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Ion Beam Synthesis and Doping of Photonic Nanostructures by R.G. Elliman; A.R. Wilkinson; Taehyun Kim; P. Sekhar; Shekhar Bhansali is a Engineering article available to read on EtoBox.

What is Ion Beam Synthesis and Doping of Photonic Nanostructures about?

Optically-active silica nanowires are produced by metal-induced growth on silicon substrates using ion-implantation, with two different strategies employed for their fabrication. The first is based on Er implantation of nanowires produced by a thin-film Pd catalyst layer, and the second employing implanted Er as both the catalyst and dopant. The luminescence properties of the resulting Er-doped silica nanowires are reported and compared with similarly implanted fused silica samples. Comparison shows that the luminescence lifetime of Er is increased by incorporation within the nanowires due to a reduction in the density of available optical states in these structures. Additional details of the synthesis, structure and properties of these functionalised nanowires are also presented.

Who reads Ion Beam Synthesis and Doping of Photonic Nanostructures?

Author

R.G. Elliman; A.R. Wilkinson; Taehyun Kim; P. Sekhar; Shekhar Bhansali

Publisher

Elsevier Science; Elsevier ; Elsevier BV (ISSN 0168-583X)

Published

2008

Language

EN

Field

Engineering (Physical Sciences)