Abstract
A gold substrate is the preferred solid surface for formation of an organic self-assembled monolayer ( SAM ). Device fabrication process may require the gold film to be exposed to photolithographic processing and plasma treatment prior to molecular assembly. It has been observed that oxygen plasma treatment prevents the formation of SAMs; however, subsequent treatment with an argon plasma allows assembly of the organic monolayers. To understand the mechanisms involved, a plasma containing 98% {sup 18}O was used and the film surface was analysed using the {sup 18}O (p,{alpha}){sup 15}N nuclear reaction. 5 refs., 1 tab., 3 figs.
Wielunski, L S;
Kenny, M J;
Wieczorek, L
[1]
- Commonwealth Scientific and Industrial Research Organisation (CSIRO), Lindfield, NSW (Australia). Div. of Applied Physics
Citation Formats
Wielunski, L S, Kenny, M J, and Wieczorek, L.
Detection of submonolayer oxygen-18 on a gold surface by nuclear reaction analysis.
Australia: N. p.,
1993.
Web.
Wielunski, L S, Kenny, M J, & Wieczorek, L.
Detection of submonolayer oxygen-18 on a gold surface by nuclear reaction analysis.
Australia.
Wielunski, L S, Kenny, M J, and Wieczorek, L.
1993.
"Detection of submonolayer oxygen-18 on a gold surface by nuclear reaction analysis."
Australia.
@misc{etde_446200,
title = {Detection of submonolayer oxygen-18 on a gold surface by nuclear reaction analysis}
author = {Wielunski, L S, Kenny, M J, and Wieczorek, L}
abstractNote = {A gold substrate is the preferred solid surface for formation of an organic self-assembled monolayer ( SAM ). Device fabrication process may require the gold film to be exposed to photolithographic processing and plasma treatment prior to molecular assembly. It has been observed that oxygen plasma treatment prevents the formation of SAMs; however, subsequent treatment with an argon plasma allows assembly of the organic monolayers. To understand the mechanisms involved, a plasma containing 98% {sup 18}O was used and the film surface was analysed using the {sup 18}O (p,{alpha}){sup 15}N nuclear reaction. 5 refs., 1 tab., 3 figs.}
place = {Australia}
year = {1993}
month = {Dec}
}
title = {Detection of submonolayer oxygen-18 on a gold surface by nuclear reaction analysis}
author = {Wielunski, L S, Kenny, M J, and Wieczorek, L}
abstractNote = {A gold substrate is the preferred solid surface for formation of an organic self-assembled monolayer ( SAM ). Device fabrication process may require the gold film to be exposed to photolithographic processing and plasma treatment prior to molecular assembly. It has been observed that oxygen plasma treatment prevents the formation of SAMs; however, subsequent treatment with an argon plasma allows assembly of the organic monolayers. To understand the mechanisms involved, a plasma containing 98% {sup 18}O was used and the film surface was analysed using the {sup 18}O (p,{alpha}){sup 15}N nuclear reaction. 5 refs., 1 tab., 3 figs.}
place = {Australia}
year = {1993}
month = {Dec}
}