By Thomas Müller (auth.), Professor Bharat Bhushan, Satoshi Kawata (eds.)
The scanning probe microscopy ?eld has been quickly increasing. it's a not easy job to assemble a well timed evaluate of this ?eld with an emphasis on technical dev- opments and business functions. It grew to become obvious whereas modifying Vols. I–IV that a huge variety of technical and applicational points are current and swiftly - veloping around the globe. contemplating the good fortune of Vols. I–IV and the truth that extra colleagues from best laboratories have been able to give a contribution their newest achie- ments, we made up our minds to extend the sequence with articles touching ?elds no longer coated within the past volumes. The reaction and help of our colleagues have been very good, making it attainable to edit one other 3 volumes of the sequence. not like to- cal convention lawsuits, the utilized scanning probe equipment intend to offer an outline of contemporary advancements as a compendium for either useful functions and up to date easy study effects, and novel technical advancements with admire to instrumentation and probes. the current volumes conceal 3 major parts: novel probes and methods (Vol. V), charactarization (Vol. VI), and biomimetics and business functions (Vol. VII). quantity V contains an summary of probe and sensor applied sciences together with built-in cantilever options, electrostatic microscanners, low-noise equipment and superior dynamic strength microscopy options, high-resonance dynamic strength - croscopy and the torsional resonance technique, modelling of tip cantilever structures, scanning probe tools, techniques for elasticity and adhesion measurements at the nanometer scale in addition to optical functions of scanning probe suggestions in accordance with near?eld Raman spectroscopy and imaging.
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Additional resources for Applied Scanning Probe Methods VI: Characterization
105 Fabrication of Nanometer-Scale Structures by Local Oxidation Nanolithography Marta Tello, Fernando García, Ricardo García . . . . . . 137 Template Effects of Molecular Assemblies Studied by Scanning Tunneling Microscopy (STM) Chen Wang, Chunli Bai . . . . . . . . . . . . 159 Microfabricated Cantilever Array Sensors for (Bio-)Chemical Detection Hans Peter Lang, Martin Hegner, Christoph Gerber . . . . 183 Nano-Thermomechanics: Fundamentals and Application in Data Storage Devices B.
7. 4 V, 300 pA tunneling current) are shown of (a) 12-bromododecanoic acid and (b) 11-bromoundecanoic acid on graphite under phenyloctane solution. Black bars indicate a molecular length. Capital letters S, D, and T point to strips of single, double, and triple-twin structures, respectively. Capital letters R and L point respectively to the positions where the lower twin in a double or triple twin shifts right or left relative to the twin lying above it. The small numbers 1–11 in (a) point to the positions of individual hydrogen and bromine atoms and Br refers to the bromine substituent.
A single row (∼ 3 nm wide) of individual PCA molecules has been transformed into a conjugated polydiacetylene, thus demonstrating the targeted creation of a molecular wire from self-assembled precursors. One could envision the utilization of such a process for the targeted interconnection of coassembled molecular devices, model systems for which will be discussed in the next section. Fig. 13. 0 V, 70 pA tunneling current) of a 10, 12-pentacosadiynoic acid monolayer at the air/graphite interface.
Applied Scanning Probe Methods VI: Characterization by Thomas Müller (auth.), Professor Bharat Bhushan, Satoshi Kawata (eds.)