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Scientific Program
Sunday, July 6
|
| 1200- 1700 |
Registration |
Monday, July 7
|
| 900- 1800 |
Registration |
| 930-1000 |
Opening |
| 945-1000 |
V. V. Danilenko, "ALIT" Co. , Kiev, Ukraine
The history of the nanodiamond discovery |
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Technology of production and chemical purification
|
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Chairman: V.M. Titov |
| 1000- 1030 |
N.V. Novikov, V.N. Bakul Institute for Superhard
Materials, Kiev, Ukraine (Invited lecture)
Detonation-produced diamond in Ukraine |
| 1030- 1100 |
G.V.Sakovich, Institute of Problems of Chemical
and Energetic Technologies, Biysk, Russia (Invited
lecture)
Nanodiamond synthesis, properties and technology |
| 1100-
1130 |
Coffee break |
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Chairman: V.N. Novikov |
| 1130- 1200 |
V.M. Titov, Institute for Hydrodynamics, Novosibirsk,
Russia (Invited lecture)
Kinetics of diamond phase formation at detonation
of explosives |
| 1200- 1230 |
V.Yu. Dolmatov, Federal
State Unitary Enterprise "Special Design and Technological
Office "Technolog" and JSC "Diamond Centre",
St Petersburg, Russia (Invited lecture)
Up-to-date industrial synthesis of nanodiamonds
|
| 1230-1250 |
Y. Tong, H.Fenglei, F.L.Huang, Y.Shourong,
S.R.Yun
Research on the preparation properties and application
of detonation nanodiamond |
| 1300-
1500 |
Lunch |
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Modification of surface and physical-chemical
properties
|
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Chairman: T. Enoki |
| 1500- 1530 |
E.Osawa, Nanocarbon
Research Institute Ltd., Chiba, Japan (Invited
lecture)
Nanodiamond agglutinates: characterization and disintegration |
| 1530- 1600 |
I.I. Kulakova, Moscow State University, Moscow,
Russia (Invited lecture)
Nanodiamond surface chemistry |
| 1600- 1620 |
X. Kang, X. Qunji
A carbonization-oxidation method for deagglomeration
of detonation ultradispersed diamond |
| 1620- 1640 |
A. P. Koscheev, U. Ott
Detonation nanodiamonds as analogs of presolar grains
in laboratory simulation experiments of astrophysical
relevance |
| 1640-
1700 |
Coffee break |
| 1700- 1900 |
Poster Session
|
| 2000 |
Welcome party |
Tuesday, July 8
|
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Phase transitions. Carbon onions. Impurities
and defects. Methods of characterizations and
computer simulation.
|
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Chairman: A.Ya. Vul' |
| 930 - 1000 |
T. Enoki, Tokyo
Institute of Technology, Tokyo, Japan (Invited
lecture)
Diamond to graphite conversion in nanodiamond and
electronic properties of nanodiamond-derived carbon
system |
| 1000- 1030 |
V.L. Kuznetsov, Boreskov Institute of Catalysis,
Novosibirsk, Russia (Invited lecture)
Nanodiamond graphitization and properties of onion-like
carbon |
| 1030 -
1050 |
O.A. Shenderova, D.A.
