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June, 28
Monday
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GMT+3
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Session ID
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1100–1115
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I-00
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Opening
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GRAPHENE & RELATED MATERIALS
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1115–1215
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1-1 Online session: Graphene & Related Materials
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O1-1-01
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Chernysheva Maria Lomonosov Moscow State University
Structural peculiarities of lysozyme-graphene oxide adsorption complexes
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https://acns2021-ioffe.slack.com/archives/C024NDM77V0
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O1-1-02
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Chichkan Aleksandra Boreskov Institute of Catalysis, SB of the RAS
Nitrogen-doped graphene with high specific surface area
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https://acns2021-ioffe.slack.com/archives/C02512N8SCR
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O1-1-03
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Danilov Egor JSC "Scientific Research Institute of Graphite-Based Structural Materials "NIIgrafit"
Synergetic effect in graphene/silver nanowire composite suspensions electrical conductivity
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https://acns2021-ioffe.slack.com/archives/C024FLGF1UN
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O1-1-04
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Gurianov Konstantin Lomonosov Moscow State University
Investigation of alcohols transport through graphene oxide membranes
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https://acns2021-ioffe.slack.com/archives/C02512UDZEV
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O1-1-05
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Kalashnikova Ekaterina Saint-Petersburg State Institute of Technology
Thermal conductivity and heat capacity of nanofluid based on water modified by hybrid material of composition detonation nanodiamonds-carbon nanotubes
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https://acns2021-ioffe.slack.com/archives/C024NE3PNSE
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O1-1-06
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Klimenko Inna Emanuel Institute of Biochemical Physics, RAS
Hybrid structures based on oxygen-free graphene and aluminum phthalocyanine chloride
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https://acns2021-ioffe.slack.com/archives/C0247LZDA5D
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O1-1-07
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Okotrub Alexander Nikolaev Institute of Inorganic Chemistry, SB of the RAS
Effect of iron and nickel metal films on graphitization of the diamond surface during high-temperature annealing
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https://acns2021-ioffe.slack.com/archives/C024NE9A49G
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O1-1-08
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Safargaliev Ruslan University of Tyumen
Formation of fractal filaments under the influence of thermocapillary waves at the hydrocarbon-nanofluid interface
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https://acns2021-ioffe.slack.com/archives/C025C8JAT9N
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O1-1-09
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Struchkov Nikolai National Research University of Electronic Technology (MIET)
Sensor set based on spray coated carbon nanomaterials for selective detection of ammonia and hydrogen sulfide
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https://acns2021-ioffe.slack.com/archives/C024UKA9YDA
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1215–1315
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1-2 Online session: Graphene & Related Materials
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O1-2-01
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Baryshnikov Kirill Ioffe Institute
Superlattice and nonlinear screening problem in graphene
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https://acns2021-ioffe.slack.com/archives/C024FM1NK62
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O1-2-02
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Kidalov Sergey Ioffe Institute
New way of synthesis of few-layer graphene (FLG) by the self-propagating high-temperature synthesis (SHS) method from biopolymers
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https://acns2021-ioffe.slack.com/archives/C024UKFN0MA
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O1-2-03
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Komarov Ivan National Research University of Electronic Technology (MIET)
AFM investigation of polygonal wrinkles on thin UV-irradiated graphene oxide films for biosensor applications
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https://acns2021-ioffe.slack.com/archives/C024FM684KG
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O1-2-04
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Kvitsinskiy Anatoly ITMO University
Polarization-resolved terahertz spectroscopy of graphene-based films
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https://acns2021-ioffe.slack.com/archives/C024NM3M55H
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O1-2-05
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Sadilov Ilia Lomonosov Moscow State University
Light-responsive membranes based on graphene oxide modified by azo-group molecules
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https://acns2021-ioffe.slack.com/archives/C024NEWH7MY
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O1-2-06
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Smirnova Valeria Saint-Petersburg State Institute of Technology
Mechanical and thermophysical properties of polymer composites with few-layer graphene obtained by laser stereolithography 3D printing
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https://acns2021-ioffe.slack.com/archives/C024FMH6SLE
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O1-2-07
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Rukhov Artem Tambov State Technical University, Tambov, Russia
Features of the effect of graphene nanoplates on the properties of grease lubricants
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https://acns2021-ioffe.slack.com/archives/C024KCU7D3P
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O1-2-08
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Vozniakovskii Aleksei Ioffe Institute
Low-threshold field electronic emission from two-dimensional carbon structures
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https://acns2021-ioffe.slack.com/archives/C024FMNRG3G
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O1-2-09
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Voznyakovskii Alexandr Lebedev Institute for Synthetic Rubber
Determination of Stone-Wales Structural defects in 1D and 2D nanocarbons
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https://acns2021-ioffe.slack.com/archives/C024KCZCZ7F
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1315–1400
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Lunch time
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1400–1500
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1-3 Online session: Graphene & Related Materials
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O1-3-01
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Evlashin Stanislav Skolkovo Institute of Science and Technology
Role of heteroatoms and defects on the obtained electrochemical characteristics of carbon materials
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https://acns2021-ioffe.slack.com/archives/C024UL7CUMA
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O1-3-02
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Kalashnikova Ekaterina Saint-Petersburg State Institute of Technology
Thermal properties of water-based nanofluids modified with few-layer graphene
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https://acns2021-ioffe.slack.com/archives/C024ULA54KE
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O1-3-03
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Komarov Ivan National Research University of Electronic Technology (MIET)
Spin-coating deposition of graphene oxide from mixed water-organic solutions
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https://acns2021-ioffe.slack.com/archives/C024FN1JT0E
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O1-3-04
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Niftalieva Valeria Southern Federal University, Institute of Nanotechnologies, Electronics and Equipment Engineering
Nanoscale structures formed on SiC substrates for field emission devices
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https://acns2021-ioffe.slack.com/archives/C0247NCPC7R
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O1-3-05
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Pavlov Sergey Skolkovo Institute of Science and Technology
Influence of defects in graphene on the non-adiabatic electron transfer kinetics
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https://acns2021-ioffe.slack.com/archives/C0247NF9ZL7
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O1-3-06
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Podlozhnuyk Nikita Saint-Petersburg State Institute of Technology
Hardness and thermal conductivity of a composite based on aluminum modified with a hybrid material detonation nanodiamond/few-layer graphene
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https://acns2021-ioffe.slack.com/archives/C024NN1G6F5
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O1-3-07
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Rabchinskii Maxim Ioffe Institute
On the relationship between chemistry, optical properties and electronic structure of graphene derivatives: revisiting the puzzling complexity
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https://acns2021-ioffe.slack.com/archives/C02514N22E5
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O1-3-08
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Soltamov Victor Kazan Federal University
Creation of optically addressable spin-triplet defects in hexagonal Boron Nitride by electron irradiation
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https://acns2021-ioffe.slack.com/archives/C025CA3S80G
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O1-3-09
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Yankova Tatiana Lomonosov Moscow State University
Spin probing of graphene oxide by 4-aminoTEMPO
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https://acns2021-ioffe.slack.com/archives/C025CA60N0Y
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1500–1600
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1-4 Online session: Graphene & Related Materials
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O1-4-01
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Bokai Kirill Saint-Petersburg University
Highly ordered and polycrystalline graphene/Co interfaces intercalated by oxygen
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https://acns2021-ioffe.slack.com/archives/C024KE2KBB7
