Size: 5x5 µm
The image was made by local anodic oxidation nanolithography on a thin Ti film on SPM Solver in contact mode, by using CSG01/Pt cantilever at relative humidity of 70 %.
Image courtesy of A. Vincent, University of Central Florida, abhivin@gmail.com. This image was made during the NSF REU - 2007 program organized by Prof. Sudipta Seal (University of Central Florida) for training undergraduate students on "AFM imaging of surface at Nanoscale".
Size: 5x5 µm
The image was made by local anodic oxidation nanolithography on a thin Ti film on SPM Solver in contact mode, by using CSG01/Pt cantilever at relative humidity of 70 %.
Image courtesy of A. Vincent, University of Central Florida, abhivin@gmail.com. This image was made during the NSF REU - 2007 program organized by Prof. Sudipta Seal (University of Central Florida) for training undergraduate students on "AFM imaging of surface at Nanoscale".
Size: 5x5 µm
The image was made by local anodic oxidation nanolithography on a thin Ti film on SPM Solver in contact mode, by using CSG01/Pt cantilever at relative humidity of 70 %.
Image courtesy of A. Vincent, University of Central Florida, abhivin@gmail.com. This image was made during the NSF REU - 2007 program organized by Prof. Sudipta Seal (University of Central Florida) for training undergraduate students on "AFM imaging of surface at Nanoscale".
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Name: AFM Lithography by Local Probe Oxidation
The image was made by local anodic oxidation nanolithography on a thin Ti film on SPM Solver in contact mode, by using CSG01/Pt cantilever at relative humidity of 70 %.
Image courtesy of A. Vincent, University of Central Florida, abhivin@gmail.com. This image was made during the NSF REU - 2007 program organized by Prof. Sudipta Seal (University of Central Florida) for training undergraduate students on "AFM imaging of surface at Nanoscale". |
