You can download the conference program and the book of abstracts.
IBCM-2015_OnlyProgramPlease pay attention to the information concerning the presentation
Duration of the oral presentations:
- Invited lecture – 35 minutes + 5 minutes (questions),
- Invited report – 27 minutes + 3 minutes (questions),
- Oral talk – 12 minutes + 3 minutes (questions)
Size of the poster presentation is 594 mm х 841 mm (A1)
Poster presentations:
№ |
Full name |
Title of the poster |
1 |
Alexandrova Galina |
Structural, optical, and bioactive properties of water soluble nanobiomagnetic cobalt oxide |
2 |
Balymov Konstantin |
Magnetic and magnetoresistive properties of Fe10Ni90/Tb-Cp films with modified interlayer interface |
3 |
Bolotova Anastasiya |
Researching T-lymphocytes with coherent phase microscope “Airyscan” |
4 |
Chlenova Anna |
Magnetoimpedance asymmetric sensitive elements |
5 |
Chlenova Anna |
Surface modification of FeNi-based magnetoimpedance multilayers in aromatic solvents at ambient conditions |
6 |
Derevyanko Michael |
Magnetoimpedance of cobalt-based amorphous ribbon/polymer composites |
7 |
Tcareva Iana
|
Synthesis, research and functionalization of gold-coated magnetite nanoparticles with «core-shell» structure |
8 |
Elfimova Ekaterina + Solovyova Anna |
The initial magnetic susceptibility of dense ferrofluids |
9 |
Farzetdinova Rimma |
If magnetic resonance imaging of human brain is harmful? |
10 |
Gorshenkov Mikhail |
Atomic and magnetic force microscopy observations of the hard magnetic Fe2NiAl alloy with two-phase structure |
11 |
Grunin Andrey |
SPR modulation approach for increasing of biosensors sensitivity |
12 |
Gritsenko Christina |
Exchange bias and coercivity fields as a function of the antiferromagnetic layer’s thickness in three-layered NiFe/IrMn/NiFe thin films |
13 |
Gusev Nikolay |
Ultrasensitive magnetic field sensor based on the garnet film with specially shaped profile for magnetocardiography |
14 |
Iglesias Irene |
The influence of thickness and composition of the shell on the magnetic properties of magnetically bi-phase microwires |
15 |
Ichkitidze Levan |
Sensor of the magnetic field based on the high temperature ceramic superconductor films |
16 |
Kamzin Alexandr |
Measurement of microwave radiation absorption for localized hyperthermia |
17 |
Kharlamova Anna |
Structural and magnetic properties “thick” microwires produced by the modernized Ulitovsky-Taylor method |
18 |
Komlev Anton |
Magnetic studies of polystyrene/multiwall carbon nanotube composite films |
19 |
Komlev Anton |
Graphene-based materials with polyatomic vacancy defects |
20 |
Lepalovskij Vladimir |
Exchange coupling in FeNi/NixMn100-x films |
21 |
Liébana Viñas Sara |
Tuning the magnetism of ferrite nanoparticles by nanoscale mixing and matching |
22 |
Lotfollahi Zahra |
Giant magnetoimpedance effect of Co68.15Fe4.35Si12.5B15 amorphous wire in the presence of magnetite ferrofluid |
23 |
Lotfollahi Zahra |
The influence of special configuration for two Co-based Amorphous wires on Magnetoimpedance |
24 |
Lugovskoy Nazar |
Magneto-optical eddy current visualization of magnetic fields |
25 |
Machulkin Aleksey |
Synthesis and in vitro/in vivo evaluation of magnetite-gold dumbbell nanoparticles for prostate cancer MRI imaging |
26 |
Masur Sabrina |
Characterization of functionalized ironoxide nanoparticles by magnetic resonance measurements |
27 |
Mikhalitsyna Evgeniya |
Magnetic properties and domain structure of the Finemet-type films |
28 |
Mokrousov Maksim |
Thermophysical properties of aqueous magnetic suspensions |
29 |
Netesova Nadezhda |
The oscillation model of blend superconductor state |
30 |
Nizamov Timur |
Doxorubicinloaded magnetite@pluronic F127 nanocarriers cytotoxicity on PC3 cells |
31 |
Novoselova Iuliia |
Water based suspensions of iron oxide obtained by laser target evaporation for biomedical applications |
32 |
Orlova Anna |
Simulation of the EPR line shape |
33 |
Perov Nikolay |
Magnetism in biology and medicine in the interdisciplinary course on magnetism for non- core specialties |
34 |
Pyanzina Elena |
Microstructure of the magnetic anisotropic nanoparticles system |
35 |
Pyanzina Elena |
Ferrofluid with chains: influence of the magnetic field |
36 |
Samsonova Valentina |
New approaches in the design of magnetic tweezers- current magnetic tweezers |
37 |
Savchenko Alexander + Shchetinin Igor |
Study of structure formation and magnetic properties of iron oxide nanoparticles doped with Gd2O3 |
38 |
Savin Petr |
Magnetoresistive sensors based on FeNi/FeMn exchange bias system |
39 |
Shevyrtalov Sergey |
Ni-Mn-Ga shape-memory alloys thin films for sensor applications |
40 |
Stepanova Elena |
«Metrology Maintenance of Scientific Research and Knowledge-Intensive Industry» M.Sc. Program |
41 |
Stepanova Elena + Mazeeva Anna |
Mechanisms of the magnetic properties improvement of amorphous soft magnetic cobalt-based alloys as a result of heat treatment on air |
42 |
Stognei Oleg |
Magnetic properties of Fex(Al2O3)100-x and Fex(Nb2O5)100-x nanocomposites |
43 |
Terzopoulou Anastasia |
Effect of magnetic particle arrays on magnetic hypertermia |
44 |
Trujillo Herrera Wiliam |
Synthesis and characterization of magnetite nanoparticles functionalized with carboxyl and amino acids for biomedical applications |
45 |
Umut Evrim |
Organically coated NiFe2O4 nanoparticles for simultaneous MRI and Hyperthermia applications |
46 |
Ünlü C. Gökhan |
Structural and Magnetic Properties of Fe-Mg Nano Particles from Gas Phase |
47 |
Vas’kovskiy Vladimir |
Exchange bias in FeMn/FM (FM = FeNi, Gd, Tb) films |
48 |
Volchkov Stanislav |
An invariant magnetoimpedance element for detecting stray fields |
49 |
Volchkov Stanislav |
Biomagnetism Study at the Ural Federal University |
50 |
Yaroslavtsev Roman |
Ferrihydrite nanoparticles produced by chemical and biological methods |
51 |
Zhilova Olga |
Magnetoresistance effect in wide-bandgap semiconductors In2O3, ZnO and multilayer structures (In2O3/ZnO)83 |