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O1-4-02
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Butko Alexey Ioffe Institute
Interfacial phenomena in electrical transport in graphene/molecular ions hybrid nanostructures
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https://acns2021-ioffe.slack.com/archives/C024FNWH19C
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O1-4-03
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Gudkov Maksim N.N. Semenov Federal Research Center for Chemical Physics, RAS
Processes of low-temperature functional restructuring and gas evolution of the GO from room temperature to 90 ⁰С
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https://acns2021-ioffe.slack.com/archives/C024NGEFAD8
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O1-4-04
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Morozova Yulia Southern Federal University, Institute of Nanotechnologies, Electronics and Equipment Engineering
Application for gas sensing graphene
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https://acns2021-ioffe.slack.com/archives/C0247PBP5FZ
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O1-4-05
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Nechaev Yury Bardin Institute for Ferrous Metallurgy
Methodology and results of studying the states of hydrogen in graphene structures
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https://acns2021-ioffe.slack.com/archives/C024UMHEZRA
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O1-4-06
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Novikau U. Scientific-Practical Materials Research Center of NAS of Belarus
Graphene-like carbon functionalization
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https://acns2021-ioffe.slack.com/archives/C0247PH1D9V
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O1-4-07
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Ryzhkov Sergei Ioffe Institute
Aminated graphene: From synthesis to applications
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https://acns2021-ioffe.slack.com/archives/C0247PMR371
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O1-4-08
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Saveliev Sviatoslav Ioffe Institute
On the synthesis of carboxylated graphene derivative and its application as a transducer in aptasensors
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https://acns2021-ioffe.slack.com/archives/C024KEPFCFP
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O1-4-09
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Trofimuk Andrey Ioffe Institute
Specific surface area studying of reduced graphene oxide - detonation nanodiamond compounds
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https://acns2021-ioffe.slack.com/archives/C024FPJ3KUN
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1600–1615
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Break
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1615–1715
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1-5 Online session: Graphene & Related Materials
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O1-5-01
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Belenkov Maxim Chelyabinsk State University
Computer simulation of the three-dimensional structure of fluorinated graphene crystals
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https://acns2021-ioffe.slack.com/archives/C025CBBBTB2
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O1-5-02
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Colin Marie Institut de Chimie de Clermont-Ferrand
The first free-standing transparent fluorinated graphene film
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https://acns2021-ioffe.slack.com/archives/C024FPRDGJ2
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O1-5-03
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Korobov Mikhail Lomonosov Moscow State University, Department of Chemistry
Sorption of polar liquids by GO powders and membranes
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https://acns2021-ioffe.slack.com/archives/C0247Q2D9FZ
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O1-5-04
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Kulvelis Yuri Petersburg Nuclear Physics Institute named by B.P. Konstantinov of NRC “Kurchatov Institute”
Structure of graphene oxide aerogels
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https://acns2021-ioffe.slack.com/archives/C024FPWK8SJ
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O1-5-05
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Potapov Denis Moscow Institute of Physics and Technology National Research University
Mechanisms of graphene oxide reduction under ultrafast laser irradiation: insights from reactive molecular dynamics
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https://acns2021-ioffe.slack.com/archives/C024FPYNUF8
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O1-5-06
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Rabchinskii Maxim Ioffe Institute
Graphene chemical derivatives as gas sensing layers: From the synthesis to the theory behind
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https://acns2021-ioffe.slack.com/archives/C02516C5KC1
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O1-5-07
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Seliverstova Evgeniya Buketov Karaganda University
Long-lived luminescence and transient absorption of graphene oxide quantum dots, prepared by laser ablation
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https://acns2021-ioffe.slack.com/archives/C024NPXAT99
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O1-5-08
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Usol'tseva Nadezhda Ivanovo State University
Influence of different types of low-layer graphite fragments on tribological and rheological properties of plastic lubricants
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https://acns2021-ioffe.slack.com/archives/C024UNKT60L
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O1-5-09
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Voznyakovskii Alexandr Lebedev Institute for Synthetic Rubber
Photovoltaic 2d graphene structures for safe explosion
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https://acns2021-ioffe.slack.com/archives/C0247QMF6RM
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1715–1815
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1-6 Online session: Graphene & Related Materials
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O1-6-01
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Abramenko Nikita ITMO University
Structure and properties of pseudo-graphene
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https://acns2021-ioffe.slack.com/archives/C024NQACSBV
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O1-6-02
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Bugrov Alexander Institute of Macromolecular Compounds, RAS; Saint-Petersburg Electrotechnical University,
Composite materials based on reduced graphene oxide and their magnetic properties
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https://acns2021-ioffe.slack.com/archives/C024UPB8892
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O1-6-03
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Chernova Ekaterina Lomonosov Moscow State University
Graphene oxide membranes: tuning the microstructure for gas dehumidification
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https://acns2021-ioffe.slack.com/archives/C02517BNXBK
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O1-6-04
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Chumakova Natalia N.N. Semenov Federal Research Center for Chemical Physics, RAS
Spin probe method for investigation of graphite oxide materials - possibilities and perspectives
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https://acns2021-ioffe.slack.com/archives/C024NQXR53M
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O1-6-05
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Gudkov Maksim N.N. Semenov Federal Research Center for Chemical Physics, RAS
An approach to the preparation of aerogels with ultra-high molecular weight polymers using the rGO template on the example of UHMWPE
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https://acns2021-ioffe.slack.com/archives/C024NJR0EDQ
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O1-6-06
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Razanau Ihar Scientific-Practical Materials Research Center of NAS of Belarus
Graphene-like carbon additive to negative electrodes of lead-acid battery
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https://acns2021-ioffe.slack.com/archives/C024NR4K9KM
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O1-6-07
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Ryzhkov Sergei Ioffe Institute
Guiding the chemistry of GO via the use of KMnO4/K2Cr2O7 oxidizing agents
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https://acns2021-ioffe.slack.com/archives/C025CD3QMLY
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O1-6-08
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Saveliev Sviatoslav Ioffe Institute
Unveiling graphene N-doping upon Hummers oxidation and its effect on electrical properties
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https://acns2021-ioffe.slack.com/archives/C0247RU1623
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O1-6-09
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Shnitov Vladimir Ioffe Institute
Valence Band Electron Structure of Graphene Derivatives: Study by XPS measurements and DFT modeling
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https://acns2021-ioffe.slack.com/archives/C024FRMPTT8
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1815–1900
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I-01
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Plenary lecture
Dieter M. Gruen Argonne Distinguished Fellow, USA,
Solar cells based on graphene’s quantum electrodynamic properties
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https://acns2021-ioffe.slack.com/archives/C024FRQHCB0
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June, 29
Tuesday
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CARBON NANOSTRUCTURES
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1100–1145
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I-02
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Invited lecture
Chris Ewels CNRS / University of Nantes, France
Forming the Void: Folding, Twisting and Collapsing Carbon
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https://acns2021-ioffe.slack.com/archives/C024KJWA1UM
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1145–1245
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2-1 Online session: Carbon Nanostructures
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O2-1-01
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Digurova Anna Moscow Institute of Physics and Technology (National Research University)
Complexes "boron+vacancy" on the hydrogenated С(100)-(2×1) diamond surface
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https://acns2021-ioffe.slack.com/archives/C02519ZD0G1
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O2-1-02
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Fedoseeva Yuliya Nikolaev Institute of Inorganic Chemistry, SB of the RAS
Synthesis and chemical activation of porous nitrogen-doped carbon materials for sodium-ion batteries
