Poster Program
Poster session 1: Fullerenes & Nanodiamond Particles
Fullerenes |
||
---|---|---|
P1-01 |
Bogdanov V.P. |
Electrophilic trifluoromethylation of fullerene anions: simple, selective, efficient |
P1-02 |
Kinzyabaeva Z.S. |
Selective synthesis of dioxane monoadducts of the C60 and C70 fullerenes with α-diols in heterogeneous conditions under ultrasonication |
P1-03 |
Okolzina A.I. |
Aromatic conjugated fullerenes for organic electronics |
P1-04 |
Kulbachinskii V.A. |
Superconductivity in Alkali-Doped Fullerides with Wood’s metal and heterofullerides with two different alkali metals A(1)A(2)MC60 |
P1-05 |
Meletov K.P. |
The photopolymerization rate and activation energy of C60 rotations in fullerene and its molecular complexes |
P1-06 |
Tropin T.V. |
Investigations of polystyrene-fullerene nanocomposites by neutron and X-ray reflectometry |
P1-07 |
Lebedev V.T. |
Mechanisms of supramolecular ordering of water-soluble derivatives of fullerenes in aqueous media |
P1-08 |
Faradzheva M.P |
Superconducting properties of nanostructure based on C60/YBCO |
P1-09 |
Amusia M.Ya. |
Time delay in electron-fullerene elastic scattering |
P1-10 |
Kosaya M.P. |
Double-caged fullerene derivatives with long alkyl moiety for solar cells |
P1-11 |
Pykhova A.D. |
Difluoromethylation of trimetallic nitride endohedral fullerenes |
P1-12 |
Dudnik A.I. |
Process control of fullerene synthesis by the influence of a magnetic field on the plasma of a high-frequency carbon arc |
P1-13 |
Gimaldinova M.A. |
Stability of small nitrogen clusters inside the carbon cage: Molecular dynamic study |
P1-14 |
Dudnik A.I. |
Fullerene formation in plasma at different rates of temperature and electron concentration change |
P1-15 |
Kulvelis Yu.V. |
Aggregation of С70 fullerene in an o-xylol solution. The features revealed by the dynamic light scattering methods |
P1-16 |
Safyannikov N.M |
Cryometry data and excess thermodynamic functions in the binary systems: adduct of fullerene C60, fullerene C70 - H2O |
P1-17 |
Vysochanskaya O.N. |
Skeletal transformations of buckminsterfullerene upon chlorination |
P1-18 |
Kuzmenko M.O. |
Fullerenes for medical purposes: from active bioagent to drug-delivery system |
P1-19 |
Nikolaev D.N. |
Chromatography-free synthesis of mono-adducts of fullerene C60 |
P1-20 |
Sinitsa A. S. |
Possible role of sp-defect migration in an odd fullerene shell in selection of abundant isomers of fullerenes |
P1-21 |
Lebedev V.T. |
Comparative study of endofullerenols with magnetic atoms in aqueous solutions by neutron scattering and NMR |
P1-22 |
Turetskiy E.A. |
Characterizing size and composition of fullerene nanoparticles in aqueous dispersions |
P1-23 |
Tomchuk A.A. |
Fullerene-based colloids for biomedical applications: Structural study by scattering techniques |
P1-24 |
Kuzmin A. V. |
High pressure behavior of the crystal structure of the fullerene molecular complex with ferrocene C60*{Fe(C5H5)2}2 |
P1-25 |
Galimov D.I. |
Luminescence switching properties of fullerene[60]-containing spiropyrans, a promising light-controlled molecular switches |
P1-26 |
Popov V.V. |
Magnetic properties of a fullerene composite |
P1-27 |
Andreev S.M. |
Comparative thin-layer chromatographic profile of water dispersions of C60 |
P1-28 |
Konarev D.V. |
Metallic and antiferromagnetic states with strong spin frustration in fullerene radical-anion salts with triangular lattices |
P1-29 |
Urintsev D.I. |
Electrochemical study of S6 -C60(CF3)12: a new general methodology for low-soluble fullerene derivatives |
