Scientific Program: Poster Presentations
Back to the Timetable
| Fullerenes | |
|---|---|
| P1-01 | Bogdanov V.P. Regioselective protonation of cis‑2‑C60(CF2)2 dianion |
| P1-02 | Charykov N.A. Synthesis, identification and physical-chemical properties of trismalonates of light fullerenes C60[=C(COOH)2]3 and C70[=C(COOH)2]3 |
| P1-03 | Churilov G.N. Comparative characteristics of metallofullerenes, clusterfullerenes with carbide and nitride synthesized under high and low pressure |
| P1-04 | Dubinina I.A. Comparative study of antioxidant activity of fullerenols including higher and endohedral fullerenols by inhibition of adrenaline autoxidation |
| P1-05 | Elistratova M.A. Optical properties investigation of X-ray irradiated composite C60-CdTe thin films |
| P1-06 | Fedorov A. Development of method for prediction of fullerenes and endohedral metallofurrenenes relative stability |
| P1-07 | Goryunkov A.A. Novel highly soluble double-caged fullerene derivatives for energy conversation |
| P1-08 | Goryunov A.S. Hypothetic phase diagram of fullerene solution |
| P1-09 | Guliaeva U.E. Method of the quantitative express analysis of endohedral fullerenes |
| P1-10 | Jargalan N. INVESTIGATION AND MODELING OF EVOLUTION OF UV-VIS SPECTRA OF C60/NMP SOLUTION |
| P1-11 | Keskinov V.A. Technology of Separation and Purification of Fullerenes and the Synthesis of High Purity Individual Fullerenes |
| P1-12 | Kharlamov A. I. Quasi-fulleranes, fulleranes as main products of organics fullerenization |
| P1-13 | Kosaya M.P. Electronic properties of highly trifluoromethylated C70 fullerenes |
| P1-14 | Lavrent'eva O.N. Hydrogenation of S6-symmetrical C60(CF3)12 |
| P1-15 | Elistratova M.A. C60-CuTPP optical and magnetic properties investigation |
| P1-16 | Markin A.V. The molar heat capacity and thermodynamic characteristics of C60 and C70 fullerenols |
| P1-17 | Mazaleva O.N. Quantum Chemical Study of the Oxidative Elimination of the C2 Fragments from Fullerenes |
| P1-18 | Meletov K. P. Pressure-assisted photopolymerization in the molecular donor-acceptor fullerene complex {Cd(dedtc2)}2•C60 |
| P1-19 | Meletov K. P. Comparative Raman study of the photo-oligomers stability in the donor-acceptor fullerene complex {Pt(dbdtc2)}•C60 and pristine C60 |
| P1-20 | Nikonova R.M. Influence of Carbon Form (Fullerite, Graphite) on Structural Condition of Mehanoсomposites Cu-25at.%С |
| P1-21 | Nikonova R.M. Evolution of the structure of fullerenes C60 in the ball-milling process |
| P1-22 | Borisova P.A. Phase transformations in amorphous fullerite C60 under high pressure and high temperature |
| P1-23 | Polotskaya G.A. Fullerene C60 containing polymer stars in mixed matrix membranes |
| P1-24 | Purgina D.D. On the structure of nanoparticles in aqueous dispersion of fullerene C60 and their hydroxylation |
| P1-25 | Romanova N.A. Thermodynamic functions of poly(trifluoromethyl)fullerenes C60(CF3)n, n=2-18, by isodesmic reaction's method |
| P1-26 | Sabirov D.Sh. What fullerene, C60 or C70, is more reactive towards peroxy radicals? A DFT study |
| P1-27 | Sabirov D.Sh. Anisotropy of polarizability of fullerene bisadducts perspective as electron acceptor materials |
| P1-28 | Semivrazhskaya O.O. Regioselective nucleophilic cycloproponation and alkilation of C2-C70(CF3)8 |
| P1-29 | Sinitsa A.S. Formation of fullerenes at the transformation of amorphous carbon inside carbon nanotube |
| P1-30 | Sominski G.G. Multitip field emitters with fullerene protecting coatings. |
| P1-31 | Sorokin P.B. Theoretical study of ultrahard carbon nanocomposite based on polymerized fullerenes |
| P1-32 | Suyasova M.V. Fullerenes and fullerenols survival under irradiation: isotopic metallofullerenes for biomedicine |
| P1-33 | Tamm N.B. Trifluoromethyl derivatives of fullerene C78 |
| P1-34 | Tuktarov A.R. A new method for functionalization of fullerenes under Kulinkivich reaction conditions |
| P1-35 | Tuktarov A.R. Synthesis and electronic properties of functionally substituted fullerenes – nanoscale optical molecular switches. |
