Ultra fast pulse-plating of NixCu1-x alloy nanowires

I Kazeminezhad; W Schwarzacher

doi:10.1088/1742-6596/26/1/061

Ultra fast pulse-plating of Ni_xCu_1-x alloy nanowires

I Kazeminezhad, W Schwarzacher

School of Physics

Research output: Contribution to journal › Article (Academic Journal) › peer-review

Abstract

Since nanotechnology is one of the interesting new topics for scientists, fabrication of nanomaterials may be extremely important. This article shows that electrodeposition is one of the best techniques to fabricate metallic nanomaterials. Here we show that a Ni_xCu_1-x alloy nanowire of arbitrary composition may be grown within a nuclear track-etched polycarbonate membrane by electrodepositing well-defined submonolayer quantities of Ni and Cu in alternation. The microstructure of the alloy wires was investigated using TEM in both imaging and diffraction modes. Magnetic measurements were carried out at 5K and 300K using a SQUID magnetometer to characterize the compositional homogeneity of the electrodeposited nanowires.

Translated title of the contribution	Ultra fast pulse-plating of Ni_xCu_1-x alloy nanowires
Original language	English
Pages (from-to)	256 - 259
Number of pages	4
Journal	Journal of Physics: Conference Series
Volume	26
DOIs	https://doi.org/10.1088/1742-6596/26/1/061
Publication status	Published - 2007

Bibliographical note

Editors: Brown PD, Baker R, Hamilton B
Publisher: IOP Publishing Limited
Name and Venue of Conference: EMAG-NANO 2005, University of Leeds, Aug 31 - Sept 02 2005
Name and Venue of Event: Imaging, analysis and fabrication on the nanoscale
Conference Organiser: EMAG: Nanoscale Phys. and Technol. Group

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1 Finished

SQUID: MAGNETOMETRY OF 1 AND 2 DIMENSIONAL NANOMAGNET ARRAYS
Schwarzacher, W.
1/10/03 → 1/10/06
Project: Research

Cite this

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abstract = "Since nanotechnology is one of the interesting new topics for scientists, fabrication of nanomaterials may be extremely important. This article shows that electrodeposition is one of the best techniques to fabricate metallic nanomaterials. Here we show that a NixCu1-x alloy nanowire of arbitrary composition may be grown within a nuclear track-etched polycarbonate membrane by electrodepositing well-defined submonolayer quantities of Ni and Cu in alternation. The microstructure of the alloy wires was investigated using TEM in both imaging and diffraction modes. Magnetic measurements were carried out at 5K and 300K using a SQUID magnetometer to characterize the compositional homogeneity of the electrodeposited nanowires.",

author = "I Kazeminezhad and W Schwarzacher",

note = "Editors: Brown PD, Baker R, Hamilton B Publisher: IOP Publishing Limited Name and Venue of Conference: EMAG-NANO 2005, University of Leeds, Aug 31 - Sept 02 2005 Name and Venue of Event: Imaging, analysis and fabrication on the nanoscale Conference Organiser: EMAG: Nanoscale Phys. and Technol. Group",

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doi = "10.1088/1742-6596/26/1/061",

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AU - Kazeminezhad, I

AU - Schwarzacher, W

N1 - Editors: Brown PD, Baker R, Hamilton B Publisher: IOP Publishing Limited Name and Venue of Conference: EMAG-NANO 2005, University of Leeds, Aug 31 - Sept 02 2005 Name and Venue of Event: Imaging, analysis and fabrication on the nanoscale Conference Organiser: EMAG: Nanoscale Phys. and Technol. Group

PY - 2007

Y1 - 2007

N2 - Since nanotechnology is one of the interesting new topics for scientists, fabrication of nanomaterials may be extremely important. This article shows that electrodeposition is one of the best techniques to fabricate metallic nanomaterials. Here we show that a NixCu1-x alloy nanowire of arbitrary composition may be grown within a nuclear track-etched polycarbonate membrane by electrodepositing well-defined submonolayer quantities of Ni and Cu in alternation. The microstructure of the alloy wires was investigated using TEM in both imaging and diffraction modes. Magnetic measurements were carried out at 5K and 300K using a SQUID magnetometer to characterize the compositional homogeneity of the electrodeposited nanowires.

AB - Since nanotechnology is one of the interesting new topics for scientists, fabrication of nanomaterials may be extremely important. This article shows that electrodeposition is one of the best techniques to fabricate metallic nanomaterials. Here we show that a NixCu1-x alloy nanowire of arbitrary composition may be grown within a nuclear track-etched polycarbonate membrane by electrodepositing well-defined submonolayer quantities of Ni and Cu in alternation. The microstructure of the alloy wires was investigated using TEM in both imaging and diffraction modes. Magnetic measurements were carried out at 5K and 300K using a SQUID magnetometer to characterize the compositional homogeneity of the electrodeposited nanowires.

U2 - 10.1088/1742-6596/26/1/061

DO - 10.1088/1742-6596/26/1/061

M3 - Article (Academic Journal)

VL - 26

SP - 256

EP - 259

JO - Journal of Physics: Conference Series

JF - Journal of Physics: Conference Series

SN - 1742-6588