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https://acns2021-ioffe.slack.com/archives/C024FU5NQ2J
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O2-1-03
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Jalolov Faridun Skolkovo Institute of Science and Technology
The mechanical properties of diamond nanopolycrystals by machine learning interatomic potentials
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https://acns2021-ioffe.slack.com/archives/C0247UH4E4X
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O2-1-04
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Oliva Gonzalez Cesar Maximo Universidad Autónoma de Nuevo León
Synthesis of hydrophobic carbon sponges from MOF type HKUST and melamine-formaldehyde sponges for the absorption of oil dispersed in water
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https://acns2021-ioffe.slack.com/archives/C024KKJUZ1T
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O2-1-05
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Laptinskiy Kirill Skobeltsyn Institute of Nuclear Physics, Lomonosov Moscow State University
Vibrational spectroscopy of carbon nanoparticles interactions with biomacromolecules
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https://acns2021-ioffe.slack.com/archives/C024FUD8J8N |
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O2-1-06
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Popov Valery Ioffe Institute
Magnetic properties of birch biocarbon
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https://acns2021-ioffe.slack.com/archives/C024NMXFLE6
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O2-1-07
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Rodin Evgeniy National Research Mordovia State University
Evaluation of the in-plane electronic conjugation in carbon nanobelts
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https://acns2021-ioffe.slack.com/archives/C025CG6C3JL
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O2-1-08
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Ibrayev N. Kh. Buketov Karaganda University
Optical properties of N- and S-doped carbon quantum dots
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https://acns2021-ioffe.slack.com/archives/C025CG96996
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O2-1-09
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Shlyakhova Elena Nikolaev Institute of Inorganic Chemistry, SB of the RAS
Effect of metal dopant in structure and supercapacitor property of templated-assisted porous nitrogen carbon
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https://acns2021-ioffe.slack.com/archives/C0247UXQAUF
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O2-1-10
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Stolyarova Svetlana Nikolaev Institute of Inorganic Chemistry, SB of the RAS
Brominated porous carbon materials for sodium-ion batteries
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https://acns2021-ioffe.slack.com/archives/C024NUHEEFM
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1245–1300
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Break
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1300–1400
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2-2 Online session Carbon Nanostructures
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O2-2-01
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Belenkov Evgeny Chelyabinsk State University
Ab initio calculations of layered compounds consisting of sp3 or sp+sp2 hybridized carbon atoms
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https://acns2021-ioffe.slack.com/archives/C0247V38MV5
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O2-2-02
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Dyachkova Tatyana Tambov State Technical University
Features of carbon nanostructures modification by stearic acid
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https://acns2021-ioffe.slack.com/archives/C0247V5R7GF
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O2-2-03
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Cedeno Morales Eder Universidad Autónoma de Nuevo León
Gold decorated MOF-derived CuO, ZnO and NiO for CO2 photoreduction
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https://acns2021-ioffe.slack.com/archives/C024NNGNZFC
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O2-2-04
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Klimenko Inna Emanuel Institute of Biochemical Physics, RAS
Morphology of graphene obtained in DMF and DMF-aqua media
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https://acns2021-ioffe.slack.com/archives/C0247VC3423
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O2-2-05
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Laptinskiy Kirill Skobeltsyn Institute of Nuclear Physics, Lomonosov Moscow State University
Heavy metal nanosensor based on fluorescent carbon dots
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https://acns2021-ioffe.slack.com/archives/C024FV5MS1L
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O2-2-06
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Nelson Dmitrii Ioffe Institute
Properties of carbon dot luminophores studied by polarized luminescence experiments
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https://acns2021-ioffe.slack.com/archives/C024KLH4U6R
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O2-2-07
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Orlova Tatiana Ioffe Institute
Structural characterization and magnetic behavior of nickel nanoparticles encapsulated in monolithic wood-derived porous carbon
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https://acns2021-ioffe.slack.com/archives/C0251BM7TPB
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O2-2-08
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Popov Valery Ioffe Institute
Magnetic properties of polymerized exfoliated graphite
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https://acns2021-ioffe.slack.com/archives/C024NNX7T7C
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O2-2-09
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Rodin Evgeniy National Research Mordovia State University,
Influence of the p-electrons concentration in carbon nanobelts on their emission properties
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https://acns2021-ioffe.slack.com/archives/C0251BUBU7K
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O2-2-10
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Vervald Alexey Lomonosov Moscow State University
Difference between oxygen-containing groups on sp2 and sp3 carbons: deprotonation
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https://acns2021-ioffe.slack.com/archives/C024NP426CA
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1400–1445
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I-03
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Invited lecture
Raul Arenal Universidad de Zaragoza, Spain
Structural and chemical analyses at the atomic scale of carbon nanomaterials
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https://acns2021-ioffe.slack.com/archives/C024P02GUH1
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1445–1530
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Lunch time
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1530–1630
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2-3 Online session Carbon Nanostructures
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O2-3-01
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Arutyunyan Nataliya Prokhorov General Physics Institute (GPI), RAS
High-temperature synthesis of linear carbon chains confined in carbon nanotubes
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https://acns2021-ioffe.slack.com/archives/C024KMKFZV3
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O2-3-02
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Belenkov Maxim Chelyabinsk State University
Modeling the structure and interlayer interactions of twisted bilayer graphene
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https://acns2021-ioffe.slack.com/archives/C024G0ZK56J
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O2-3-03
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Chernogorova Olga A.A. Baikov Institute of Metallurgy and Materials Science, RAS
Tribological properties of carbon-containing composite materials prepared by high-pressure high-temperature synthesis
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https://acns2021-ioffe.slack.com/archives/C024NPX9WNN
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O2-3-04
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Fazlitdinova Alfiya Chelyabinsk State University
Structural transformations of graphite during dispersion
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https://acns2021-ioffe.slack.com/archives/C024NPZJG82
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O2-3-05
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Moshnikov Igor Institute of Geology of the Karelian Research Centre of the RAS
Electrical conductivity of carbon films obtained by thermal sputtering of shungite
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https://acns2021-ioffe.slack.com/archives/C024UUXKKHA
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O2-3-06
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Petrova Olga Institute of Physics and Mathematics, Komi SC, UrD of the RAS
Characterization of new functional materials based on graphitized bath sponge scaffold
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https://acns2021-ioffe.slack.com/archives/C0251CX04PK
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O2-3-07
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Rodionova Evgenya National Research Mordovia State University
Emission properties of СX(BN)Y nanobelts
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https://acns2021-ioffe.slack.com/archives/C024G1AFMTQ
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O2-3-08
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Semavin Kirill Lomonosov Moscow State University, Chemistry Department
The evaporation study of 1-Ethyl-3-methylimidazolium chloride
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https://acns2021-ioffe.slack.com/archives/C024G1DAK7Y
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O2-3-09
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Tchougreeff Andrei Frumkin Institute of Physical chemistry and Electrochemistry (IPCE), RAS
Deductive molecular mechanics of carbon materials
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https://acns2021-ioffe.slack.com/archives/C024NQB6U10
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O2-3-10
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Ushakova Elena ITMO University
Chiral carbon dots synthesized via room temperature surface modification and one-pot carbonization
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https://acns2021-ioffe.slack.com/archives/C024P194NNP
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O2-3-11
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Yakovleva Valentina Ioffe Institute
Distribution of nitrogen-vacancy NV- centers in cubic diamond crystals revealed by ODMR and PL tomography
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https://acns2021-ioffe.slack.com/archives/C024KN8JVB7
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1630–1715
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I-04
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Invited lecture
Tomanek David Michigan State University, USA
Water! Water!