| P1-36 | Ushakova I.N. Electrical contact properties of the composite material reinforced by superelastic hard carbon particles obtained from fullerenes under pressure |
| P1-37 | Ushakova I.N. Effect of the structure of fullerites on the properties of their high-pressure high-temperature transformation product |
| Nanodiamond particles | |
| P2-01 | Averchuk G.Y. Influence of dimers rows formation effect on growing diamond crystal surface morphology |
| P2-02 | Efimov N.N. Novel hybrid magnetoactive nanomaterial based on Fe containing DNDs |
| P2-03 | Grudinkin S.A. Control of Si-V color centers photoluminescence in nanodiamond particles embedded in a planar microcavity |
| P2-04 | Ivanov M. Single-digit diamond and aggregates of diamond nanoparticles in motor oil lubrication on steel–steel high load contact |
| P2-05 | Khomich A.A. Size-dependent photoluminescent properties and photon statistics of NV centers in HPHT nanodiamonds |
| P2-06 | Koniakhin S.V. Is DLS applicable for investigation of nanodiamonds smaller than 4 nm? |
| P2-07 | Lvova N.A. The divacancy V–C=C–V configurations on the diamond surface: quantum-chemical simulation |
| P2-08 | Meilakhs A.P. Boundary thermal resistance and heat conductance of nanodiamond based composites |
| P2-09 | Mikheev I.V. Characterization of Aqueous Dispersions of Nanodiamonds and Fullerenes by Photothermal Spectroscopy |
| P2-10 | Omelchenko O.D. Evaluation of acute toxicity of modified nanodiamond |
| P2-11 | Polotskaya G.A. Nanodiamonds modified polymer membranes for gas separation |
| P2-12 | Popov V.A. Oxides formation on surface of mechanically alloyed granules from metal matrix composites with high volume fraction of nanodiamond reinforcements |
| P2-13 | Popov V.A. The impact of non-agglomerated nanodiamond reinforcing particles on stability of structure of metal matrix composites |
| P2-14 | Romanov N.M. High resolution TEM and infrared absorption studies of commercial polycrystalline nanodiamonds with twinning boundaries |
| P2-15 | Shchankin N.V Viscosity and gelation in the nanodiamond hydrosols |
| P2-16 | Shestakov M.S. Chemical composition and early stages of graphitization of de-aggregated particles of detonation nanodiamond |
| P2-17 | Shvidchenko A.V. The sol-gel transition in aqueous colloidal solutions of deagglomerated particles of detonation nanodiamond |
| P2-18 | Stolyarova D.Yu. Electrorheological and rheological properties hydrosols of detonation nanodiamonds. |
| P2-19 | Ten K. Nanodiamonds in retained explosion products |
| P2-20 | Voropaev S.A. Experimental investigations of N and Si dopped cavitational nanodiamonds |
| P2-21 | Vostretsova E.N. Basic-acid properties of particulate detonation nanodiamond |
| P2-22 | Voznyakovskii A.P. Surface functionalization of detonation nanodiamonds as the first step on the way to their applications |
| P2-23 | Yakovlev R.Yu. Determination of detonation nanodiamonds concentration in hydrosols by optical methods |
| Graphene & related materials | |
| P3-01 | Amirov R.H. Synthesis of high- purity multilayer graphenes using plasma jet |
| P3-02 | Antipina L.Yu. Hole doping of mechanically exfoliated graphene by confined hydration layers |
| P3-03 | Bezaatpour A. Functionalization of carbon nanoparticles using a Schiff base complex: Application as mediator in electrochemistry |
| P3-04 | Davydov V.Ya. Adsorption properties of graphene: estimation of adsorption isotherms and heats of adsorption of methane on graphene |
| P3-05 | Erofeevskaya A.V. Spin-polarized electronic states at the graphene/Co(0001) interface |
| P3-06 | Ershov I.V. Graphene adsorption on hydrogen passivated MnO polar surface |
| P3-07 | Fedorov V.E. Oxygen-free defective graphene as a support for ultradisperse Pt nanoparticles |
| P3-08 | Fedorov V.E. Reactivity in combustion process for expanded graphites: the influence of the dimensional effect |
| P3-09 | Ilyasov V.V. Semiconductor-half-metal transition and magnetism in bilayer zigzag graphene nanoribbons on hexagonal boron nitride |
| P3-10 | Katkov M.V. Transport and sensing properties of fluorinated graphene |
| P3-11 | Khavrel P.A. XPS study of the microwave exfoliated graphite oxide fluorinated with XeF2 |