P1-30 |
Pirogova M.O. |
Luminescence properties of fullerene C60 in aqueous media |
P2-01 |
Badun G.A. |
Adsorption of alkyltrimethylammonium bromides on nanodiamonds |
P2-02 |
Simunin M.M. |
Application of aluminum oxide nanofibers as a carrier for nanodiamonds |
P2-03 |
Dolmatov V.Yu. |
Obtaining of diamonds from detonation of individual explosives |
P2-04 |
Nozhkina A.V. |
Influence of physico-chemical environment to get nano-size surface roughness in machining of diamond single crystals |
P2-05 |
Dolmatov V. Yu. |
Influence of explosives power density the yield of detonation nanodiamonds |
P2-06 |
Ivanov M.G. |
Formulation and properties of a novel perfluoropolyether based fluid containing nanodiamonds |
P2-07 |
Savin S.S. |
The new method of purification of detonation nanodiamond and obtaining its stable aqueous suspensions |
P2-08 |
Leshchev D.V. |
Sensitivity analysis of gas-phase chemistry leading to the formation of carbon nanoparticles |
P2-09 |
Soboleva O.A. |
Autoradiography study of nanodiamonds distribution in the composite polymeric films |
P2-10 |
Soboleva O.A. |
Mechanical properties of the composite films based on nanodiamonds and polyvinyl alcohol: influence of nanoparticle modification, thermal annulations, and liquid media |
P2-11 |
Kulakova I.I. |
Regularities of the detonation nanodiamond surface chlorination |
P2-12 |
Breev I.D. |
ODMR study in diamonds microcrystals synthesized from detonation nanodiamonds under HPHT conditions without metal catalyst |
P2-13 |
Palmieri E. |
Nanodiamond cellulose composites for printed energy storage devices on paper substrates |
P2-14 |
Spitsyn B.V. |
To the diamond nanooctahedra thermochemistry |
P2-15 |
Laptinskiy K.A. |
Electronic effects on the interface “nanodiamond surface groups – water molecules” |
P2-16 |
Laptinskiy K.A. |
Luminescence of detonation nanodiamonds with different functionalization in ordinary and heavy water |
P2-17 |
Vervald A. |
The influence of surfactants on the fluorescence of nanodiamonds |
P2-18 |
Eidelman E.D. |
Quantifying absorption and scattering contributions to light attenuation by nanodiamonds |
P2-19 |
Razgulov A.A. |
Pressure effect on electron-phonon coupling in GeV centres in diamond |
P2-20 |
Popov V.A. |
Non-agglomerated nanodiamonds inside metal matrix |
P2-21 |
Yudina E.B. |
Structural properties of stabilized colloidal nanodiamonds grafted by rare earth metals |
P2-22 |
Vereshchagin A.L. |
Calorimetry of low-temperature liquid-phase oxidation of carbon nanoparticles |
P2-23 |
Vereshchagin A.L. |
Use of nanodiamond for absorption of aerosol particles |
P2-24 |
Dolmatov V.Yu. |
Development of technology for producing chromium-diamond coatings using dry diamond-containing compounds |
P2-25 |
Lychagin E.V. |
Nano-diamond powder as reflector for slow neutrons |
P2-26 |
Aleksenskii A.E |
Deagglomeration of shock-compressed synthesis nanodiamond |
P2-27 |
Samosvat D.M. |
Size effect in the spectra of electron paramagnetic resonance of impurity centers in diamond nanoparticles |
P2-28 |
Rubtsov I.A. |
Dynamic and static investigation of explosion nanodiamonds |
P2-29 |
Sigalaev S.K |
Hexogonal diamond is in detonation nano and microdiamonds |
P2-30 |
Popov V.A. |
Use of nanodiamonds for in situ synthesis of TiC reinforcing nanoparticles in MMC |
P2-31 |
Davydov V.A. |
HPHT synthesis of ultranano-sized diamonds with colour centres |
P2-32 |
Besedina N.A. |
