Regular, almost quadratic pits were created in an island of C 60 molecules on a rutile TiO 2
(110) surface using noncontact atomic force microscopy at room temperature. Upon …

Non-contact atomic force microscopy is used to study C 60 molecules deposited on the rutile
TiO 2 (110) surface in situ at room temperature. At submonolayer coverages, molecules …

Non-contact atomic force microscopy (NC-AFM) was used to study thin films of C 60 on Au
(111). After observing the Au (111) reconstruction, 2–3 monolayers of C 60 were deposited …

We demonstrated the high resolution imaging of the organic molecules using noncontact
atomic force microscopy in ultrahigh vacuum. The sample was C60 molecules deposited on …

A UHV atomic force microscope with a conducting tip is used to measure the tip–sample
conductance as a function of the applied force on well-ordered, monolayer islands of C60 on …

Dynamic force microscopy (DFM) was applied for investigating on the structures of C 60
multilayer thin films deposited on the Si (111)-7× 7 reconstructed surface. C 60 molecules on …

Non-contact atomic force microscopy (NC-AFM) was applied to study C 60 molecules on
rutile TiO 2 (110). Depending on the tip–sample distance, distinctly different molecular …

We prepared thioacetate derivatives of C60 for studying tip–substrate interactions in force
microscopy. They are expected to make ideal hydrophobic surfaces over tips that are …

Scanning tunneling microscope has been employed for nanoscale manipulation of C60
molecules on Si (111) clean surfaces at room temperature. It was demonstrated that C60 …

The ability of scanning tunneling microscopy to manipulate selected C 60 molecules within
close packed C 60 arrays on a (Au, In)/Si (111) surface has been examined for mild …