Publication result detail

Deformation behavior of single polymer chain in the vicinity of different particle types

HYNŠTOVÁ, K.; JANČÁŘ, J.; ŽÍDEK, J.

Original Title

Deformation behavior of single polymer chain in the vicinity of different particle types

English Title

Deformation behavior of single polymer chain in the vicinity of different particle types

Type

Abstract

Original Abstract

The molecular dynamic study of single polymer chain was presented. This model predict the viscoelastic properties of the single polymer chain in a diffusive behavior. The chain is deformed and the deformation response was calculated during the deformation. In the second phase, the chain was placed to the vicinity of the nanoparticle and deformation properties of chain in the vicinity of were compared to the properties of free polymer chain.

English abstract

The molecular dynamic study of single polymer chain was presented. This model predict the viscoelastic properties of the single polymer chain in a diffusive behavior. The chain is deformed and the deformation response was calculated during the deformation. In the second phase, the chain was placed to the vicinity of the nanoparticle and deformation properties of chain in the vicinity of were compared to the properties of free polymer chain.

Keywords

single chain, diffusion, smoluchowski equation, rouse

Key words in English

single chain, diffusion, smoluchowski equation, rouse

Authors

HYNŠTOVÁ, K.; JANČÁŘ, J.; ŽÍDEK, J.

Released

27.09.2006

Publisher

Universität Halle Wittenberg

Location

Halle/Saale

ISBN

3-86010-856-5

Book

Polymerwerkstoffe 2006

Edition

1

Pages from

164

Pages to

164

Pages count

1

BibTex

@misc{BUT60482,
  author="Kateřina {Fiore} and Josef {Jančář} and Jan {Žídek}",
  title="Deformation behavior of single polymer chain in the vicinity of different particle types",
  booktitle="Polymerwerkstoffe 2006",
  year="2006",
  series="1",
  edition="1",
  pages="164--164",
  publisher="Universität Halle Wittenberg",
  address="Halle/Saale",
  isbn="3-86010-856-5",
  note="Abstract"
}