Detail publikace

Metal Nanostructures Surface Modifications

HRDÝ, R. MACHÁČKOVÁ, M. DRBOHLAVOVÁ, J. CHOMOUCKÁ, J. PRÁŠEK, J. HUBÁLEK, J.

Originální název

Metal Nanostructures Surface Modifications

Anglický název

Metal Nanostructures Surface Modifications

Jazyk

en

Originální abstrakt

Nowadays, the era of miniaturization brings many demands on modification of common materials properties. In recent years, this challenge is well accepted in the field of nanotechnology. This work is focused on low cost technology of metal surfaces modification with high ordered metal nanowires or nanorods. Nanoparticles are composed of various metals such as Au, Ni, Cu, Pd or Pt. In the principle, the fabrication of nanostructured surfaces is based on electrodeposition of metal ions to the prepared nanoporous template of alumina oxide. The template was obtained by anodic oxidation of thin sputtered or evaporated aluminum film. The anodization process was performed under specific conditions such as voltage, temperature and suitable electrolyte. The changing of anodizing conditions can influence the geometrical parameters of templates and subsequently the diameter and position of nanowires, as well. The length is determined by the deposition time. The nanostructured surfaces have a wide spectrum of applications in the field of electronics, sensors, surface engineering and optics. The main goals of nanostructured surface are to increase the sensing area and the usage of nanoparticles influence on interference and light focusing in magnetic and biological applications.

Anglický abstrakt

Nowadays, the era of miniaturization brings many demands on modification of common materials properties. In recent years, this challenge is well accepted in the field of nanotechnology. This work is focused on low cost technology of metal surfaces modification with high ordered metal nanowires or nanorods. Nanoparticles are composed of various metals such as Au, Ni, Cu, Pd or Pt. In the principle, the fabrication of nanostructured surfaces is based on electrodeposition of metal ions to the prepared nanoporous template of alumina oxide. The template was obtained by anodic oxidation of thin sputtered or evaporated aluminum film. The anodization process was performed under specific conditions such as voltage, temperature and suitable electrolyte. The changing of anodizing conditions can influence the geometrical parameters of templates and subsequently the diameter and position of nanowires, as well. The length is determined by the deposition time. The nanostructured surfaces have a wide spectrum of applications in the field of electronics, sensors, surface engineering and optics. The main goals of nanostructured surface are to increase the sensing area and the usage of nanoparticles influence on interference and light focusing in magnetic and biological applications.

Dokumenty

BibTex


@inproceedings{BUT75797,
  author="Radim {Hrdý} and Marina {Macháčková} and Jana {Drbohlavová} and Jana {Pekárková} and Jan {Prášek} and Jaromír {Hubálek}",
  title="Metal Nanostructures Surface Modifications",
  annote="Nowadays, the era of miniaturization brings many demands on modification of common materials properties. In recent years, this challenge is well accepted in the field of nanotechnology. This work is focused on low cost technology of metal surfaces modification with high ordered metal nanowires or nanorods. Nanoparticles are composed of various metals such as Au, Ni, Cu, Pd or Pt. In the principle, the fabrication of nanostructured surfaces is based on electrodeposition of metal ions to the prepared nanoporous template of alumina oxide. The template was obtained by anodic oxidation of thin sputtered or evaporated aluminum film. The anodization process was performed under specific conditions such as voltage, temperature and suitable electrolyte. The changing of anodizing conditions can influence the geometrical parameters of templates and subsequently the diameter and position of nanowires, as well. The length is determined by the deposition time. The nanostructured surfaces have a wide spectrum of applications in the field of electronics, sensors, surface engineering and optics. The main goals of nanostructured surface are to increase the sensing area and the usage of nanoparticles influence on interference and light focusing in magnetic and biological applications.",
  address="TANGER LTD.",
  booktitle="Conference Proceedings of Metal 2011, Brno",
  chapter="75797",
  howpublished="online",
  institution="TANGER LTD.",
  year="2011",
  month="may",
  pages="834--839",
  publisher="TANGER LTD.",
  type="conference paper"
}