| P3-12 | Kochuev D.A. Interaction of femtosecond laser radiation with carbon materials: exfoliation of graphene structures and synthesis of low-dimensional carbon structures |
| P3-13 | Koltsova T.S. Mechanisms and Kinetics of Nanocarbons Growth on Copper Substrates |
| P3-14 | Komarova N.S. The electron transfer on edges of carbon nanowalls |
| P3-15 | Kononenko O.V. Room-temperature positive magnetoresistance in graphene grown by CVD on Fe films |
| P3-16 | Kotin I.A. Graphene field-effect transistors on the chemically modified few-layer-graphene substrate |
| P3-17 | Kriukov A.S. Graphite oxide electron-beam induced reduction |
| P3-18 | Kriukov A.S. Graphite oxide bandgap versus oxygen content |
| P3-19 | Makarova T.L. Magnetic properties of perforated graphene |
| P3-20 | Minkin A.S. Mechanical properties of graphene: empirical many-body potentials study |
| P3-21 | Mukhamadiarov R.I. Phenomenology of ripples in graphene |
| P3-22 | Nechaev Yu.S. On the spillover effect when the solid H2 intercalation into GNFs |
| P3-23 | Nechaev Yu.S. On the physics of the gaseous H2 phase intercalation into surface nanoblisters in HOPG and epitaxial graphene |
| P3-24 | Orlova T.S. Disclination-structural unit modeling of symmetrical grain boundaries in graphene |
| P3-25 | Petukhov A.E. Atomic and electronic structure of boron-doped graphene on Ni(111) and Co(0001) substrates |
| P3-26 | Pudikov D.A. Synthesis and electronic structure of graphene on a nickel film adsorbed on graphite |
| P3-27 | Rabchinskii M. K. Fine reduction of graphene oxide to graphene films |
| P3-28 | Rybalchenko A.V. Fluorinated reduced graphene oxide as an electrode material for supercapacitors |
| P3-29 | Sawada M. Magnetic states at the interface between graphene and iron ultrathin layers |
| P3-30 | Seliverstova E.V. Study of graphene solid films prepared by Langmuir-Blodgett technology |
| P3-31 | Shevelev V.O. Graphene and RE metals: formation of graphene by decarbidization of Gd and hybridization of graphene/Gd states |
| P3-32 | Sinitsa A.S. Kinetic Model of Graphene Nucleation in CVD process |
| P3-33 | Skokan E.V. Heat treatment of graphite oxide, exfoliated in a microwave discharge |
| P3-34 | Sominski G.G. Field emitter prepared from the contacted ytterbium and carbon nanolayers. |
| P3-35 | Sysoev V.I. Fluorinated graphene films as a gas sensor |
| P3-36 | Terukov E.I. RECEPTION AND APPLICATION FOAMING OF GRAPHITE |
| P3-37 | Tikhomirova G.V. Studies of graphite and graphene transformation at cold compression |
| P3-38 | Vopilov A.S. Synthesis of graphene on cobalt silicide and electron-phonon coupling upon doping with lithium |
| Analogs of carbon nanostructures in a non-carbon world | |
| P4-01 | Amiri M. Graphitic C3N4 Nanosheets for Electrochemical Sensing of Hg(II) |
| P4-02 | Antipina L.Yu. The influence of impurities on the electronic properties of single-layer MoS2: theoretical study. |
| P4-03 | Davydov V.A. Effect of nano-structure on fluorescence quantum yield of carbon nitride |
| P4-04 | Kvashnin D .G. Covalently-bonded heterostructures based on graphene related 2D materials (MoS2) |
| P4-05 | Posrednik O. V. On the stability of the graphene-like structures |
| P4-06 | Shostachenko S.A. Ballistic electronic transport through functionalized cubane chains |
| Presentations of Young Scientists | |
| Y-01 | Bogdanova S.A. The production of polymer nanocomposites modified with carbon nanotubes and nonionic surfactants |
| Y-02 | Gazaliev A.S. Asymmetric carbon nanotube network devices as room- temperature detectors of sub-THz radiation. |
| Y-03 | Iudina E.B. Detonation nanodiamonds with surface modified with lanthanide ions |
| Y-04 | Jityaev I.L. Field emission from a pointed emitter based on graphene films on SiC |
| Y-05 | Kostogrud I.A. The research of synthesis parameters in CVD of graphene on copper |
| Y-06 | Kriukov A.S. Graphite oxide surface and bulk chemical composition by Auger electron spectroscopy |
| Y-07 | Matveychikova P.V. Modification of EL phosphor surface with shungite carbon |