Ultrafine nanodiamond fractionation by ultracentrifugation |
P2-33 |
Vlasov I.I |
Broadband photoluminescence of nanodiamonds: intrinsic feature or another carbon phase? |
P2-34 |
Tomchuk O.V |
SANS analysis of aqueous dispersions of Eu- and Gd-grafted nanodiamond particles |
P2-35 |
Belousov S.I |
Dielectric properties of detonation nanodiamond suspensions in polydimethylsiloxane |
P2-36 |
Tomchuk O.V. |
Composite aqueous dispersions of graphene oxide – detonation nanodiamond by small-angle scattering |
P2-37 |
Yelisseyev A.P. |
Lonsdaleite effect on optical properties of impact diamonds |
P2-38 |
Yelisseyev A.P. |
Thermoluminescence in diamonds of different genesis and types |
P2-39 |
Kagan M.S. |
Poole-Frenkel’ effect in boron-doped diamond |
P2-40 |
Vins V.G. |
UHT annealing of brown centers and radiation defects in CVD diamond |
P2-41 |
Fomina I.G. |
Novel hybrid nanomaterials based on iron containing diamonds |
P2-42 |
Utesov O.I. |
New theory of crystalline nanoparticles Raman spectra |
P2-43 |
Spitsyn B. V. |
The effect of the detonation nanodiamond modification on its functional properties |
P2-44 |
Shakhov F.M |
Green N–V–N luminescence of diamond obtained by sintering of polycrystalline nanodiamonds at high pressure |
P2-45 |
Shestakov M.S. |
Advanced oxidation process for detonation nanodiamond purification and surface modification |
P2-46 |
Shakhov F.M. |
Gamma-radiation effect on the photoluminescence of the polymer composite MEH-PPV / detonation nanodiamond |
P2-47 |
Kochetkov F.M. |
Diamond crystals synthesized from graphite with a nickel catalyst and aluminum as a nitrogen getter at HPHT |
Poster session 2: School for Young Scientists & Carbon Nanostructures
School of Young Scientists |
||
---|---|---|
Y-01 |
Nikiforov A.A. |
Electrochemical synthesis of graphene in supercritical electrolyte |
Y-02 |
Shiyanova K.A. |
Polymer composites with high electrical conductivity filled by reduced graphene oxide/carbon nanoparticle (CNT, carbon black) blends |
Y-03 |
Trofimuk A.D. |
Morphology of aerogels based on graphene oxide and detonation nanodiamonds composites |
Y-04 |
Anosov A.A. |
Electrical resistance analysis of aerogels based on reduced graphene oxide during compression |
Y-05 |
Slyusarenko M.A. |
Hydrodynamic behavior of complexes of metallofullerenes Fe @ C60 with biocampatable polymers in aqueous media |
Y-06 |
Rabchinskii M.K. |
The role of edge moieties in electronic properties of graphene layers |
Y-07 |
Kozlachkov D.V. |
Electric arc synthesis and study of mesoporous carbon with packing tin nanoparticles and their use as an anode material in Li-ion batteries |
Y-08 |
Kuznetsova V.R. |
Application of tungsten-cobalt molecular cluster for CCVD synthesis of CNTs |
Y-09 |
Lobanova E.Yu. |
Electronic structure of cobalt-intercalated graphene on silicon carbide |
Y-10 |
Zhirov M.S. |
Heat treatment of the microwave exfoliated graphite oxide (MEGO) by Knudsen Effusion Mass Spectromety (KEMS) |
Y-11 |
Mingaleva A.E. |
NEXAFS study of catalytic system based multiwalled carbon nanotubes |
Y-12 |
Ivanov A.V. |
Correlation between gas permeability of graphite foil, microstructure of exfoliated graphite and its preparation conditions |
Y-13 |
Baskakova K.I. |
Impedance spectroscopy analysis and equivalent circuit modeling of polystyrene composites with carbon nanohorns |
Y-14 |
Cheretaeva A.O. |
On the treatment and identification of deuterium thermal desorption spectra for graphite exposed to high flux plasma at high temperatures |