Areshkin, D.W. Brenner, V.V. Zhirnov, J.J. Hren
Atomistic Modeling of Nanodiamond |
| 1050 - 1110 |
M.V.Baidakova, V.I.Siklitsky, A.Ya.Vul',
M.A.Yagovkina
X-ray Diffraction and Small-Angle Scattering Study
of Nanodiamonds and Onion Carbon |
| 1110-
1140 |
Coffee break |
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Technology for applications
|
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Chairman: T. Soga |
| 1140- 1210 |
A.P. Vozniakovskii, Federal State Unitary Enterprise
Scientific Research Institute for Synthetic Rubber,
St Petersburg, Russia (Invited lecture)
Nanodiamond polymer composites |
| 1210- 1240 |
A.V. Nozhkina, All-Russian Scientific Research
Institute "Diamond", Moscow, Russia (Invited lecture)
Nanodiamond composites |
| 1240- 1300 |
V. V. Danilenko
Shock-wave sintering of nanodiamond |
| 1300-
1500 |
Lunch |
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Chairman: V.Yu. Dolmatov |
| 1500- 1530 |
A.S. Artjomov, Lebedev Physical Institute, Moscow,
Russia (Invited lecture)
Nanodiamonds for polishing |
| 1530- 1600 |
G.K. Burkat, Federal
State Unitary Enterprise "Special Design and Technological
Office "Technolog" and JSC "Diamond Centre",
St Petersburg, Russia (Invited lecture)
Nanodiamond application in electroplating |
| 1600- 1630 |
V.I. Kurmashev, The "Plasmoteg" Engineering
Center of the National Academy of Sciences of Belarus,
Minsk, Belarus (Invited lecture)
Nanodiamonds for magnetic recording systems |
| 1630- 1700 |
V.I. Padalko, "ALIT" Co. Kiev, Ukraine (Invited
lecture)
Nanodiamonds for fuel cells and other applications |
| 1700-
1720 |
Coffee break |
| 1720- 1900 |
Poster Session
|
| 1900- 2200 |
Excursion to the nanodiamond
production by finland-russian factory "Diarm",
Kronshtadt, Kotlin island |
Wednesday, July 9
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Precursors for CVD diamond film growth
|
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Chairman: R. Kalish |
| 930 - 1000 |
B.V.Spitsyn, Institute of Physical Chemistry,
Moscow, Russia (Invited lecture)
Diamond nucleation from the activated vapor phase |
| 1000- 1030 |
T. Soga, Department
of Environmental Technology and Urban Planning,
Nagoya
Institute of Technology, Nagoya, Japan (Invited
lecture)
Precursors for CVD growth of nanocrystalline diamond |
| 1030- 1050 |
V. Ralchenko
Conformal diamond films grown on substrates seeded
with nanodiamond particles
|
| 1050-
1130 |
Coffee break |
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Technology for applications
Precursors for CVD diamond film growth
|
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Chairman: O.A. Shenderova |
| 1130- 1150 |
R. Kalish, V. Richter, Sh. Michaelson,
A Hoffman, E.Cheifetz
Ion-induced electron emission from free-standing
sub-micron diamond membranes |
| 1150- 1210 |
V. V. Zhirnov, T. Tyler, O. A. Shenderova,
D. A. Areshkin, D. W. Brenner, and J. J. Hren
Electron emission properties of detonation nanodiamonds
|
| 1210- 1230 |
S.A. Grudinkin, N.A. Feoktistov, V.G.
Golubev, A. Krueger, V.G. Melekhin, A.Ya Vul'
Nanodiamond precursors for CVD diamond films growth
on metallic and optical substrates |
| 1230- 1250 |
V.S. Bondar , A.P. Puzyr
Nanodiamonds for biological research |
| 1250-
1500 |
Lunch |
| 1500- 1640
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Poster Session
|
| 1640-
1700 |
Coffee break |
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Technology for applications
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Chairman: G.V. Sakovich |
| 1700- 1730 |
S.K. Gordeev, Scientific Research Institute for
Materials, St Petersburg, Russia (Invited lecture)
Preparation and properties of carbon composite materials
based on nanodiamond |
| 1730- 1800 |
P.I. Belobrov, Institute of Biophysics, Krasnoyarsk,
Russia (Invited lecture)
Nanodiamond scaffolding in physics, chemistry and
biology |
| 1800- 1820 |
Closing |
| 2000 |
Workshop dinner |
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Poster Sessions
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1.Technology of production and chemical purification
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| P1.01 |
A. S. Chiganov
Selective inhibity of oxidation nanodiamonds in
technology of purification |
| P1.02 |
I.S. Larionova, L.I. Poleva, E.V. Nikitin,
V.I. Suharenko, E.E. Lin
Some Aspects on the Composition and Properties of
Detonation Nano-diamond Obtained from the Synthesis
Products by Different Methods |
| P1.03 |
V.G. Isakova, V. P. Isakov
Extraction of ultra fine diamonds from detonation
waste products by combustion reaction initiated
by acetyl acetones of metals |
| P1.04 |
M.S. Vasilishin, B.I. Bratilov , E.A.
