Correlation between metal catalyst particle size and carbon nanotube growth EF Kukovitsky, SG L'vov, NA Sainov, VA Shustov, LA Chernozatonskii
Chemical Physics Letters 355 (5-6), 497-503, 2002
309 2002 Electron field emission from nanofilament carbon films LA Chernozatonskii, YV Gulyaev, ZJ Kosakovskaja, NI Sinitsyn, ...
Chemical Physics Letters 233 (1-2), 63-68, 1995
291 1995 Rectification properties of carbon nanotube “Y-junctions” AN Andriotis, M Menon, D Srivastava, L Chernozatonskii
Physical review letters 87 (6), 066802, 2001
272 2001 Diamond-like C2 H nanolayer, diamane: Simulation of the structure and properties LA Chernozatonskii, PB Sorokin, AG Kvashnin, DG Kvashnin
Jetp Letters 90, 134-138, 2009
254 2009 Phase diagram of quasi-two-dimensional carbon, from graphene to diamond AG Kvashnin, LA Chernozatonskii, BI Yakobson, PB Sorokin
Nano Letters 14 (2), 676-681, 2014
226 2014 Carbon nanotube connectors and planar jungle gyms LA Chernozatonskii
Physics Letters A 172 (3), 173-176, 1992
183 1992 Magnetic Properties of AN Andriotis, M Menon, RM Sheetz, L Chernozatonskii
Physical review letters 90 (2), 026801, 2003
168 2003 Transport properties of single-wall carbon nanotube Y junctions AN Andriotis, M Menon, D Srivastava, L Chernozatonskii
Physical Review B 65 (16), 165416, 2002
140 2002 Ballistic switching and rectification in single wall carbon nanotube Y junctions AN Andriotis, M Menon, D Srivastava, L Chernozatonskii
Applied Physics Letters 79 (2), 266-268, 2001
133 2001 Influence of size effect on the electronic and elastic properties of diamond films with nanometer thickness LA Chernozatonskii, PB Sorokin, AA Kuzubov, BP Sorokin, AG Kvashnin, ...
The Journal of Physical Chemistry C 115 (1), 132-136, 2011
127 2011 Carbon nanotubes of polyethylene EF Kukovitskii, LA Chernozatonskii, SG L'vov, NN Mel'Nik
Chemical physics letters 266 (3-4), 323-328, 1997
125 1997 The superhard crystalline three-dimensional polymerized C60 phase LA Chernozatonskii, NR Serebryanaya, BN Mavrin
Chemical Physics Letters 316 (3-4), 199-204, 2000
122 2000 A nanofiber carbon structure ZI Kosakovskaia, LA Chernozatonskii, EA Fedorov
Pisma v Zhurnal Eksperimentalnoi i Teoreticheskoi Fiziki 56 (1-2), 26-30, 1992
117 1992 Nanomechanics of silicon nanowires M Menon, D Srivastava, I Ponomareva, LA Chernozatonskii
Physical Review B—Condensed Matter and Materials Physics 70 (12), 125313, 2004
108 2004 Thermal conductivity of carbon nanotube peapods E González Noya, D Srivastava, LA Chernozatonskii, M Menon
Physical Review B—Condensed Matter and Materials Physics 70 (11), 115416, 2004
102 2004 Two-dimensional semiconducting nanostructures based on single graphene sheets with lines of adsorbed hydrogen atoms LA Chernozatonskii, PB Sorokin, JW Brüning
Applied Physics Letters 91 (18), 2007
101 2007 Quasi-two-dimensional transition metal dichalcogenides: structure, synthesis, properties, and applications LA Chernozatonskii, AA Artyukh
Physics-Uspekhi 61 (1), 2, 2018
83 2018 Carbon nanotube “T junctions”: Formation pathways and conductivity M Menon, AN Andriotis, D Srivastava, I Ponomareva, LA Chernozatonskii
Physical review letters 91 (14), 145501, 2003
83 2003 Graphene-based semiconductor nanostructures PB Sorokin, LA Chernozatonskii
Physics-Uspekhi 56 (2), 105, 2013
82 2013 Thin films consisting of carbon nanotubes as a new material for emission electronics NI Sinitsyn, YV Gulyaev, GV Torgashov, LA Chernozatonskii, ...
Applied surface science 111, 145-150, 1997
78 1997 