Y-15 |
Zolotaya P.S. |
The impact of graphene-like carbon on the properties of MAO-coatings on the AK5M2 alloy |
Y-16 |
Iskandarova D.O. |
Structure formation of AK12M2MgN alloy modified by carbon nanotubes jointly with copper |
Y-17 |
Tataurov M.V. |
Influence of fullerene(C60)-containing star macromolecules on pervaporation efficiency of membranes for fuel desulfurization |
Y-18 |
Pavlova J.A. |
Preparation of magnetic sorbent based on exfoliated graphite containing cobalt ferrite for selective sorption of oil from the water surface |
Y-19 |
Sokolovsky D.N. |
Effect of high pressure on the thermoelectrical properties of fullerene C70 |
Y-20 |
Sinolits A.V. |
Chitosan adsorption on nanodiamonds: composite stability and mechanism |
Y-21 |
Parfimovich I.D. |
Structural characterization of carbon nanomaterials by electron microscopy |
Y-22 |
Bunyaev V.A. |
Comparison analysis of graphene oxide reduction methods |
Y-23 |
Larkina A.A. |
Hybrid macromolecular fullerene(C60)-containing stars incorporated polyphenyleneisophthalamide membranes for n-butanol dehydration |
Y-24 |
Palamarchuk K.V. |
Сolloidosomes with a shell of detonation nanodiamonds |
Y-25 |
Babenya J.S. |
Carbon nanomaterials modification by oxidation and reduction reactions |
Y-26 |
Borisenko D.P. |
Using graphene like buffer layer for PA-MBE of III-nitrides on different amorphous substrates |
Y-27 |
Iurchenkova A.A. |
Reduced graphite oxide and polypyrrole nanocomposites for supercapacitor applications |
Y-28 |
Fedosova A.A. |
Characterization and purification of phosphorus filled single-wall carbon nanotubes |
Y-29 |
Markin G.V. |
Bis(arene)chromium-((2-((2-methoxyphenoxy)methoxy)phenoxy)methyl)-1-hydrofullerides |
Y-30 |
Belyavin V.A. |
Colloidal dispersions of nanostructured carbon, silicon and silicon carbide |
Y-31 |
Rudakova D.A. |
Novel fullerene(C60)-containing membranes with high selectivity: pervaporation and neutron scattering studies in separation of water–acetic acid mixture |
Y-32 |
Grebenkina M.A. |
Temperature dependence of water intercalated graphite oxide at heating |
Y-33 |
Stolyarova S.G. |
Hot pressing synthesis of P-doped carbon onions as anode material for sodium-ion batteries |
Y-34 |
Gurova O.A. |
Sulfur filling and structure of TUBALLTM nanotubes |
P3-01 |
Lugvishchuk D.S. |
Natural gas partial oxidation process as a way to synthesize graphitized carbon soot |
P3-02 |
Kazachenko V. |
Structure, properties, and carbon component evolution in nanocomposite TiN-C coating |
P3-03 |
Mitberg E.B. |
Characterization of graphitized carbon formed as a byproduct of partial oxidation of natural gas |
P3-04 |
Posrednik O.V. |
On the N2 and NH3 adsorption on silicon carbide |
P3-05 |
Kashkarov A.O. |
Extended structures of detonation soot of HEs |
P3-06 |
Orlova T.S. |
Nickel nanoparticles – biomorphic carbon composite for energy storage devices |
P3-07 |
Sovyk D.N. |
Periodically ordered opal nano-structures embedded in single crystal diamond: a route to 2D and 3D photonic crystals |
P3-08 |
Torok Gy. |
Structural investigation of aluminum-carbon nanocomposite |
P3-09 |
Moshnikov I.A. |
Biomodification of natural nanostructured shungite carbon and related electrophysical properties |
P3-10 |
Kharisov B.I. |
Synthesis of metal-decorated micro- and nanoporous carbons via pyrolysis of ZIF- and HKUST-type MOFs |
P3-11 |
Nechaev Yu.S. |
On the kinetic analysis of the hydrogen thermal desorption spectra for graphite and advanced carbon nanomaterials |