Petrov , V.N. Zolotukhin
The Development of Technology for Dry Powder UDD
Obtaining from Water Suspension |
| P1.05 |
E.A. Petrov
The Use of Nitrooleum Mixtures for Detonation Diamonds
Purification |
| P1.06 |
E.A. Petrov
Some Aspects on the Detonation Synthesis of Diamond
(UDD and DALAN) |
| P1.07 |
A. P. Koscheev
Comparative studies of detonation nanodiamonds produced
at various scientific centers: certification and
unification problems |
| P1.08 |
S.I.Chuhaeva
Obtaining, Properties and Applications of Fractionated
Nanodiamonds |
| P1.09 |
V.A.Mazanov
Macrokinetics of conservation of condensed carbon
and detonation nanodiamonds in the hermetic explosive
chamber (only in Russian) |
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2 Modification of surface and physical-chemical
properties
|
| P2.01 |
Vozniakovsky A.P., A.Yu. Neverovskaya ,
V.Yu.Dolmatov
Nanodiamonds by Detonation Synthesis Structure of
Dispersive Medium and Sedimentation Resistance of
Suspensions |
| P2.02 |
B.V.Spitsyn, M.N.Gradoboev, T.B.Galushko,
T.A.Karpukhina, E.I.Kochetkova
Study of nanodiamond |
| P2.03 |
G. A. Chiganova
Physicochemical properties of nanodiamonds |
| P2.04 |
G.P. Bogatyreva, M.A. Marinich, V.L. Gvyazdovskaya,
G.A. Bazaliy, N.A. Oleinik, and E.V. Ishchenko
A technology of production of nanodiamond dispersions:
effect on the energy state and adsorptivity of the
surface |
| P2.05 |
A.A. Bochechka
Effect of Degassing on the Formation of Polycrystals
from Diamond Nanopowders of the Detonation and Static
Syntheses |
| P2.06 |
I.S. Larionova, L.I. Poleva, A.V. Frolov,
B.V. Larionov
The Method for Diamond Hydrogel Obtaining |
| P2.07 |
A.P. Dementjev, K.I. Maslakov
Chemical state of carbon atoms on the topmost layer
of Nanodiamond particles and Natural diamond (110) |
| P2.08 |
A.P. Dementjev, K.I. Maslakov
In-situ study of C-atoms interaction with Nanodiamond
and natural diamond surfaces |
| P2.09 |
A.P. Koscheev, S. P. Kabanov, A. E. Serzhantov,
M. D. Gromov
Surface chemistry and colloidal stability of nanodiamonds |
| P2.10 |
Remnev G.E., I.S. Larionova, A.I. Pushkarev, M.A. Pushkarev
Nanodiamond surface modification on influence of
high-current electron beam pulsed plasma |
| P2.11 |
A. E. Alexensky, M.A.Yagovkina, A.Ya.Vul'
Nanodiamond doping with metals in aqueous suspensions |
| P2.12 |
Y.W.Zhu, X.Q.Shen, B.C.Wang, X.Y.Xu, Z.J.Feng
Chemical Mechanical Modification of Nanodiamond |
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3. Phase transitions Carbon onions. Impurities
and defects. Methods of characterizations and
computer simulation.
|
| P3.01 |
B.V.Rumyantsev, I.P.Makarevich, A.D.Rakhel,
B.E.Fridman
Study of Carbon Phase Transition Induced by the
Electrodynamic Compression |
| P3.02 |
A.L.Vereshchagin
DENONATION NANODIAMONDS ARE PRIMARY STATE OF CARBON
IN THE UNIVERSE |
| P3.03 |
A.L.Vereshchagin
PHASE DIAGRAM OF ULTRADISPERSIVE CARBON |
| P3.04 |
A.V. Okotrub, L.G. Bulusheva, V.L. Kuznetsov,
Yu.V. Butenko, A.L.Chuvilin, A.V. Gusel’nikov,
Ph.A. Pruss
Annealed nanodiamonds: x-ray spectroscopic examination
of the electronic states |
| P3.05 |
A.S. Barnard, S.P. Russo and I.K. Snook
From nanodiamond to diamond nanowires: Properties
effected by dimension |
| P3.06 |
N.V. Novikov, G.P. Bogatyreva, G.F. Nevstruev,
G.D. Ilnitskaya
Magnetic method of control of purification of nanodiamond
powders |
| P3.07 |
Komarov V.F., Sakovich G.V.
Properties of synthetic nanodiamonds as a consequence
of nanodimensional state of their particles. |
| P3.08 |
K. A. Ten, V.M. Aulchenko, O.V. Evdokov,
I.L. Zhogin, V.V. Zhulanov, P. I. Zubkov, Yu.M.
Kamenezky, G. N. Kulipanov, L. A. Luckjanchikov,
N. Z. Ljachov, L.A. Merzhievsky, V. M. Titov, B.
P. Tolochko, M.R. Sharafutdinov, M. A. Sheromov,
L.I. Shektman
Definition of parameters nanostructures at detonation
high explosive with the help of registration small-angle
X-ray scattering of synchrotron radiation. |
| P3.09 |
V.Yu.Osipov , T.Enoki, Y.Kobayashi, A.I.
