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Y. Miyahara T. Fujii S. Watanabe A. Tonoli S. Carabelli H. Yamada H. Bleuler 《Applied Surface Science》1999,140(3-4):428-431
Noncontact atomic force microscopy with frequency modulation detection is a promising technique for surface observation with true atomic resolution. The piezoelectric material itself can be an actuator and sensor of the oscillating probe simultaneously, without the need for additional electro-mechanical transducers or other measurement systems. A vertical resolution of 0.01 nm rms has been achieved using a microfabricated cantilever with lead zirconate titanate thin film in noncontact mode frequency modulation detection. The cantilever also has a sharpened pyramidal stylus with a radius of about 10 nm for noncontact atomic force microscopy. 相似文献
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Dr. Alice Boccia Dr. Fabio D'Orazi Dr. Elena Carabelli Dr. Rocco Bussolati Prof. Arturo Arduini Prof. Andrea Secchi Dr. Andrea G. Marrani Prof. Robertino Zanoni 《Chemistry (Weinheim an der Bergstrasse, Germany)》2013,19(24):7999-8006
The assembly of gold nanoparticles (AuNPs) on a hydrogenated Si(100) surface, mediated by a series of hierarchical and reversible complexation processes, is reported. The proposed multi‐step sequence involves a redox‐active ditopic guest and suitable calix[n]arene‐based hosts, used as functional organic monolayers of the two inorganic components. Surface reactions and controlled release of AuNPs have been monitored by application of XPS, atomic force microscopy (AFM), field‐emission scanning electron microscopy (FESEM) and electrochemistry. 相似文献
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A novel graphical presentation is proposed to convey information about relevant dynamic phenomena and behaviour of a rotor. The orbital tube is a three-dimensional plot in which the orbits are stacked in the third dimension at various rotating speeds. It may be conveniently used to represent and analyse data obtained from analytical, numerical and experimental means. Some illustrating examples are reported. 相似文献
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