P3-12 |
Kulakova I.I. |
Effect of structure and oxidation state of carbon nanomaterials on the conversion of propanol-2 |
P3-13 |
Andronenko S.I. |
A X- and W-band EPR study of carbon related dangling bonds in SiCN and SiCN/Fe ceramics |
P3-14 |
Kozlov V.S |
Spectroscopy and TEM of Fe-carbon nanoclusters synthesized in electric arc |
P3-15 |
Kashkarov A.O. |
Detonation method for synthesis of bimetallic nanoparticles |
P3-16 |
Fazlitdinova A.G. |
Features of the use of X-ray diffraction analysis to study the fine structure of carbon fibers |
P3-17 |
Sedov V.S. |
Photo- and X-ray luminescent diamond composites with embedded nanoparticles of rare-earth element fluorides |
P3-18 |
Tikhomirova G.V. |
Phase transitions in carbon materials at high pressures |
P3-19 |
Nelson D.K. |
Polarization study of carbon nanodots photoluminescence |
P3-20 |
Zinin P. V. |
Synthesis, characterization of elastic, optical and electrical properties of diamond-like BCx nano-phases synthesized under high and low pressures |
P3-21 |
Kharissova O.V. |
Low-temperature transformations of carbon allotropes in the theraphthal – ascorbic acid system |
P3-22 |
Siklitskaya A. |
Hybrid sp2-sp3 bonds in carbon spiroids: energetical issues |
P3-23 |
Voznyakovsky A.P. |
Detonation synthesis of 2D carbon structures |
P3-24 |
Rossi M.C. |
Stress modulation, graphitic nanoclusters and electronically-active defects in laser irradiated bulk-diamond |
P3-25 |
Chekulaev M. |
Optical properties of carbon spiroid C300 |
P3-26 |
Brzhezinskaya M. |
Characterization of amorphous hydrocarbon CDx films for energy storage applications |
P3-27 |
Filonenko V.P. |
The transformation of the structure of nanoscale amorphous carbon during the thermobaric treatment |
P3-28 |
Proklova A.A. |
Physicochemical properties of crystalline carbon/metal nanoflakes |
P3-29 |
Rodin E.A. |
Emission properties of carbon nanobelts |
P3-30 |
Zhurkin A.M. |
Low-threshold field emission of electrons and anomalous photosensitivity of carbon quantum dots on the surface of oxidized silicon |
P3-31 |
Pasternak D.G. |
Characterization of individual SiV-luminescent nanodiamonds grown by CVD on various seeds |
P3-32 |
Shkolin A.V. |
Modelling of supramolecular structures based on carbon nanotubes and cyclic/aromatic hydrocarbons for methane and hydrogen storage |
P3-33 |
Vedyagin A.A. |
Segmented carbon nanofibers: catalytic synthesis, formation mechanism and possible applications |
P3-34 |
Ozerin A.N. |
A study of process of electroconductive nanofiller particles migration to polymer composite melt boundaries |
P3-35 |
Iurchenkova A.A. |
Effect of thermal treatment of reduced graphite oxide on its performance in Li-ion battery |
P3-36 |
Ivanova M.K. |
Hyperbranched polyglycerol modified carbon nanomaterials |
P3-37 |
Vozniakovskii A.A. |
Graphene nanostructures synthesized by self-propagating high-temperature synthesis and their application as an additive in polymer and metal composites |
P3-38 |
Nechaev Yu.S. |
On manifestation & physics of the Kurdjumov and spillover effects in carbon nanostructures, under intercalation of high density hydrogen |
P3-39 |
Kidalov S.V. |
Composite material aluminum-carbon nanotubes with high hardness and controllable thermalconductivity |
P3-40 |
Simunin M.M. |
Features of ethanol pyrolysis for synthesis of carbon nanostructures |
P3-41 |
Tascon J.M.D. |
Highly active, MOF-derived nickel/carbon catalysts for nitroarene reduction |
P3-42 |
Arkhipov A.V. |
