Surface roughness minimum: Ag thin layer deposited on a glass

In this paper the results of an examination of the surface roughness and morphology dependence of silver thin films up to 100 nm thick deposited on a microscope glass on the deposition rate and on the deposition time are presented. It was found that, for a constant deposition rate, the surf...

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Main Authors: Petrović R., Štrbac S., Bundaleski N., Rakočević Z.
Format: Article
Language:English
Published: Serbian Chemical Society 2001-01-01
Series:Journal of the Serbian Chemical Society
Subjects:
Online Access:http://www.doiserbia.nb.rs/img/doi/0352-5139/2001/0352-51390107483P.pdf
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spelling doaj-aedd240a4c54431d8d52dc2e0a19be0d2020-12-24T07:35:25ZengSerbian Chemical Society Journal of the Serbian Chemical Society0352-51391820-74212001-01-0166748349010.2298/JSC0107483P0352-51390107483PSurface roughness minimum: Ag thin layer deposited on a glassPetrović R.0Štrbac S.1Bundaleski N.2Rakočević Z.3Institute of Physics, BelgradeICTM-Institute of Electrochemistry, BelgradeVinča Institute of Nuclear Sciences, BelgradeVinča Institute of Nuclear Sciences, BelgradeIn this paper the results of an examination of the surface roughness and morphology dependence of silver thin films up to 100 nm thick deposited on a microscope glass on the deposition rate and on the deposition time are presented. It was found that, for a constant deposition rate, the surface roughness exhibits minimum at a certain layer thickness. This coincides with the turning point when the influence of the substrate surface on the deposition process becomes negligible, i.e., to the change in the nature of the system substrate/deposit from Ag/glass to Ag/Ag. For a constant layer thickness, sthe surface roughness minimum, achieved at a certain deposition rate, coincides to the turning point when the average free path for vertical adatom mobility becomes zero.http://www.doiserbia.nb.rs/img/doi/0352-5139/2001/0352-51390107483P.pdfsurface roughnesssilverglass
collection DOAJ
language English
format Article
sources DOAJ
author Petrović R.
Štrbac S.
Bundaleski N.
Rakočević Z.
spellingShingle Petrović R.
Štrbac S.
Bundaleski N.
Rakočević Z.
Surface roughness minimum: Ag thin layer deposited on a glass
Journal of the Serbian Chemical Society
surface roughness
silver
glass
author_facet Petrović R.
Štrbac S.
Bundaleski N.
Rakočević Z.
author_sort Petrović R.
title Surface roughness minimum: Ag thin layer deposited on a glass
title_short Surface roughness minimum: Ag thin layer deposited on a glass
title_full Surface roughness minimum: Ag thin layer deposited on a glass
title_fullStr Surface roughness minimum: Ag thin layer deposited on a glass
title_full_unstemmed Surface roughness minimum: Ag thin layer deposited on a glass
title_sort surface roughness minimum: ag thin layer deposited on a glass
publisher Serbian Chemical Society
series Journal of the Serbian Chemical Society
issn 0352-5139
1820-7421
publishDate 2001-01-01
description In this paper the results of an examination of the surface roughness and morphology dependence of silver thin films up to 100 nm thick deposited on a microscope glass on the deposition rate and on the deposition time are presented. It was found that, for a constant deposition rate, the surface roughness exhibits minimum at a certain layer thickness. This coincides with the turning point when the influence of the substrate surface on the deposition process becomes negligible, i.e., to the change in the nature of the system substrate/deposit from Ag/glass to Ag/Ag. For a constant layer thickness, sthe surface roughness minimum, achieved at a certain deposition rate, coincides to the turning point when the average free path for vertical adatom mobility becomes zero.
topic surface roughness
silver
glass
url http://www.doiserbia.nb.rs/img/doi/0352-5139/2001/0352-51390107483P.pdf
work_keys_str_mv AT petrovicr surfaceroughnessminimumagthinlayerdepositedonaglass
AT strbacs surfaceroughnessminimumagthinlayerdepositedonaglass
AT bundaleskin surfaceroughnessminimumagthinlayerdepositedonaglass
AT rakocevicz surfaceroughnessminimumagthinlayerdepositedonaglass
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