of Sciences in Physics and Mathematics, Professor of the Department of Physical Chemistry

Scientific interests: processes on interfaces, phase transitions, measurements of the rate of diffusion creep of metal polycrystalline systems based on silver, copper and nickel, the influence of surface phase transitions on diffusion creep. The scientist creates equipment for direct high-temperature studies of the interaction of solid phases with melts, develops a scientific direction for studying capillary effects in a plasma environment, and develops methods for synthesizing MAX phases. There are more than 50 articles, the Hirsch index is 13.

+7 495 638-44-66
zhevnenko@misis.ru

Alexey Olegovich Rodin

Doctor of Sciences in Physics and Mathematics, Professor of the Department of Physical Chemistry

Developed an algorithm for predicting the behavior of diffusing elements at grain boundaries of metal alloys. Modeling of the formation and growth of strengthening phases and prediction of the mechanical properties of steels based on the modeling results. Published 89 articles indexed by Scopus. Hirsch index — 15.

+7 499 638-45-53
rodin@misis.ru

Alexey Igorevich Salimon

Ph.D. in Physics and Mathematics, head of the Department of Physical Chemistry, Deputy Head of the Laboratory of Accelerated Particles

Research interests: nanostructured metals and alloys, quasi-crystalline intermetallics, bulk metallic glasses, composites, elastomers resistant to explosive decompression.

+7 495 236-87-38
a.salimon@misis.ru

Gallery

Functional Nanosystems

Do you know the role of dispersed systems in nature and manufacturing? Want to master the use of nanodisperse systems and physico‑chemical research methods? Study functional nanosystems — gaseous, solid, and liquid media containing nanodisperse particles and droplets?

This track will prepare you as an expert in developing nanomaterials and nanostructures. You’ll learn to conduct comprehensive research, testing, and analytical calculations, and to analyze and determine causal relationships between properties of initial components. You can pursue scientific‑research and teaching, engineering‑technological, and analytical roles.

Duration of the program: 4 years. Full-time education in Russian.

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