A simple atomic force microscopy method for the visualization of polar and non-polar parts in thin organic films
A Amy Yu, PR Stone, JE Norville… - Journal of …, 2006 - Taylor & Francis
Journal of experimental nanoscience, 2006•Taylor & Francis
Here we present a scanning probe microscopy method that allows for the identification of
regions of different polarity (ie hydrophilicity) in thin organic films. This technique is based on
the analysis of the difference between phase images generated at different applied bias
voltages in tapping-mode atomic force microscopy. We show that, without any chemical
modification of the microscope tip, it is possible to investigate surface properties of complex
macromolecular layers, yielding new insight into the functional properties of the …
regions of different polarity (ie hydrophilicity) in thin organic films. This technique is based on
the analysis of the difference between phase images generated at different applied bias
voltages in tapping-mode atomic force microscopy. We show that, without any chemical
modification of the microscope tip, it is possible to investigate surface properties of complex
macromolecular layers, yielding new insight into the functional properties of the …
Here we present a scanning probe microscopy method that allows for the identification of regions of different polarity (i.e. hydrophilicity) in thin organic films. This technique is based on the analysis of the difference between phase images generated at different applied bias voltages in tapping-mode atomic force microscopy. We show that, without any chemical modification of the microscope tip, it is possible to investigate surface properties of complex macromolecular layers, yielding new insight into the functional properties of the photosynthetic electron transport macromolecular complex, Photosystem I.
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