Conveners
Condensed Matter Physics: Section 1
- Timur Tropin (Joint Institute for Nuclear Research)
- Ivan Bobrikov (JINR)
Condensed Matter Physics: Section 2 Part 1
- Timur Tropin (Joint Institute for Nuclear Research)
- Ivan Bobrikov (JINR)
Condensed Matter Physics: Section 2 Part 2
- Timur Tropin (Joint Institute for Nuclear Research)
- Ivan Bobrikov (JINR)
Meir Yerdauletov
(jinr)
16/04/2019, 14:00
Applied Research
Oral
Currently, lithium-ion batteries are the most commonly used chemical sources of current. When considering the evolution of modern electronic devices, there is a clear tendency towards their miniaturization and increased functionality. This leads to a significant increase in energy consumption, which, in turn, requires the creation of more efficient and compact sources (accumulators) of...
Mr
Karol Kułacz
(Faculty of Chemistry, University of Wroclaw)
16/04/2019, 14:15
Condensed Matter Physics
Oral
Nontronite belongs to phyllosilicates group. It is an example of layered clay minerals of prominent sorption properties. Layered minerals form structures consisting of tetragonal and octahedral sheets. Our team focused on the unique properties of aluminosilicates and used them for modification using solvents with a constant dipole moment. The process is called intercalation.
Products of...
Mr
Anton Matasov
(National Research University "Moscow Power Engineering Institute")
16/04/2019, 14:30
Condensed Matter Physics
Oral
Using the estimate of the characteristic length by the Heisenberg's uncertainty principle and the WKB method, the relationship between the London penetration length and the coherence length for HTSC is obtained. The relationship between the London penetration length and the wavelength of plasma oscillations is considered, on the basis of which an expression is obtained for the velocity of a...
Mr
Lukasz Koszuk
(Faculty of Physics, University of Warsaw)
16/04/2019, 14:45
Applied Research
Oral
Nuclear cross sections strongly depend on neutron energy (e.g. their behaviors in resonance regions). To represent some reactions of resonant nuclides accurately, more than 100,000 energy points are required. Most nuclear codes cannot handle this vast amount of data. That is why, the pointwise cross sections are averaged over energy groups to form multi-group cross sections. These group...
Ms
Yulia Aleksiayenak
(JINR)
16/04/2019, 15:00
Applied Research
Oral
Composite materials based on cubic boron nitride in titanium and aluminum containing systems are promising for use in the manufacturing industry to process the cutting part of the tools. In addition, due to a combination of unique characteristics, composition materials based on dense modifications of boron nitride are widely used as various functional environments of modern micro-,...
Ms
Assel Yermekova
(Yermekovna)
17/04/2019, 14:00
Condensed Matter Physics
Oral
Today, magnetic nanoparticles based on metal oxides have great interest by both scientific world and industry. Magnetite Fe3O4, which nanoparticles have wide range of application in different fields of science and techniques, is the most popular form of synthesized nanoparticles. There is huge interest to these nanoparticles due to their adsorption properties, good biocompatibility and...
Mrs
Dina Mustakhieva
(Adilkhankyzy)
17/04/2019, 14:15
Condensed Matter Physics
Oral
Introduction. One of the important problems of modern material is the development of new materials with desired properties. Oxide compounds with structural-perovskite properties as a new material with multiple physicochemical properties. Among perovskite systems, materials with dielectric, magnetic, and conductive properties are most often used, which can be used not only in engineering, but...
Mr
Maksym Karpets
(Taras Shevchenko national university)
17/04/2019, 14:30
Condensed Matter Physics
Oral
Thin polymer films have numerous technological applications in various industrial and biomedical sectors[1]. In many cases, the films can be of complex composition with different types of polymers with complex architecture and other components such as nanoparticles. Polymers in thin films and nanocomposite structures can exhibit unusual physical properties due to the geometric constraints...
Bulat Bakirov
(JINR FLNP)
17/04/2019, 14:45
Condensed Matter Physics
Oral
Studies of the physicochemical properties of ancient coins are one of the important areas in the non-destructive testing of cultural heritage sites. Numismatic material stores valuable information about the trade, economic and social development of ancient civilizations and states. It is known that the study of the chemical composition and internal structure of coins can provide important...
Ms
Olga Lis
(JINR)
17/04/2019, 15:00
Condensed Matter Physics
Oral
Recently studies of complex cobalt oxides have attracted wide scientific interest, due to the large variety of physical properties found in these materials. In contrast to manganites or cuprates, cobaltites have a unique feature - the ability to change the spin state of Co3+ ions with variations in thermodynamic parameters (temperature or pressure). So, depending on the balance of comparable...
