About possibility of nanostructures synthesis from binary metallic thin films and their mechanical and thermal properties

Abstract

A possibility of nanotube and nanoobject simulation using molecular dynamics method is investigated. The embedded atom method is used to describe interatomic interactions. The initial material for nanotube and nanoobject synthesis is a two-layer nanosized metallic crystalline film. One of the film layers is composed of copper atoms and the other layer of aluminum atoms. The synthesis of three-dimensional nanoobects and nanotubes is simulated for different values of film length and layer thickness. Besides, thermal stability of the obtained nanoobjects is studied at a temperature increase up to the melting temperature. The basic scheme for the formation of nanoobjects of complex shape and structure as well as for their use as intellectual nanodevices that convert thermal energy to mechanical one was suggested.

Original language	English
Title of host publication	Multiscaling in Applied Science and Emerging Technology, Fundamentals and Applications in Mesomechanics: Proceedings of the Sixth International Conference for Mesomechanics
Editors	G.C. Sih, T.B. Kermanidis, S.G. Pantelakis
Pages	371-373
Number of pages	3
Publication status	Published - 2004
Event	Multiscaling in Applied Science and Emerging Technology; Fundamentals and Applications in Mesomechanics:Proceedings of the Sixth International Conference for Mesomechanics - Patras, Greece Duration: 31 May 2004 → 4 Jun 2004

Other

Other	Multiscaling in Applied Science and Emerging Technology; Fundamentals and Applications in Mesomechanics:Proceedings of the Sixth International Conference for Mesomechanics
Country	Greece
City	Patras
Period	31.5.04 → 4.6.04

Keywords

Embedded atom potentials
Molecular dynamics
Nanodevices
Nanostructures
Nanotubes

ASJC Scopus subject areas

Engineering(all)

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Zolnikov, K. P., Konovalenko, I. S., & Psakhie, S. G. (2004). About possibility of nanostructures synthesis from binary metallic thin films and their mechanical and thermal properties. In G. C. Sih, T. B. Kermanidis, & S. G. Pantelakis (Eds.), Multiscaling in Applied Science and Emerging Technology, Fundamentals and Applications in Mesomechanics: Proceedings of the Sixth International Conference for Mesomechanics (pp. 371-373)

About possibility of nanostructures synthesis from binary metallic thin films and their mechanical and thermal properties. / Zolnikov, K. P.; Konovalenko, Iv S.; Psakhie, S. G.

Multiscaling in Applied Science and Emerging Technology, Fundamentals and Applications in Mesomechanics: Proceedings of the Sixth International Conference for Mesomechanics. ed. / G.C. Sih; T.B. Kermanidis; S.G. Pantelakis. 2004. p. 371-373.

Research output: Chapter in Book/Report/Conference proceeding › Conference contribution

Zolnikov, KP, Konovalenko, IS & Psakhie, SG 2004, About possibility of nanostructures synthesis from binary metallic thin films and their mechanical and thermal properties. in GC Sih, TB Kermanidis & SG Pantelakis (eds), Multiscaling in Applied Science and Emerging Technology, Fundamentals and Applications in Mesomechanics: Proceedings of the Sixth International Conference for Mesomechanics. pp. 371-373, Multiscaling in Applied Science and Emerging Technology; Fundamentals and Applications in Mesomechanics:Proceedings of the Sixth International Conference for Mesomechanics, Patras, Greece, 31.5.04.

Zolnikov KP, Konovalenko IS, Psakhie SG. About possibility of nanostructures synthesis from binary metallic thin films and their mechanical and thermal properties. In Sih GC, Kermanidis TB, Pantelakis SG, editors, Multiscaling in Applied Science and Emerging Technology, Fundamentals and Applications in Mesomechanics: Proceedings of the Sixth International Conference for Mesomechanics. 2004. p. 371-373

Zolnikov, K. P. ; Konovalenko, Iv S. ; Psakhie, S. G. / About possibility of nanostructures synthesis from binary metallic thin films and their mechanical and thermal properties. Multiscaling in Applied Science and Emerging Technology, Fundamentals and Applications in Mesomechanics: Proceedings of the Sixth International Conference for Mesomechanics. editor / G.C. Sih ; T.B. Kermanidis ; S.G. Pantelakis. 2004. pp. 371-373

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abstract = "A possibility of nanotube and nanoobject simulation using molecular dynamics method is investigated. The embedded atom method is used to describe interatomic interactions. The initial material for nanotube and nanoobject synthesis is a two-layer nanosized metallic crystalline film. One of the film layers is composed of copper atoms and the other layer of aluminum atoms. The synthesis of three-dimensional nanoobects and nanotubes is simulated for different values of film length and layer thickness. Besides, thermal stability of the obtained nanoobjects is studied at a temperature increase up to the melting temperature. The basic scheme for the formation of nanoobjects of complex shape and structure as well as for their use as intellectual nanodevices that convert thermal energy to mechanical one was suggested.",

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AU - Psakhie, S. G.

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N2 - A possibility of nanotube and nanoobject simulation using molecular dynamics method is investigated. The embedded atom method is used to describe interatomic interactions. The initial material for nanotube and nanoobject synthesis is a two-layer nanosized metallic crystalline film. One of the film layers is composed of copper atoms and the other layer of aluminum atoms. The synthesis of three-dimensional nanoobects and nanotubes is simulated for different values of film length and layer thickness. Besides, thermal stability of the obtained nanoobjects is studied at a temperature increase up to the melting temperature. The basic scheme for the formation of nanoobjects of complex shape and structure as well as for their use as intellectual nanodevices that convert thermal energy to mechanical one was suggested.

AB - A possibility of nanotube and nanoobject simulation using molecular dynamics method is investigated. The embedded atom method is used to describe interatomic interactions. The initial material for nanotube and nanoobject synthesis is a two-layer nanosized metallic crystalline film. One of the film layers is composed of copper atoms and the other layer of aluminum atoms. The synthesis of three-dimensional nanoobects and nanotubes is simulated for different values of film length and layer thickness. Besides, thermal stability of the obtained nanoobjects is studied at a temperature increase up to the melting temperature. The basic scheme for the formation of nanoobjects of complex shape and structure as well as for their use as intellectual nanodevices that convert thermal energy to mechanical one was suggested.

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KW - Molecular dynamics

KW - Nanodevices

KW - Nanostructures

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