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https://acns2021-ioffe.slack.com/archives/C024V00B9AQ
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CARBON NANOTUBES
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1715–1815
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2-4 Online session Carbon Nanotubes
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O2-4-01
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Dyachkova Tatyana Tambov State Technical University
Novel methods of carbon nanotubes suspensions stabilizing
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https://acns2021-ioffe.slack.com/archives/C024P25976X
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O2-4-02
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Gnedova Elizaveta Moscow Institute of Physics and Technology (National Research University)
Thermogravimetry study of selected surfactants annealing from single-wall carbon nanotube films
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https://acns2021-ioffe.slack.com/archives/C024NRBNWUS
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O2-4-03
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Ichkitidze Levan National Research University of Electronic Technology (MIET)
Bend sensor based on biocompatible composite nanomaterials
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https://acns2021-ioffe.slack.com/archives/C024G2JLBN2
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O2-4-04
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Ivanov Pavel South Ural State University (National Research University)
Electronic structure of a metal-decorated carbon nanotube (8,0): first-principles modelling
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https://acns2021-ioffe.slack.com/archives/C025CKP7Z7S
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O2-4-05
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Kotsun Alena Nikolaev Institute of Inorganic Chemistry, SB of the RAS
Single-walled carbon nanotube additive for improvement of lithium-ion storage performance of nanostructurated MoS2
|
https://acns2021-ioffe.slack.com/archives/C024V126S20
|
|
O2-4-06
|
Kulakov Roman Northern (Arctic) Federal University
Improving the frost resistance of concrete reinforced with carbon nanotubes
|
https://acns2021-ioffe.slack.com/archives/C024G2T8EK0
|
|
O2-4-07
|
Latypov Ruslan South Ural State University (National Research University)
Current-voltage characteristics of a carbon nanotube (6,6,
first principle calculations
|
https://acns2021-ioffe.slack.com/archives/C024KPHJUAZ
|
|
O2-4-08
|
Khamidullin Timur Kazan Federal University
Simple and cost-efficient method for sorting single-wall carbon nanotubes with modified cotton
|
https://acns2021-ioffe.slack.com/archives/C0251EM0LV7
|
|
O2-4-09
|
Osotova Olga Southern Federal University
Influence of defectiveness of carbon nanotubes on their piezoelectric response
|
https://acns2021-ioffe.slack.com/archives/C025CL7GY4Q
|
|
O2-4-10
|
Ryzhkov Ilya Institute of Computational Modelling, SB of the RAS
Experimental and theoretical study of carbon nanotube growth inside porous anodic alumina membranes
|
https://acns2021-ioffe.slack.com/archives/C024V1KAVGC
|
|
O2-4-11
|
Vorfolomeeva Anna Nikolaev Institute of Inorganic Chemistry, SB of the RAS
Electrochemical properties of phosphorus-filled single-walled carbon nanotubes
|
https://acns2021-ioffe.slack.com/archives/C024KPXSFQV
|
|
1815–1830
|
|
Break
|
|
1830–1930
|
|
2-5 Online session: Carbon Nanotubes
|
|
|
O2-5-01
|
Manohar Rajiv University of Lucknow
Ion trapping effect and enhancement of orientational order parameter in nematic liquid crystals dispersed with a dilute amount of carbon nanotube
|
https://acns2021-ioffe.slack.com/archives/C024P33QQMR
|
|
O2-5-02
|
Elbakyan Lusine Volgograd State University
Strengthening of polymeric materials based on polypropylene by doping with carbon nanotubes
|
https://acns2021-ioffe.slack.com/archives/C0251F3B48Z
|
|
O2-5-03
|
Gaidamavichute Viktoriya Frumkin Institute of Physical chemistry and Electrochemistry (IPCE), RAS
Simulation of supramolecular microporous structures on the basis of carbon nanotubes and toluene coordinator molecules
|
https://acns2021-ioffe.slack.com/archives/C024V1U804C
|
|
O2-5-04
|
Khantimerov S.M. Zavoisky Physical-Technical Institute, FRC Kazan Scientific Center of the RAS
Electrical properties of low-doped carbon nanotubes/epoxy resin composite material hardened in an electric field
|
https://acns2021-ioffe.slack.com/archives/C024KQ7HMB7
|
|
O2-5-05
|
Il'in Oleg Southern Federal University
Effect of the growth temperature on parameters of vertically aligned carbon nanotubes
|
https://acns2021-ioffe.slack.com/archives/C025CLQGCAU
|
|
O2-5-06
|
Il'ina Marina Southern Federal University
Vertically aligned carbon nanotubes for piezoelectric nanogenerator
|
https://acns2021-ioffe.slack.com/archives/C024G3QN2FQ
|
|
O2-5-07
|
Mozhayko Anna Peter the Great St. Petersburg Polytechnic University
Aluminum Based Composite Materials with Carbon Nanofibers Obtained by Hot Extrusion and Rolling
|
https://acns2021-ioffe.slack.com/archives/C024KQEUFKP
|
|
O2-5-08
|
Nechaev Yury Bardin Institute for Ferrous Metallurgy
On the “intercalation” of 7 wt.% hydrogen into graphite nanofibers
|
https://acns2021-ioffe.slack.com/archives/C0251FHVCAV
|
|
O2-5-09
|
Polozkov Roman ITMO University
Ab-initio study of electronic properties of 2D and 3D regular arrays of carbon nanotubes
|
https://acns2021-ioffe.slack.com/archives/C024V28HFLL
|
|
O2-5-10
|
Sozykin Sergey South Ural State University (National Research University)
Li-decorated carbon nanotubes: charge analysis
|
https://acns2021-ioffe.slack.com/archives/C024P3QPZMZ
|
|
O2-5-11
|
Vilkov Ilya Razuvaev Institute of Organometallic Chemistry (IMOS), RAS