Low-field electron emission from carbon cluster films: combined thermoelectric/hot-electron model of the phenomenon |
P3-43 |
Dyachkova T.P. |
Study of the surface of polymer composites based on carbon nanostructures using the Raman mapping method |
Poster session 3: Graphene & Related Materials
+ Carbon Nanotubes + Biomedical Applications
Graphene & Related Materials |
||
---|---|---|
P4-01 |
Shavelkina M.B |
Graphene synthesis in plasma jet with ethanol |
P4-02 |
Vorobiev A.Kh. |
Nature of paramagnetic centers in graphite oxide according to EPR spectroscopy and DFT calculations |
P4-03 |
Gudkov M.V. |
Superhydrophobic aerogels based on reduced graphene oxide and ultrahigh molecular weight polyethylene |
P4-04 |
Zavarinskii V.I. |
Investigation of the mechanical and thermal properties of the composite material of the composition of aluminum-graphene nanoplatelets |
P4-05 |
Koval V.S. |
Graphene aerogel modification with various polymers and electroconductive fillers |
P4-06 |
Ktitorov S.A. |
Extraction of the short-range defect potential parameters from available experimental data on the graphene resistance |
P4-07 |
Popov K.M. |
LPCVD synthesis and electrophysical properties of nitrogen doped graphene films |
P4-08 |
Komarov I.A. |
Binding of short DNAs to the surface of reduced graphene oxide for electronic applications |
P4-09 |
Kononenko O.V. |
Observation of resonance effects in the Raman spectra of twisted bilayer graphene |
P4-10 |
Konobeeva N.N. |
Graphene vs. germanene as a sensor material |
P4-11 |
Rybkin A.G. |
Spin-orbit and exchange coupling induced in graphene under contact with heavy and magnetic metals |
P4-12 |
Rybkina A.A. |
Synthesis, ARPES and STM study of quasi-freestanding graphene on PtxGd alloy |
P4-13 |
Moshkalev S.A. |
Thermal annealing of defects in graphite nanoplatelets |
P4-14 |
Babkin A.V. |
A Nanostructured composite polyhydroquinone/graphene oxide sorbent: synthesis and physical-chemical properties |
P4-15 |
Neskoromnaya E.A. |
Development of sorption materials based on iron(III)-chloride-modified graphene oxide for selective removal of organic pollutants from aquatic media |
P4-16 |
Kononenko O.V. |
Synthesis of twisted multilayer graphene by the low-pressure chemical vapor deposition with a single injection of acetylene |
P4-17 |
Leshchev D.V. |
The mechanism of spillover of hydrogen on sp2 -carbon surface |
P4-18 |
Ziatdinov A.M. |
The influence of adsorbates on edge zero modes in few-layer nanographenes |
P4-19 |
Butko A.V |
Quasistatic phenomena in electrical transport in solution gated graphene transistor structures |
P4-20 |
Tarasov A.V. |
A new multi-structural approach to photoelectron holography of 2D materials and interfaces |
P4-21 |
Nikolaeva M.N. |
Low resistance of reduced graphene oxide in polystyrene-based composites with various molecular weights |
P4-22 |
Boyko E.V. |
The influence of the copper crystallites orientations on the efficiency of graphene transfer |
P4-23 |
Lebedev A.A. |
Investigation of the of Graphen films grown on 4H-SiC |
P4-24 |
Skokan E.V. |
Effect of heat treatment on the composition and structure of the microwave exfoliated graphite oxide |
P4-25 |
Razanau I. |
Low-temperature exfoliation/functionalization of graphite using quaternary ammonium cation salts |
P4-26 |
Rebrikova A.T. |
Swelling of Graphite oxide in polar liquids: the model to account for sorption and internal structure |
P4-27 |
Bokai K.A. |
h-BN-Graphene lateral heterolayers on lattice-matched surfaces |