Murat Kenessarin
(Старший Лаборант)
17/04/2019, 15:15
Condensed Matter Physics
Oral
Nowadays, the question of radioactive waste storage is relevant. Special storages are being created for this which require constant monitoring of structural wear. The new categories of cement are being used for extending the lifestyle of such storage. Particular attention is paid to the corrosion resistance of reinforcing materials of concrete structures under different environmental...
Mr
Ruslan Yamaletdinov
(NIIC SB RAS)
17/04/2019, 15:30
Condensed Matter Physics
Oral
One of the limiting factors of the charge/discharge rate of lithium-ion batteries and related systems is the low mobility of alkali metal atoms in the anode material. Graphene-based anode materials can improve this and a number of other characteristics. The mobility of atoms in graphene or other intercalates is determined by a number of characteristics associated with lattice vibrations. In...
Mr
Željko Mravik
(Laboratory of Physics, Vinča Institute of Nuclear Sciences, University of Belgrade, P.O. Box 522, 11001 Belgrade, Serbia)
17/04/2019, 15:45
Condensed Matter Physics
Oral
Polyoxometalates are a large group of transition metal oxides with characteristic complex structures and interesting physicochemical properties that are important in catalysis, sensing and storage of energy. The 12-thungstophosphoric acid (WPA) is typical heteropolyanion; it is composed of 12 WO6 octahedrons that are placed around central PO4 tetrahedron (PW12O403-). This structure, known as...
Mr
Valentin Guryev
(National research centre "Kurchatov Institute")
17/04/2019, 16:30
Condensed Matter Physics
Oral
At the present time the various composite superconducting wires (mainly based on conventional Nb-Ti alloy and intermetallic compound Nb3Sn, or on modern high-temperature superconductors) have application to superconducting magnetic systems. All these materials demonstrate pronounced anisotropy of current carrying capacity caused by:
1) internal physical properties of vortex matter (in HTS...
Mr
Evgenii Kolupaev
(MSU, JINR)
17/04/2019, 16:45
Condensed Matter Physics
Oral
One of the most important tasks of archeology and other history-related sciences is the comprehensive study of cultural heritage items. The results of these studies have a significant application value, because they provide a way to penetrate into the far past and allow us to understand the formation and evolution of civilizations and ethnic groups. One of the non-destructive methods is...
Mr
Veniamin Durymanov
(Aleksandrovich)
17/04/2019, 17:00
Condensed Matter Physics
Oral
Noble metal nanoparticles are of great interest for a wide range of disciplines due to their unique optical properties. In particular, silver nanoparticles exhibit strong light absorption in the UV range. This phenomenon arises due to the plasmon resonance effect, which can be configured by changing the synthesis technology.
To predict the properties of the final product one has to...
Dr
Olga Ivanshina
(JINR)
17/04/2019, 17:15
Condensed Matter Physics
Oral
Most of the layered cathode materials for lithium-ion batteries (for example LiNi0.8Co0.2O2, LiCo1/3Ni1/3Mn1/3O2, LiNi0.8Co0.15Al0.05O2, LiNi0.5Mn0.5O2, LiNi0.95Fe0.05O2 and etc) show abnormal phase separation during the first charge instead of solid solution behavior [1]. Among them, LixNi0.8Co0.15Al0.05O2 (NCA) is one of the most common cathode materials for Li-ion batteries. It has a high...
Dr
Pavel Zolotarev
(SCTMS)
17/04/2019, 17:30
Condensed Matter Physics
Oral
Search for potential conducting materials with promising electrochemical properties is of increasing interest due to electronic gadgets of all kinds and modern electric vehicles demand reliable, robust and safe storage devices of electrochemical energy. Both theoretical [1] and experimental [2] ways are possible, nevertheless computer modelling is a powerful tool for high-throughput searching...
Mrs
Kamila Yegizbek
(Bakhtzhankyzy)
17/04/2019, 17:45
Condensed Matter Physics
Oral
In recent decades, the study of metal nanoparticles is one of the leading areas of materials science. Particular attention is caused by magnetite nanoparticles (Fe3O4), which have a number of promising properties that distinguish them from macromaterials, which allows them to be used in nanomedicine for targeted drug delivery, visualization of objects and tissues in vivo in vitro by MRI,...
Zafar Tukhliev
(JOINT INSTITUTE FOR NUCLEAR RESEARCH)
17/04/2019, 18:00
Mathematical Modeling and Computational Physics
Oral
In this work, the molecular dynamics method was used to study the processes of interaction of copper nanoclusters by energies in the range of 100 eV - 10 keV with metal targets of various sizes. The results of the formation of shock waves depending on energy of a nanocluster and the size of a target are obtained. The effects of shock waves were also investigated to explain the effect of...
