Titlebook: Noncontact Atomic Force Microscopy; Volume 3 Seizo Morita,Franz J. Giessibl,Roland Wiesendanger Book 2015 Springer International Publishing

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Single Molecule Force Spectroscopy,cal properties of single molecules under applied forces. The term has appeared more than two decades ago in the field of biochemistry, however the recent advances of atomic force microscopy (AFM) operated at low temperature have brought such studies down to the atomic level hence opening new excitin

BRIEF

Atomic Resolution on Molecules with Functionalized Tips, NC-AFM. The most widely used tip fuctionalization for this purpose to date is a single CO molecule. Here we review the contrast mechanism and compare different tip functionalizations. Furthermore, we describe the use of NC-AFM with functionalized tips for the identification of molecular structures,

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Mechanochemistry at Silicon Surfaces,r, and insulating surfaces at the single chemical bond limit. In this chapter we discuss atomic manipulation on silicon surfaces via mechanical force alone (mechanochemistry), with a particular focus on a prototype of a mechanically-actuated atomic switch: the flipping of bi-stable dimers on the Si(

Atrium

Scanning Tunnelling Microscopy with Single Molecule Force Sensors,e molecule or a xenon atom, this particle effectively acts as a nanoscale force sensor. It senses forces stemming from the sample and transduces them into a measurable conductance signal. With this hybrid STM/AFM method images can be obtained that reveal the geometric structure of the substrate, ver

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