P4-28 |
Kislenko V.A. |
Influence of defects on heterogeneous electron transfer rate at the basal plane of graphene |
P4-29 |
Chumakova N.A. |
EPR and NMR study of molecular mobility of polar liquids in the inter-plane space of graphite oxide |
P4-30 |
Baryshnikov K.A. |
Terahertz transitions between Landau levels in graphene with different concentrations of electrons |
P4-31 |
Pavlov S.V. |
Graphene edge as an electrocatalyst for the oxygen reduction reaction |
P4-32 |
Danilov E.A. |
Transparent conductive few-layered graphene-based Langmuir-Blodgett films |
P4-33 |
Radovic M. |
Cost efficient processing of GO for sensing applications |
P4-34 |
Rozhkova N.N. |
Shungite carbon nanoparticles as modifiers of ZnS:Cu electrophosphor study based on ESR of Mn impurity ions |
P4-35 |
Sedlovets D.M. |
Graphene-like film CVD on e-beam exposed SiO2/Si by the pyrolysis of different organic precursors |
P4-36 |
Kobets A.A. |
Alkaline treatment of reduced graphite oxide |
P4-37 |
Mitina A.A. |
Charge pre-modified substrates for graphene-like film CVD |
P4-38 |
Malkin N.A. |
Graphene modified BiVO4 anode material for high-performance lithium-ion batteries |
P4-39 |
Eliseyev I.A. |
Transformation of the buffer layer grown on 4H-SiC to single-layer graphene by hydrogen intercalation |
P4-40 |
Grebenkina M.A. |
Influence of functional composition and intercalated water on dielectric properties of graphite oxide |
P4-41 |
Amel'chuk D.G. |
Surface morphology control of the SiC (0001) substrate during the graphene growth by sublimation |
P4-42 |
Gogina A. A. |
Dirac cone manipulation by bismuth and oxygen intercalation underneath graphene on Re(0001) |
P4-43 |
Struchkov N.S. |
Uniform graphene oxide thin films deposition via spray-coating |
P4-44 |
Potorochin D.V. |
Covalent functionalization of graphene by organic dyes via diazonium chemistry approach |
P4-45 |
Grebenko A.K. |
Self-limiting ambient pressure hydrogen free synthesis of single crystal monolayer graphene. |
P5-01 |
Ilina M.V. |
Carbon nanotubes as a promising material for nanopiezotronics |
P5-02 |
Lobiak E.V. |
Electrochemical performance of hybrid materials based on carbon nanotubes/porous carbon |
P5-03 |
Kharlamova M.V. |
Growth dynamics of inner tubes inside metallocene-filled single-walled carbon nanotubes |
P5-04 |
Nazarova A. |
Carbon nanostructures for drug delivery systems |
P5-05 |
Ilin O.I. |
Development a complex model of the catalytic centers formation for carbon nanotubes growth |
P5-06 |
Kremlev K.V. |
Synthesis of new hybrid materials based on multi-walled carbon nanotubes and nanoscale coatings of copper oxide and tungsten oxide |
P5-07 |
Blokhin A.N. |
Polymer composites based on epoxy resin with added carbon nanotubes |
P5-08 |
Maslov M.M |
Carbon vs silicon polyprismanes: A density functional theory study |
P5-09 |
Revenko V. |
Synthesis of pyrocatalysts on the basis of different carbon carriers and their application in the alyumovozdushnykh of EHG |
P5-10 |
Burakova E.A. |
Effect of heat treatment on the characteristics of the catalyst for the synthesis of carbon nanostructured materials |
P5-11 |
Kunakovskaya K.D. |
Investigation of the effect of carbon nanotube surface modification with various functional groups and their use in catalysts for the O2 electroreduction reaction |
P5-12 |
Yablokov M.Yu. |
Electromagnetic interference shielding of carbon nanotube-fluoropolymer elastomer composites with layered structure |
P5-13 |
Brzhezinskaya M. |
