DFTB MD simulation of discharging of S3@CNT(6,5) composite at T = 300 K
Andrey Enyashin
DFTB MD simulation of discharging of S3@CNT(6,5) composite at T = 300 K
0:34
MD simulation of BiCl3 imbibition by (20,20)@(25,25) CNT
Andrey Enyashin
MD simulation of BiCl3 imbibition by (20,20)@(25,25) CNT
1:35
Molecular dynamics of polymer-like MoS5 chain
Andrey Enyashin
Molecular dynamics of polymer-like MoS5 chain
0:24
Different flexibility of individual MoS5 and VS4 chains: different solid state of their bulks
Andrey Enyashin
Different flexibility of individual MoS5 and VS4 chains: different solid state of their bulks
0:49
Molecular dynamics of sphalerite ZnS doped by ammonia NH3
Andrey Enyashin
Molecular dynamics of sphalerite ZnS doped by ammonia NH3
0:21
Molecular dynamics of wurtzite ZnS doped by ammonia NH3
Andrey Enyashin
Molecular dynamics of wurtzite ZnS doped by ammonia NH3
0:52
Molecular dynamics of sphalerite ZnS doped by ammonium
Andrey Enyashin
Molecular dynamics of sphalerite ZnS doped by ammonium
0:47
Molecular dynamics of wurtzite ZnS doped by ammonium
Andrey Enyashin
Molecular dynamics of wurtzite ZnS doped by ammonium
0:14
Molecular dynamics of sphalerite ZnS doped by ammonium hydrosulfide
Andrey Enyashin
Molecular dynamics of sphalerite ZnS doped by ammonium hydrosulfide
0:20
Molecular dynamics of wurtzite ZnS doped by ammonium hydrosulfideNH4HS
Andrey Enyashin
Molecular dynamics of wurtzite ZnS doped by ammonium hydrosulfideNH4HS
0:52
MD experiment of water pull-out using open-end double-walled WS2 nanotube
Andrey Enyashin
MD experiment of water pull-out using open-end double-walled WS2 nanotube
2:14
MD experiment of water pull-out using capped double-walled WS2 nanotube
Andrey Enyashin
MD experiment of water pull-out using capped double-walled WS2 nanotube
0:54
MD experiment of water pull-out using double-walled WS2 nanostripe
Andrey Enyashin
MD experiment of water pull-out using double-walled WS2 nanostripe
1:03
MD simulation of CCl4 imbibition by (21,21)WS2 nanotube
Andrey Enyashin
MD simulation of CCl4 imbibition by (21,21)WS2 nanotube
0:51
MD simulation of the CCl4 pull out using WS2 nanotube
Andrey Enyashin
MD simulation of the CCl4 pull out using WS2 nanotube
1:07
MD simulation of CCl4 imbibition by (21,21)@(28,28)WS2 nanotube
Andrey Enyashin
MD simulation of CCl4 imbibition by (21,21)@(28,28)WS2 nanotube
0:51
MD simulation of the CCl4 pull out using WS2 nanotube
Andrey Enyashin
MD simulation of the CCl4 pull out using WS2 nanotube
1:01
MD simulation of the pull out from the thick CCl4 film using WS2 nanotube
Andrey Enyashin
MD simulation of the pull out from the thick CCl4 film using WS2 nanotube
2:46
MD simulation of the pull out from the thick CCl4 film using WS2 nanotube
Andrey Enyashin
MD simulation of the pull out from the thick CCl4 film using WS2 nanotube
2:31
MD DFTB simulation of 200 eV knock-on collision on a hexagon of 6-layer graphite film
Andrey Enyashin
MD DFTB simulation of 200 eV knock-on collision on a hexagon of 6-layer graphite film
1:07
MD DFTB simulation of 50 eV knock-on collision on a single atom of 6-layer graphite film
Andrey Enyashin
MD DFTB simulation of 50 eV knock-on collision on a single atom of 6-layer graphite film
1:07
MD DFTB simulation of 300 eV knock-on collision on a hexagon of 6-layer graphite film
Andrey Enyashin
MD DFTB simulation of 300 eV knock-on collision on a hexagon of 6-layer graphite film
1:00
MD DFTB simulation of 30 eV knock-on collision on a single atom of 6-layer graphite film
Andrey Enyashin
MD DFTB simulation of 30 eV knock-on collision on a single atom of 6-layer graphite film
0:23
MD DFTB simulation of 100 eV knock-on collision on a hexagon of 6-layer graphite film
Andrey Enyashin
MD DFTB simulation of 100 eV knock-on collision on a hexagon of 6-layer graphite film
0:44
GdCl3 imbibition test on WS2 nanotube (small drop)
Andrey Enyashin
GdCl3 imbibition test on WS2 nanotube (small drop)
1:14
GdBr3 imbibition by WS2 nanotube
Andrey Enyashin
GdBr3 imbibition by WS2 nanotube
1:07
MD DFTB simulation of 300 eV random collision on a hexagon of 6-layer graphite film
Andrey Enyashin
MD DFTB simulation of 300 eV random collision on a hexagon of 6-layer graphite film
0:52
GdI3 imbibition by WS2 nanotube
Andrey Enyashin
GdI3 imbibition by WS2 nanotube
2:37
GdCl3 imbibition by WS2 nanotube
Andrey Enyashin
GdCl3 imbibition by WS2 nanotube
1:07
Cooling a drop of polyethylene hosting MoS2 fullerene-like particle
Andrey Enyashin
Cooling a drop of polyethylene hosting MoS2 fullerene-like particle
1:07
Imbibition of molten a PbI2 drop by (25,25) BN nanotube
Andrey Enyashin
Imbibition of molten a PbI2 drop by (25,25) BN nanotube
0:34
Imbibition of molten a PbI2 drop by (25,25) carbon nanotube
Andrey Enyashin
Imbibition of molten a PbI2 drop by (25,25) carbon nanotube
0:34
Imbibition of molten a PbI2 drop by (21,21) MoS2 nanotube
Andrey Enyashin
Imbibition of molten a PbI2 drop by (21,21) MoS2 nanotube
0:54
Lateral compression of double-walled MoS2 nanotube in the Mo grip
Andrey Enyashin
Lateral compression of double-walled MoS2 nanotube in the Mo grip
0:23
Lateral compression of (21,21) MoS2 nanotube in the Mo grip
Andrey Enyashin
Lateral compression of (21,21) MoS2 nanotube in the Mo grip
0:45