Abstract
In situ measurements with Atomic Force Microscopy may cause surface modifications due to the tip-surface interactions. As an alternative and less destructive method, Intermittent Contact Atomic Force Microscopy (ICAFM) has been tested in an electrolytic environment. In the ICAFM mode the tip is not constantly in contact with the surface under investigation but is tapping onto the surface with a certain frequency. A commercial Park Scientific Instruments Microscopy has been modified to enable in situ experiment with ICAFM. It was possible to image iridium oxide films with ICAFM in the electrolytic environment without any noticeable surface modifications. (author) 3 figs., 4 refs.
Haering, P;
Koetz, R;
[1]
Siegenthaler, H
[2]
- Paul Scherrer Inst. (PSI), Villigen (Switzerland)
- Bern Univ., Bern (Switzerland)
Citation Formats
Haering, P, Koetz, R, and Siegenthaler, H.
Intermittent contact atomic force microscopy in electrochemical environment.
Switzerland: N. p.,
1997.
Web.
Haering, P, Koetz, R, & Siegenthaler, H.
Intermittent contact atomic force microscopy in electrochemical environment.
Switzerland.
Haering, P, Koetz, R, and Siegenthaler, H.
1997.
"Intermittent contact atomic force microscopy in electrochemical environment."
Switzerland.
@misc{etde_492033,
title = {Intermittent contact atomic force microscopy in electrochemical environment}
author = {Haering, P, Koetz, R, and Siegenthaler, H}
abstractNote = {In situ measurements with Atomic Force Microscopy may cause surface modifications due to the tip-surface interactions. As an alternative and less destructive method, Intermittent Contact Atomic Force Microscopy (ICAFM) has been tested in an electrolytic environment. In the ICAFM mode the tip is not constantly in contact with the surface under investigation but is tapping onto the surface with a certain frequency. A commercial Park Scientific Instruments Microscopy has been modified to enable in situ experiment with ICAFM. It was possible to image iridium oxide films with ICAFM in the electrolytic environment without any noticeable surface modifications. (author) 3 figs., 4 refs.}
place = {Switzerland}
year = {1997}
month = {Jun}
}
title = {Intermittent contact atomic force microscopy in electrochemical environment}
author = {Haering, P, Koetz, R, and Siegenthaler, H}
abstractNote = {In situ measurements with Atomic Force Microscopy may cause surface modifications due to the tip-surface interactions. As an alternative and less destructive method, Intermittent Contact Atomic Force Microscopy (ICAFM) has been tested in an electrolytic environment. In the ICAFM mode the tip is not constantly in contact with the surface under investigation but is tapping onto the surface with a certain frequency. A commercial Park Scientific Instruments Microscopy has been modified to enable in situ experiment with ICAFM. It was possible to image iridium oxide films with ICAFM in the electrolytic environment without any noticeable surface modifications. (author) 3 figs., 4 refs.}
place = {Switzerland}
year = {1997}
month = {Jun}
}