Effect of carbon nanotubes on structure and properties of the antifriction coatings |
P5-14 |
Kapustin S.N. |
Doping of carbon nanotubes with functional groups |
P5-15 |
Matyushkin Y.E. |
On chip carbon nanotube tunnelling spectroscopy |
P5-16 |
Chichkan A.S. |
Preparation of C-C composites from anthracene |
P5-17 |
Sokolovsky D.N. |
Effect of high pressure on the thermoelectrical properties of carbon nanotubes |
P5-18 |
Kremlev K.V. |
Synthesis of hybrid materials based on multi-walled carbon nanotubes, decorated with nanosized TiC or WC coatings for use as reinforcing fillers in aluminium alloys |
P5-19 |
Karaeva A.R. |
Double-walled carbon nanotubes with controlled bundle size |
P5-20 |
Rodionova E.V. |
Emission properties of carbon nanotubes |
P5-21 |
Khaskov M.A. |
Modification of sealants with long carbon nanotubes |
P5-22 |
Guryanov A.V. |
Investigation of the surface potential of deformed carbon nanotubes |
P5-23 |
Fedosova A.A. |
Synthesis, characterization and the sensor properties of phosphorus filled single-wall carbon nanotubes |
P5-24 |
Danilov E.A. |
Carbon nanotube oxidation in the presence of phase transfer catalyst and qualitative evaluation of the product |
P5-25 |
Grishakov K.S. |
Carbon nanotubes for stabilization of nitrogen nanostructures |
P5-26 |
Mitina A.A. |
The influence of the way of catalyst preparation on the morphology and properties of carbon nanotubes obtained from ethanol vapor |
P5-27 |
Neverovskaya A.Yu. |
Single-walled carbon nanotubes cleaning via solid-flame combustion process |
P5-28 |
Konobeeva N.N. |
Influence of nonlinear absorption on the ultrashort optical pulse propagation in carbon nanotubes |
P5-29 |
Gurova O.A. |
Purification of carbon nanotubes by acid and magnetic separation combination |
P5-30 |
Levin D.D |
Conductivity improvement of spray deposited CNT network |
P6-01 |
Badun G.A. |
Carbon-based nanomaterials as a support for peptides and proteins tritium labelling |
P6-02 |
Plastun I.L. |
Supramolecular interaction of modificated nanodiamonds, biomolecules and drugs: molecular modeling |
P6-03 |
Naumov A.A. |
Molecular modeling of graphene oxide intermolecular interaction with DNA nitrogenous bases adenine and thymine |
P6-04 |
Razanau I. |
Nanosize coatings on the base of diamond-like carbon dopped with copper with enhanced antibacterial activity |
P6-05 |
Kharissova O.V. |
Multiwall carbon nanotubes based optical biosensor for L-Dopa |
P6-06 |
Yakovlev R.Y |
Biodistribution of nanodiamond for potential anti-tuberculosis drug delivery systems |
P6-07 |
Rozhkova N.N. |
Hybrid carbon-metal nanoparticles: structure, functions and processing |
P6-08 |
Bi Hong |
Synthesis of Fluorine-doped Graphene Quantum Dots with High Singlet Oxygen Production |
P6-09 |
Chernysheva M.G. |
Toxicity of nanodiamonds and its composites in relation to cancer cells, fungus and plants |
P6-10 |
Chernysheva M.G.. |
Nanodiamonds-film as a modifier for improving heart valve biological prostheses materials |
P6-11 |
Shershakova N. |
Aqueous dispersion of fullerene C60 anti-HCMV and anti- HSV1 activity |
P6-12 |
Voznyakovskii A.P. |
2D Nanocarbones as the base of combined microbial formulation |
P6-13 |
Sarmanova O.E. |
Application of adaptive data analysis methods for monitoring of carbon nanocomposites in biological medium |
P6-14 |
Zakharov A.A. |
Intermolecular interaction of phi29 DNA polymerase with carbon nanostructures and buffer solution in process of single-molecular DNA sequencing: molecular modeling |