Shames, A.Ya.Vul’
Defects and impurities in nanodiamonds: EPR and
SQUID studies |
| P3.10 |
C.-L. Cheng, H.-C. Chang, Y.–R. Chen,
W.-C. Shaio, and D.-S. Tsai
A survey of CH stretching features on diamonds of
different origins and sizes |
| P3.11 |
B.A. Patel, K.J. Rutt, V. Padalko, S.V. Mikhalovsky
Nanoporous diamonds in HPLC |
| P3.12 |
A.V. Kvit, T. Tyler V.V. Zhirnov, and
J. J. Hren
Atomic-scale characterization of nitrogen distribution
in diamond nanoparticles |
| P3.13 |
A.E.Aleksensky, M.V.Baidakova, M.A.Yagovkina,
V.I.Siklitsky, A.Ya.Vul’, S.P.Vul’,
H.Naramoto and V. I. Lavrentiev
Nanostructure of metal-intercalated nanodiamonds |
| P3.14 |
A.E.Aleksensky, M.V.Baidakova, M.A.Yagovkina,
V.I.Siklitsky, A.Ya.Vul’, S.P.Vul’, H.Naramoto
and V. I. Lavrentiev
Phase transitions in metal-intercallated nanodiamonds |
| P3.15 |
M.V.Baidakova, V.I.Siklitsky, A.T.Dideikin,
A.Ya.Vul’
Surface reconstruction in diamond nanoparticles |
| P3.16 |
M.V.Baidakova, Yu.V. Butenko, V.L. Kuznetsov,
A.Ya.Vul’, M.A.Yagovkina
X-ray Diffraction Study of Low Temperature Graphitization
of Diamond |
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4. Technology for applications
|
| P4.01 |
L.A.Polyakov, E.V.Nikitin, E.A.Timshin,
E.P.Iskhakova
Applications of nanodiamonds |
| P4.02 |
Yu.E. Evstefeeva, T.L. Kulova, Yu.V. Pleskov,
A.M. Skundin, V.G. Ralchenko, S.B. Korchagina, S.K.
Gordeev
Electrochemical Intercalation of Lithium into the
Diamond-Pyrocarbon Nanocomposites |
| P4.03 |
S.K.Gordeev, S.B. Korchagina, V.G.Ralchenco
Modification of surface structure and properties
of nanodiamond composite materials |
| P4.04 |
G.K. Burkat, Orlova E.A.
The use of UDD in chrome plating process |
| P4.05 |
G.K. Burkat, Zharkov D.V., Tikhonov K.N.
Composite zinc coatings on the basis of detonation
synthesis diamonds (UDD) |
| P4.06 |
A.I. Lyamkin
Application of the Detonation Synthesis Products
for Protective Coats |
| P4.07 |
T.M. Gubarevich , L.E. Chernukho, Z.A.
Gotto
Nanodiamonds New Modifications for Compose Coating
and Composites with the Given Properties |
| P4.08 |
T.N. Khoperia
Electroless Metallization of Nanoparticles including
Diamonds and New Methods of Nanofilm Fabrication
|
| P4.09 |
I.L. Petrov
Practical Aspects of Application of Chrome and Diamond
Coatings |
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5. Precursors for CVD diamond film growth
|
| P5.01 |
S.M. Pimenov, P.Ya. Detkov, E.N. Loubnin,
V.G. Ralchenko, A.V. Karabutov, V.D. Frolov, E.V.