Hybrid nanomaterial TiC/MWCNTs: synthesis, application as strengthening components in aluminum alloys
|
https://acns2021-ioffe.slack.com/archives/C024P3SC5JP
|
|
1930–2015
|
I-05
|
Invited lecture
Yakobson Boris Rice University, USA
1D-carbon nanotubes and 2D-layers synthesis, insights from thermodynamics to kinetics
|
https://acns2021-ioffe.slack.com/archives/C02484C97GF
|
|
June, 30
Wednesday
|
|
the 7th one-day conference-school of young scientists
“Advanced Carbon Nanostructures And Methods Of Their Diagnostics”
|
|
1100–1115
|
I-00
|
Opening
|
|
1115–1200
|
I-06
|
Invited lecture
Viktor Vins LLC VELMAN, Russia
Engineering of atomic defects in the crystal structure of diamond
|
https://acns2021-ioffe.slack.com/archives/C025BP5CA1W
|
|
1200–1300
|
|
3-1 Online session: Reports of young scientists
|
|
|
Y3-1-01
|
Alekseev Dmitriy Institute of Solid State Chemistry and Mechanochemistry, SB of the RAS
The use of nanodiamonds in solid composite electrolytes ms
|
https://acns2021-ioffe.slack.com/archives/C025BPHHQV6
|
|
Y3-1-02
|
Kotsun Alena Nikolaev Institute of Inorganic Chemistry, SB of the RAS
Nanostructures VSx/reduced graphene oxide materials for energy storage applications
|
https://acns2021-ioffe.slack.com/archives/C024N6GJ4V9
|
|
Y3-1-03
|
Nishchakova Alina Nikolaev Institute of Inorganic Chemistry, SB of the RAS
Synthesis, functionalization and electrochemical properties of N-free and N-doped porous carbon materials
|
https://acns2021-ioffe.slack.com/archives/C024N6MTF2P
|
|
Y3-1-04
|
Rezvanova Anastasiya Institute of Strength Physics and Materials Science, SB of the RAS
Influence of additives of multi-walled carbon nanotubes on the porosity and macrostresses in the composite hydroxyapatite - «MWCNTs»
|
https://acns2021-ioffe.slack.com/archives/C024N6PB4H1
|
|
Y3-1-05
|
Semenukha Oksana Reshetnev Siberian State University of Science and Technology
Organosilicon polymer compositions based on carbon nanotubes in tensoresistive applications
|
https://acns2021-ioffe.slack.com/archives/C025BQ1GJ8G
|
|
Y3-1-06
|
Vorfolomeeva Anna Nikolaev Institute of Inorganic Chemistry, SB of the RAS
Influence of the synthesis temperature on electrochemical properties of porous nitrogen-containing carbon in sodium-ion batteries
|
https://acns2021-ioffe.slack.com/archives/C02477AJVF1
|
|
1300–1345
|
I-07
|
Invited lecture
Valerii Dolmatov Federal State Unitary Enterprise "Special Design and Technological Bureau "Technolog", Russia
Theory and practice of detonation synthesis of nanodiamond, its properties and application
|
https://acns2021-ioffe.slack.com/archives/C025BQD3LHW
|
|
1345–1400
|
|
Break
|
|
1400–1445
|
I-08
|
Invited lecture
Sergey Lermontov Institute of Physiologically Active Compounds, RAS, Russia
Carbon Aerogels - Synthesis, Properties, Application
|
https://acns2021-ioffe.slack.com/archives/C024N745XFV
|
|
1445–1530
|
|
Lunch time
|
|
1530–1615
|
I-09
|
Invited lecture
Egor Lychagin Joint Institute for Nuclear Research, Russia
Neutron activation analysis for diagnostics of advanced carbon nanomaterials
|
https://acns2021-ioffe.slack.com/archives/C024N75NQ2F
|
|
1615–1715
|
|
3-2 Online session Reports of young scientists
|
|
|
Y3-2-01
|
Chizhikova Anastasiia Ioffe Institute
Synthesis of a suspension of detonation nanodiamonds modified with nickel ions
|
https://acns2021-ioffe.slack.com/archives/C024F7GEQ0N
|
|
Y3-2-02
|
Popov Dmitry Lomonosov Moscow State University
Phase transition in the system “BGO - CH3CN” - dependence on characteristics of the material
|
https://acns2021-ioffe.slack.com/archives/C024N110MT4 |
|
Y3-2-03
|
Shiyanova Kseniya N.N. Semenov Federal Research Center for Chemical Physics, RAS
Adjustment of the functional composition of graphene oxide at the synthesis stage
|
https://acns2021-ioffe.slack.com/archives/C024JU8GW4V
|
|
Y3-2-04
|
Tudupova Biligma Ioffe Institute
Formation and properties of structures based on Graphene Oxide and Detonation Nanodiamonds in water
|
https://acns2021-ioffe.slack.com/archives/C024F7NN72A
|
|
Y3-2-05
|
Zhirov Maksim Lomonosov Moscow State University, Chemistry Department
Solid-state fluorinating agents for fluorination of graphene
|
https://acns2021-ioffe.slack.com/archives/C024JUBU6KF
|
|
1715–1800
|
I-10
|
Invited lecture
Aleksandra Siklitckaia Institute of Chemical Physics, Polish Academy of Sciences, Poland
Modelling the carbonaceous nanostructures: modern advances
|
https://acns2021-ioffe.slack.com/archives/C024JUDFSVB
|
|
1800–1815
|
|
Break
|
|
1815–1900
|
I-11
|
Invited lecture
Alexander Vasiliev NRC "Kurchatov Institute", Russia
Transmission electron microscopy in the study of carbon-based nanostructures
|
https://acns2021-ioffe.slack.com/archives/C024F7SL0T0
|
|
1900–2000
|
|
3-3 Online session Reports of young scientists
|
|
|
Y3-3-01
|
Bunyaev Vitaliy Lomonosov Moscow State University
Tritium labeled graphene oxide as a component of a nuclear battery
|
https://acns2021-ioffe.slack.com/archives/C024U65GKD2
|
|
Y3-3-02
|
Dubovenko Roman Saint-Petersburg University
Impact of C60 based star macromolecules & ionic liquid as novel membrane modifiers on pervaporation performance in lactic acid dehydration
|
https://acns2021-ioffe.slack.com/archives/C0250KJ0E8H
|
|
Y3-3-03
|
Kulbina Anastasia Volgograd State University
3D ultrashort optical pulses in anisotropic optical medium with carbon nanotubes and an order parameter
|
https://acns2021-ioffe.slack.com/archives/C024784PZ2T
|
|
Y3-3-04
|
Lobanova Evgeniya ITMO University
Iron- and silicon-intercalated graphene on silicon carbide
|
https://acns2021-ioffe.slack.com/archives/C024F7XF2KG
|
|
Y3-3-05
|
Sinolits Artem Lomonosov Moscow State University
Preparation and properties of Myramistin-hyaluronic acid coatings on the nanodiamond surface
|
https://acns2021-ioffe.slack.com/archives/C024N7PSY1H
|
|
2000–2015
|
I-00