| Y-08 | Pavlov S.I. Structural and electrical properties investigation of “fullerene-quantum dots” composite materials |
| Y-09 | Rybkina A.A. Spin- and angle-resolved photoelectron spectroscopy as the method for investigation of the electronic and spin structure of graphene |
| Y-10 | Shumilov F.A Definition sterically available groups of detonation nanodiamonds. |
| Y-11 | Stepanova T.S. Carbon nanotube based conductive coating for biomedical use |
| Y-12 | Sukhinina N.S. Structural features and sorption properties of shungite |
| Y-13 | Taradaev E.P. Optimization of multitip field emitters with fullerene protecting coatings |
| Y-14 | Valueva A.V. Synthesis and study of «detonation nanodiamond-pyrophosphatase» hybrid systems |
| Y-15 | Vasina E.S. Fractal cluster formation in PVA cyano ethyl ester – BaTiO3 nanocomposites |
| Y-16 | Vysochanskiy N.A. Electron-microscopy imaging of carbon nanotubes |
| Carbon Nanotubes | |
| P5-01 | Alekseev A.V. Aluminum foil reinforced by carbon nanotubes |
| P5-02 | Arkharova I.V. Quantum-chemical researches of the interaction of carbon nanotubes with the harmful impurities combustive-lubricating materials |
| P5-03 | Boroznin S.V. Investigation of the sorption properties of carbon nanotubes with different concentration of boron impurities. |
| P5-04 | Dubkov S.V. Low-temperature synthesis of CNTs by CVD from carbon monoxide |
| P5-05 | Duong T.T.T. Magnesium spinel reinforced by carbon nanotubes |
| P5-06 | Elbakyan L.S. ELECTROPHYSICAL STUDY OF METHYL METHACRYLATE REINFORCED WITH CARBON NANOTUBES |
| P5-07 | Fedosova N. A. Spark plasma sintering simulation of alumina composite modified with carbon nanotubes |
| P5-08 | Golub A.S. Heterostructures of carbon nanotubes and few-layer molybdenum disulfide sheets |
| P5-09 | Gudkov M.V. Paramagnetic centers and conductivity evolution in the process of thermal reduction of graphite oxide |
| P5-10 | Ichkitidze L.P. Structures of the carbon nanotubes as photosensitive element |
| P5-11 | Ichkitidze L.P. Composite with carbon nanotubes for compound biological tissue |
| P5-12 | Karaeva A.R. Carbon nanotube transformations under microwave irradiation of fixed and variable frequency |
| P5-13 | Kharisov B Decoration of carbon nanotubes with metal nanoparticles |
| P5-14 | Kharissova O Variations of Interlayer Spacing in Carbon Nanotubes |
| P5-15 | Kharitonov A.P. Tunable hydrophylicity/hydrophobicity of fluorinated carbon nanotubes via gas-phase grafting of monomers |
| P5-16 | Khoroshavin L. O. The information system for simulation of the electronic structure of carbon nanotubes with substitutional impurities |
| P5-17 | Kremlev K.V. New composite materials based on multiwall carbon nanotubes coated with titanium carbide |
| P5-18 | Kremlev K.V. NEXAFS studies of the composite MoC0.7/MWCNTs by synchrotron radiation |
| P5-19 | Ksenevich V.K. Electrical properties of Carbon Nanotubes/WS2 Nanotubes Hybrid Films |
| P5-20 | Kulbasova A.K ADSORPTION OF BIOLOGICALLY ACTIVE NITRILES CONTAINING THE DIPHENYLOXIDE FRAGMENT ON THE EXTERNAL SURFACE OF CARBON NANOTUBES |
| P5-21 | Leshchev D.V. Chemistry model of synthesis of carbon nanotubes from metals carbonyls |
| P5-22 | Leshchev D.V. Modelling of catalyst metal particles formation processes in CVD of carbonyls |
| P5-23 | Lobiak E.V. CCVD synthesis of nitrogen-doped carbon nanotubes using Ni, Co and Fe polyoxomolybdates |
| P5-24 | Lvov S.G. Optimization of surface abrasive treatment in processes of MWNT layers synthesis on bulk nickel |
| P5-25 | Lyapunova E.A. Modification of magnetic, electroconductive and mechanical properties of zirconium oxide ceramics by means of multiwalled carbon nanotubes |
| P5-26 | Moliver S.S. Topochemical transformations in carbon nanotubes: fracture-induced defect, and ad-dimer welding |
| P5-27 | Ortega B Nanocomposites with antibacterial properties using CNT with magnetic properties |
| P5-28 | Polikarpova N.P. Sensor activity of the nitro group modified carbon nanotube for some metal atoms |
| P5-29 | Pykhova A.D. Stone-Wales rearrangements in fluorinated SWCNTs – a theoretical study |