Zavedeev, V.I. Konov
Nanodiamonds in Synthesis of Nanocrystalline Diamond
Films and Composite Coatings |
| P5.02 |
A. F. Pal, V. V. Dvorkin, N. N. Dzbanovsky,
N. V. Suetin, A. Yu. Yuriev
Selective Growth of B-doped Diamond Films from Microwave
Plasma |
| P5.03 |
Y. Hayashi, D. Mori, T. Soga, T. Jimbo
Modification of physical properties of chemical
vapor deposited nanostructure diamond by argon-hydrogen
plasma surface treatment |
| P5.04 |
T.I. Feygelson, J.E. Butler
Evidence for twinning in explosive nanodiamond powder |
| P5.05 |
V. Richter, O. Ternyak, V.V. Gridin, A.
Chakk, R. Beserman, Y. Yasman, A. Hoffman
Improved growth of mixed sub-micron/nanodiamond
films following ultrasonic treatment with Pd coated
particles |
| P5.06 |
H. Ye, O. Gaudin, R.B. Jackman
Impedance spectroscopy on nanodiamond |
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6. Technology for applications (continue)
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| P6.01 |
G.P. Bogatyreva, M.A. Marinich, E.V. Ishchenko,
V.L. Gvyazdovskaya, G.A. Bazaliy, N.A. Oleinik
The use of modified nanodispersed diamonds as catalysts
of heterogeneous and electrochemical catalysis |
| P6.02 |
E.A. Petrov
The detonation synthesis of alloy diamond graphite
powders, their properties and experience of use |
| P6.03 |
L.A. Akopyan, M.N. Zlotnikov, B.V. Rumyantsev,
N.L. Abramova, M.V. Zobina, T.L. Mordvintseva
Development of explosive decompression resistant
rubbers using technical carbon of detonation synthesis
(CDS-s) |
| P6.04 |
S.N. Mikov, L.V. Nagaeva, B.P. Naletov,
V.V. Semenychev
Optical characterization of some Ni electrolytes
containing nanopowders of diamond, Al2O3 and SiC |
| P6.05 |
N.V. Sirotinkin, A.P. Voznyakovsky, A.N. Ershova
The model of the 3D-polyuethane films formation
under the treatment of nanodiamonds |
| P6.06 |
I.A. Novoselova, E.N. Fedoryshena, E.V.
Panov, A.A. Bochechka, L.A. Romanko
Electrochemical Behavior of Ultrafine (Nanodiamonds)
and Fine Diamond Powders in Agueons Electrolytes
|
| P6.07 |
P.A. Vityaz, V.T. Senyut
Compacting of the detonation synthesis diamonds
and properties of composite and polycrystalline
materials on their fraction-base. |
| P6.08 |
V.T Senyut, Å.I.Mosunov
Research of physical and mechanical properties of
nanocrystalline materials on basis of nanodiamond |
| P6.09 |
N.V.Novikov, G.P.Bogatyreva, M.N.Voloshin,M.A.
Marenich, V.I. Padalko, U.S.Slavinsky
Research of Physical and Mechanical Properties of
Nanocrystalline Materials Based on Nanodiamond |
| P6.10 |
G.V.Zhutaeva, M.R.Tarasevich, V.A.Bogdanovskaya,
K.V.Rybalka, L.A.Beketaeva, M.A.Marinich, G.P.Bogatyreva
Modification of UDD surface and study of electrochemical
properties of initial and modified materials with
the aim of using them as catalysts of modern fuel
cells |
| P6.11 |
V. A. Yuzova, O. V. Semjonova
Using of the Detonation Nanodiamonds for the Processing
of the Piezoelectrical Substractures |
| P6.12 |
M.G.Ivanov, D.M.Ivanov, E.V.Nikitin, V.V.Kharlamov
Triboengineering Characteristics of Lubricant with
Chemically Modified Nanodiamonds |
| P6.13 |
T.Kurobe, T. Fujimura, H.Ikeda
Silicon Plate Polishing with Nanodiamonds |
| P6.14 |
A.Ya.Vul’, A.T.Dideikin, V.O.Naidenov, A.Naschekin,
G.M.Gusinsky, Z.G.Tsaryova, E.P.Golovko.
Nanocrystalline diamond clusters for field electron
emitter |
| P6.15 |
D.L. Jaeger, T. Tyler, A.K. Kvit, J.J.
Hren, V.V. Zhirnov
Electrostatic description of discrete nanodiamond
particles |
| P6.16 |
V.S. Bondar, A.P. Puzyr
Application ofnanodiamonds for separation and purification
of proteins |
| P6.17 |
A.P. Puzyr, V.S. Bondar
Creation of luminescent biochip using nanodiamonds
and bacterial luciiferaase. |
| P6.18 |
S.I.Chuhaeva, L.A. Cheburina, N.I. Kiseleva,
P.Ya. Detkov, N.N. Laptev, N.A. Morozov, V.M. Zhabunin
About nanodiamonds applicability as a sorbent for
radionuclides |
| P6.19 |
A.M.Firsov, E.A. Petrov, V.V. Ryizhikov,
R.O. Braginl
Using of ultradisperse diamonds for the friction
pairs based on thecomposition materials (only in
Russian) |
| P6.20 |
E.A. Ekimov, A.F. Pal', S. Gierlotka, B. Palosz, V.V. Pichugin
Microstructure and Mechanical Properties of Nanodiamond-SiC
Composite |
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