|
Closing remarks
|
|
July, 01
Thursday
|
|
NANODIAMOND PARTICLES
|
|
1100–1145
|
I-12
|
Invited lecture
Andrey Knizhnik NRC "Kurchatov Institute", Russia
Theoretical modeling of structure and properties of detonation nanodiamonds
|
https://acns2021-ioffe.slack.com/archives/C024N7WS2TD
|
|
1145–1245
|
|
4-1 Online session: Nanodiamond Particles
|
|
|
O4-1-01
|
Dolmatov Valerii Federal State Unitary Enterprise "Special Design and Technological Bureau "Technolog"
Influence of modification of tetryl detonation nanodiamonds on the combustion process of model pasty rocket fuels (RF)
|
https://acns2021-ioffe.slack.com/archives/C024N7YV48K
|
|
O4-1-02
|
Lebedev Vasily Petersburg Nuclear Physics Institute named by B.P. Konstantinov of NRC “Kurchatov Institute”
Complexes of nanodiamonds with Gd-fullerenols for biomedicine
|
https://acns2021-ioffe.slack.com/archives/C0250MHCLKB
|
|
O4-1-03
|
Leshchev Dmitrii Peter the Great St. Petersburg Polytechnic University
On mechanism of diamond growth: role of atomic carbon
|
https://acns2021-ioffe.slack.com/archives/C024N9M6L2X
|
|
O4-1-04
|
Mateyshina Yuliya Institute of Solid State Chemistry and Mechanochemistry, SB of the RAS
Nanodiamonds as a component for composite solid electrolytes
|
https://acns2021-ioffe.slack.com/archives/C0250MKRNHX
|
|
O4-1-05
|
Osipov Vladimir Ioffe Institute
Evaluation the Amount of NV- centers in 3-nm Detonation Nanodiamonds by Half Magnetic Field ESR Method
|
https://acns2021-ioffe.slack.com/archives/C0250MM8F97
|
|
O4-1-06
|
Shestakov Mikhail Ioffe Institute
Sonication assisted advanced oxidation process: hybrid method for deagglomeration of detonation nanodiamond particles
|
https://acns2021-ioffe.slack.com/archives/C0250MP280Z
|
|
O4-1-07
|
Shvidchenko Aleksandr Ioffe Institute
Influence of the size of detonation nanodiamond particles on their electrosurface properties in hydrosols
|
https://acns2021-ioffe.slack.com/archives/C024U8D0Q92
|
|
O4-1-08
|
Vdovichenko Artem NRC “Kurchatov institute”
Dielectric spectroscopy study of detonation nanodiamonds self-organization in oil suspensions
|
https://acns2021-ioffe.slack.com/archives/C024U8E8PHA
|
|
O4-1-09
|
Yudin Ivan Kutateladze Institute of Thermophysics, SB of the RAS
Influence of nitrogen on the synthesis of diamonds during gas-jet HWCVD deposition
|
https://acns2021-ioffe.slack.com/archives/C024N9XT82X
|
|
1245–1330
|
I-13
|
Invited lecture
Stepan Stehlik Institute of Physics of the Czech Academy of Sciences, Czech Republic
Smaller than usual: preparation, properties, and size effects in sub-5 nm nanodiamonds
|
https://acns2021-ioffe.slack.com/archives/C024FA96KCN
|
|
1330–1430
|
|
4-2 Online session Nanodiamond Particles
|
|
|
O4-2-01
|
Chernysheva Maria Lomonosov Moscow State University
Langmuir hydrogen atomization as a novel approach for nanodiamond treatment
|
https://acns2021-ioffe.slack.com/archives/C024FABKBML
|
|
O4-2-02
|
Dolmatov Valerii Federal State Unitary Enterprise "Special Design and Technological Bureau "Technolog"
Possible mechanism for the formation of detonation nanodiamonds
|
https://acns2021-ioffe.slack.com/archives/C0250N6GZQR
|
|
O4-2-03
|
Grudinkin Sergey Ioffe Institute
Emission of GeV colour centre ensembles in HFCVD nanodiamonds
|
https://acns2021-ioffe.slack.com/archives/C024K1U1WUD
|
|
O4-2-04
|
Kuznetsov Nikita NRC “Kurchatov Institute”
Electrorheological fluids filled by detonation nanodiamonds
|
https://acns2021-ioffe.slack.com/archives/C024FAMJV62
|
|
O4-2-05
|
Lebedev Vasily Petersburg Nuclear Physics Institute named by B.P. Konstantinov of NRC “Kurchatov Institute”
X-ray luminescent nanodiamonds modified by Eu diphthalocyanine
|
https://acns2021-ioffe.slack.com/archives/C025BTR9UKA
|
|
O4-2-06
|
Leshchev Dmitrii Peter the Great St. Petersburg Polytechnic University
On mechanism of diamond growth: role of ethylene and acetylene
|
https://acns2021-ioffe.slack.com/archives/C024K1YND3P
|
|
O4-2-07
|
Lychagin Egor Joint Institute for Nuclear Research
Development of high-purity detonation synthesis nanodiamonds for slow neutron reflectors
|
https://acns2021-ioffe.slack.com/archives/C0247B0N1U7
|
|
O4-2-08
|
Yudin Ivan Kutateladze Institute of Thermophysics, SB of the RAS
Gas-jet HWCVD synthesis of diamond from a mixture of hydrogen with ethylene
|
https://acns2021-ioffe.slack.com/archives/C024NAJTKHR
|
|
O4-2-09
|
Zinin Pavel Scientific and Technological Center of Unique Instrumentation, RAS
Granular conductivity in boron rich diamond like carbon films
|
https://acns2021-ioffe.slack.com/archives/C024NAL5951
|
|
1430–1515
|
|
Lunch time
|
|
1515–1600
|
I-14
|
Invited lecture
Ken Haenen Hasselt University, Belgium
Doping of diamond: Importance for nanodiamond particles and nanocrystalline CVD diamond films
|
https://acns2021-ioffe.slack.com/archives/C024K27025T
|
|
1600–1700
|
|
4-3 Online session: Nanodiamond Particles
|
|
|
O4-3-01
|
Belousov Sergey NRC “Kurchatov Institute”
Organization in various small-angle x-ray scattering study of the detonation nanodiamonds
|
https://acns2021-ioffe.slack.com/archives/C025BU28UD6
|
|
O4-3-02
|
Bogdanov Kirill ITMO University
Amplification of colour-centre luminescence using Getter-controlled nitrogen reduction for synthetic HPHT micro-diamonds
|
https://acns2021-ioffe.slack.com/archives/C024FB1EX0E
|
|
O4-3-03
|
Ducrozet Florent Université Paris-Saclay
Influence of annealing atmosphere on DNDs' surface graphitization and impact on their colloidal stability in water
|
https://acns2021-ioffe.slack.com/archives/C024FB3477G
|
|
O4-3-04
|
Gozhikova Inna Institute of Physiologically Active Substances, RAS
Composites of SiO2 - aerogels with nanodiamonds
|
https://acns2021-ioffe.slack.com/archives/C024K2CM5UM |
|
O4-3-05
|
Kapustin Sergey Northern (Arctic) Federal University
Research of electrophysical properties of diamonds with NV-centres in a wide range of temperatures and frequencies