| P5-30 | Shavelkina M.B. Large-scale direct synthesis of carbon nanostructures using thermal plasma jet at low pressure |
| P5-31 | Shostachenko S.A. Computational modeling of hexaprismane and octaprismane thermokinetic stability |
| P5-32 | Simunin M.M. The formation of the structured film of single-walled carbon nanotubes using a self-organized silica template |
| P5-33 | Tomilin O.B. Peculiarities of the p-electron conjugation in single-wall carbon nanotube |
| P5-34 | Vil'keeva D.E. The mechanism of amino group boundary functionalization of carbon nanotubes as method of design sensory device |
| P5-35 | Yadav B. C. Carbon Nanotube: Synthesis and Applications in Solar Cell |
| P5-36 | Zaporotskova I.V. Composites on the basis of the bitumen reinforced by carbon nanotubes for road constrruction |
| P5-37 | Zaporotskova I.V. Sensor activity of the amino group boundary-modified CNT to some metal atoms |
| Other Nanocarbons | |
| P6-01 | Borisova P.A. Diffraction-based characterization of amorphous sp2 carbon: sensitivity to domain-like packing of nanostructures |
| P6-02 | Boroznin S.V. Research of the vacancy migration process dependence on the substitution of boron in carbon nanolayers |
| P6-03 | Bozhko A.D. Power-like corrections to the conductivity of Mo-C nanocomposites |
| P6-04 | Dolmatov V.Yu. Production and properties of anodic oxide-diamond coating of aluminium |
| P6-05 | Dolmatov V.Yu. Physicochemical properties of silver coatings obtained in the presence of diamond-containing additives |
| P6-06 | Eseev M.K. Methods of diagnostics of nanocomposites based on silica-reinforced carbon nanotubes |
| P6-07 | Fazlitdinova A.G. Phase transformations of polyacrylonitrile and carbon fiber in the process of heat treatment |
| P6-08 | Goryunov A.S. Interactions of shungite nanocarbon, a graphene family nanomaterial, with biomacromolecules |
| P6-09 | Kovalevski V.V. Structure of graphene layers in shungite carbon |
| P6-10 | Kvashnin A.G. New prospective composite nanostructures based on graphene, C60 and TMDs. |
| P6-11 | Makarova T.L Alignment of carbon nanotubes in polystyrene matrix determined by atomic force microscopy and magnetometry |
| P6-12 | Maltsev A. A. Dependence of properties of aqueous electrolyte-based supercapacitors on micro- and nanoporous carbons structure |
| P6-13 | Mikhailova.S.L. Optical properties of diamond-like carbon films modified with silver and platinum |
| P6-14 | Moshnikov I.A Electrophysical properties of shungite at low temperatures. |
| P6-15 | Orlova T.S. Fine microstructure and thermal conductivity of wood-derived biomorphic carbon |
| P6-16 | Ponkratov K. Raman characterisation of large area 2D materials |
| P6-17 | Ponomarev A.N. The high non-linearity of the electromagnetic waves absorption for Astralenes at the THz frequency region |
| P6-18 | Semenov K.N. Synthesis, identification and physical-chemical properties of adduct of light fullerene C60 and argenineC60(C6H12NaN4O2)8H8 |
| P6-19 | Smovzh D.V. The morphology of arc discharge carbon soot formed in presence Si or Al vapours. |
| P6-20 | Terranova M.- L. Playing with the nanodiamond surfaces to modulate up-take and therapeutic activity of plant secondary metabolites |
| P6-21 | Terranova M.-L. Selective formation of color-centers in diamond and nanodiamond by catalytic CVD methodologies |
| P6-22 | Tveritinova E.A. Carbon nanomaterials in Catalysis. The role of surface chemistry and carbon matrix structure in 1,2-dichloroethane dechlorination and aliphatic alcohols conversion |
| P6-23 | Urbanovich V.S. High pressure sintering of Si3N4-C(nano) nanocomposites and their properties |
| P6-24 | Uzbekov R. Magnet-induced behavior of Iron Carbide Fe7C3@C Nanoparticles in the Cytoplasm of Living Cells. |
| P6-25 | Veretennikov E.A. The effect of detonation nanodiamonds on the isomers distribution of mononitrotoluene during toluene nitration with mixed acids |
| P6-26 | Vozniakovskii A.A. Thermophysical properties of polyurethane nanoclusters composites |
| P6-27 | Voznyakovskii A.P. The influence of nanocarbon cluster additive on polyurethane supramolecular structure. SAXS method. |
Back to the Timetable