|
https://acns2021-ioffe.slack.com/archives/C024NAX3WJF
|
|
O4-3-06
|
Kulvelis Yuri Petersburg Nuclear Physics Institute named by B.P. Konstantinov of NRC “Kurchatov Institute”
Improving the performance of PFSA membranes using sulfonated nanodiamonds
|
https://acns2021-ioffe.slack.com/archives/C024FB71DUN
|
|
O4-3-07
|
Kuziv Ivan Northern (Arctic) Federal University
Investigation of the Nitrogen-doped Diamond Defects by Positron Annihilation Spectroscopy
|
https://acns2021-ioffe.slack.com/archives/C0250NXSVAM
|
|
O4-3-08
|
Ovchinnikov-Lazarev Maxim JSC RCRF Troitsk Institute for Innovation and Fusion Research (TRINITY ROSATOM)
The use of purified detonation nanodiamond in an anti-icing composition
|
https://acns2021-ioffe.slack.com/archives/C024NB1U30T
|
|
O4-3-09
|
Shilova Olga Institute of Silicate Chemistry, RAS
Nanodiamond batch enriched with B, P: Prospects for use in agriculture
|
https://acns2021-ioffe.slack.com/archives/C024K2KND7X
|
|
O4-3-10
|
Sigalaev Sergey Keldysh Institute of Applied Mathematics, RAS
Detonation synthesis of carbon onions and their properties
|
https://acns2021-ioffe.slack.com/archives/C025BUEQRQ8
|
|
O4-3-11
|
Tomchuk Oleksandr Joint Institute for Nuclear Research,
Tuning of the porous structure of detonation nanodiamond powders by pressure: SANS study
|
https://acns2021-ioffe.slack.com/archives/C024K2NFC5T
|
|
O4-3-12
|
Trofimuk Andrey Ioffe Institute
Removal of several atomic layers in detonation nanodiamond particles
|
https://acns2021-ioffe.slack.com/archives/C025BUHG37A
|
|
O4-3-13
|
Utesov Oleg Petersburg Nuclear Physics Institute named by B.P. Konstantinov of NRC “Kurchatov Institute”
Nanodiamonds size, shape, and defectness determination using Raman spectroscopy
|
https://acns2021-ioffe.slack.com/archives/C024FBGS1L6
|
|
O4-3-14
|
Yudina Elena Ioffe Institute
Nanodiamond deagglomerated by annealing under argon: infrared spectroscopy and mass-spectrometry study
|
https://acns2021-ioffe.slack.com/archives/C0250P6SN01
|
|
FULLERENES
|
|
1700–1800
|
|
4-4 Online session: Fullerenes
|
|
|
O4-4-01
|
Abbas Rashad Saint-Petersburg State Institute of Technology
Density functional theory calculation for fullerene-lysine system
|
https://acns2021-ioffe.slack.com/archives/C024K2VKXAR
|
|
O4-4-02
|
Andreev Sergey NRC Institute of Immunology FMBA of Russia
Study of temporal changes in the spectrum of fullerene C60 in the presence of N-methylpyrrolidone
|
https://acns2021-ioffe.slack.com/archives/C024UA0MRN0
|
|
O4-4-03
|
Aouane Mohamed Institut Laue Langevin (ILL)
Inelastic Neutron Scattering of endofullerenes: 3HeC60 study
|
https://acns2021-ioffe.slack.com/archives/C0247BYUSJK
|
|
O4-4-04
|
Elesina Victoria Kirensky Institute of Physics, FRC KSC, SB of the RAS
Method for the extraction of EMF in a mechanical extractor
|
https://acns2021-ioffe.slack.com/archives/C024K306UTF
|
|
O4-4-05
|
Magarill L. Rzhanov Institute of Semiconductor Physics, SB of the RAS
Theory of electron states in cone made of graphene or other multivalley 2D systems
|
https://acns2021-ioffe.slack.com/archives/C0250PFQTH7
|
|
O4-4-06
|
Gerasimova Liubov Saint-Petersburg State Institute of Technology
Solubility of rare earth chlorides in ternary water-salt systems in the presence of a fullerenol - C60(OH)24 nanoclusters at 25oC
|
https://acns2021-ioffe.slack.com/archives/C024N59LU2E
|
|
O4-4-07
|
Khamatgalimov Ayrat Arbuzov Institute of Organic and Physical Chemistry, FRC Kazan Scientific Center, RAS
The peculiarities of molecular structure of low-symmetry isomers of non-IPR fullerene C76
|
https://acns2021-ioffe.slack.com/archives/C0250PJT1A5
|
|
O4-4-08
|
Kudoyarova Vera Ioffe Institute
Observation of singlet oxygen in polysiloxan block-sopolimer, modified C 60
|
https://acns2021-ioffe.slack.com/archives/C0250PKU7H7
|
|
O4-4-09
|
Sabirov Denis Institute of Petrochemistry and Catalysis, UFRC, RAS
Algorithm for enumeration and generation of regioisomeric fullerene cycloadduct structures
|
https://acns2021-ioffe.slack.com/archives/C024K36GR37
|
|
O4-4-10
|
Vnukova Natalia Kirensky Institute of Physics, FRC KSC, SB of the RAS
Comparative characteristics of Sc2C2@C82 and C84 polymerization under high pressure
|
https://acns2021-ioffe.slack.com/archives/C024N5FBNSE
|
|
1800–1815
|
|
Break
|
|
1815–1915
|
|
4-5 Online session: Fullerenes
|
|
|
O4-5-01
|
Amusia Miron Ioffe Institute
Role of fullerenes shell in time delay of photoelectrons from endohedrals
|
https://acns2021-ioffe.slack.com/archives/C024K39UPAR
|
|
O4-5-02
|
Andreev Sergey NRC Institute of Immunology FMBA of Russia
Facile organosilicon-based route for synthesis of fullerene amino acid adducts
|
https://acns2021-ioffe.slack.com/archives/C024K3B6YQ5
|
|
O4-5-03
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Fokin Nikita Petersburg Nuclear Physics Institute named by B.P. Konstantinov of NRC “Kurchatov Institute”
The structure of water-soluble derivatives of endohedral metallofullerenes and features of their self-organization in aqueous solutions
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https://acns2021-ioffe.slack.com/archives/C025BV6BV4G
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O4-5-04
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Gerasimova Liubov Saint-Petersburg State Institute of Technology
Catalytic fullerenol action on chlorella growth in the conditions of limited resource base
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https://acns2021-ioffe.slack.com/archives/C0250PVLR89
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O4-5-05
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Khamatgalimov Ayrat Arbuzov Institute of Organic and Physical Chemistry, FRC Kazan Scientific Center, RAS
Is there a molecular symmetry lowering in open-shell IPR higher fullerenes?
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https://acns2021-ioffe.slack.com/archives/C024FC84Z62
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O4-5-06
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Kopeuw Agnes Saint-Petersburg State Institute of Technology
Quantum chemistry simulation of halogenated fullerene. Regiochemistry and vibrational spectra
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https://acns2021-ioffe.slack.com/archives/C025BVBLXLY
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O4-5-07
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Lyutova Zhanna Petersburg Nuclear Physics Institute named by B.P. Konstantinov of NRC “Kurchatov Institute”
Antioxidant properties of water-soluble fullerene derivatives
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https://acns2021-ioffe.slack.com/archives/C024K3K4HEZ
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O4-5-08
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Mikheev Ivan Lomonosov Moscow State University
Aqueous fullerene dispersions: preparation techniques, characterization, and applications
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https://acns2021-ioffe.slack.com/archives/C024UAQKEBE
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O4-5-09
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Sabirov Denis Institute of Petrochemistry and Catalysis, UFRC, RAS
Bader’s bond ellipticity as a reactivity index in the stepwise [2+1] cycloaddition reactions to the C60 fullerene
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https://acns2021-ioffe.slack.com/archives/C025C097GF2
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|
O4-5-10
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Suyasova Marina Petersburg Nuclear Physics Institute named by B.P. Konstantinov of NRC “Kurchatov Institute”
Structural features of new fullerene derivatives according to IR-, Raman- and UV/Vis-spectroscopy
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https://acns2021-ioffe.slack.com/archives/C024K3WC3FX
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O4-5-11
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Tropin Timur Joint Institute for Nuclear Research, Frank Laboratory of Neutron Physics
Kinetics of cluster growth in C60-toluene solutions: DLS study and theoretical evaluation
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https://acns2021-ioffe.slack.com/archives/C024NCF23M1
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|
1915–2000
|
I-15
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Invited lecture
Cami Jan Western University, Canada
The Hidden Life of Cosmic Fullerenes
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https://acns2021-ioffe.slack.com/archives/C0250QE6P97
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July, 02
Friday
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APPLICATIONS OF NANOCARBONS
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1100–1145
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I-16
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Invited lecture
Ménard-Moyon Cecilia University of Strasbourg, France
Multifunctionalized carbon nanotubes for applications in diagnosis and therapy
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https://acns2021-ioffe.slack.com/archives/C0247DC9AKZ
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1145–1245
|
|
5-1 Online session: Applications of Nanocarbons
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|
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O5-1-01
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Gryaznova Marina Technological Institute for Superhard and Novel Carbon Materials
Exfoliated graphite-based carbon ink for screen-printing applications
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https://acns2021-ioffe.slack.com/archives/C024FD545SS
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|
O5-1-02
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Men'shchikov Ilya Frumkin Institute of Physical chemistry and Electrochemistry (IPCE), RAS
Thermodynamics of xenon adsorption on nanoporous SiC-derived carbon affected by adsorption-induced and thermal strain
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https://acns2021-ioffe.slack.com/archives/C024UBHT63E
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|
O5-1-03
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Mikheev Ivan Lomonosov Moscow State University
In vitro evaluation of fullerenes and endofullerenes in aqueous dispersions as superoxide scavengers and their toxicity
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https://acns2021-ioffe.slack.com/archives/C0247DGA1RV
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O5-1-04
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Nishchakova Alina Nikolaev Institute of Inorganic Chemistry, SB of the RAS
Ni catalysts on N-doped and N-free porous carbon materials for hydrogen production from formic acid
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https://acns2021-ioffe.slack.com/archives/C024K4H7L69
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O5-1-05
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Shkolin Andrey Frumkin Institute of Physical chemistry and Electrochemistry (IPCE), RAS
Deformation of nanoporous carbon adsorbent induced by methane adsorption in wide range of pressures and temperatures
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https://acns2021-ioffe.slack.com/archives/C024K4J5MN1
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1245–1300
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Break
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1300–1315
|
I-17
|
Invited speaker
Sergey Kulikov RUSNANO Chairman of the Executive Board, Russia
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https://acns2021-ioffe.slack.com/archives/C024UBNFPS8
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|
1315–1400
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|
Lunch time
|
|
1400–1500
|
|
5-2 Online session: Applications of Nanocarbons
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|
|
O5-2-01
|
Katin Konstantin National Research Nuclear University MEPhI
Ab initio study of fluorinated fullerenes as drug delivery systems
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https://acns2021-ioffe.slack.com/archives/C024ND5F70T
|
|
O5-2-02
|
Litasova Elena Institute of Experimental Medicine
Development of delivery systems based on fullerene C60 and application prospects
|
https://acns2021-ioffe.slack.com/archives/C024UBT2RBN
|
|
O5-2-03
|
Shkolin Andrey Frumkin Institute of Physical chemistry and Electrochemistry (IPCE), RAS
The model of adsorption/desorption process on nanoporous carbon matherials under the thermal insulation conditions
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https://acns2021-ioffe.slack.com/archives/C024N6YBEQ2
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|
O5-2-04
|
Tomchuk Alina Joint Institute for Nuclear Research
Comparative structural and in vitro toxicity study of C60-lysine and C60-piperazine aqueous solutions for biomedical purposes
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https://acns2021-ioffe.slack.com/archives/C025C15NUTA
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|
O5-2-05
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Turetskiy Evgeny NRC Institute of Immunology FMBA of Russia
Fullerene C60 exhibits no subacute toxicity in mice after repeated administration
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https://acns2021-ioffe.slack.com/archives/C024NDA4PFV
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|
1500–1530
|
I-00
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Closing remarks
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