Download Handbook of Micro/Nano Tribology, Second Edition by Bharat Bhushan PDF

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  • April 20, 2017
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By Bharat Bhushan

This moment variation of instruction manual of Micro/Nanotribology addresses the fast evolution inside of this box, serving as a reference for the amateur and the specialist alike. components divide this instruction manual: half I covers easy reviews, and half II addresses layout, building, and purposes to magnetic garage units and MEMS.
Discussions include:

  • surface physics and strategies for bodily and chemically characterizing stable surfaces
  • roughness characterization and static touch versions utilizing fractal analysis
  • sliding on the interface and friction on an atomic scale
  • scratching and put on due to sliding
  • nanofabrication/nanomachining in addition to nano/picoindentation
  • lubricants for minimizing friction and wear
  • surface forces and microrheology of skinny liquid films
  • measurement of nanomechanical houses of surfaces and skinny films
  • atomic-scale simulations of interfacial phenomena
  • micro/nanotribology and micro/nanomechanics of magnetic garage devices
    This accomplished ebook comprises sixteen chapters contributed by way of greater than 20 overseas researchers. In every one bankruptcy, the presentation begins with macroconcepts after which bring about microconcepts. With greater than 500 illustrations and 50 tables, guide of Micro/Nanotribology covers the variety of appropriate themes, together with characterization of reliable surfaces, size strategies and functions, and theoretical modeling of interfaces.

    What's New within the moment version? New chapters on:
  • AFM instrumentation
  • Surface forces and adhesion
  • Design and development of magnetic garage devices
  • Microdynamical units and systems
  • Mechanical homes of fabrics in microstructure
  • Micro/nanotribology and micro/nanomechanics of MEMS devices
  • Show description

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    Extra resources for Handbook of Micro/Nano Tribology, Second Edition

    Example text

    55, 2588–2590. ) of a 2 × 2 single-mode directional coupler. The coupler splits the incident optical power equally between leads 2 and 3, which carry the light to the AFM cantilever and the “reference” photodiode, respectively. Approximately 4% of the light in lead 2 is reflected from the glass–air interface at the cleaved end of the fiber. This reflected light comprises one of the two interfering beams. The other 96% of the light exits the fiber and impinges on the cantilever with a spot size of about 5 µm.

    On the first pass, topographical information is recorded in the standard tapping mode where the oscillating cantilever lightly taps the surface. On the second pass, the tip is lifted to a user-selected separation (typically 20 to 200 nm) between the tip and local surface topography. By using the stored topographical data instead of the standard feedback, the separation remains constant without sensing the surface. At this height, cantilever amplitudes are sensitive to electric field force gradients or relatively weak but longrange magnetic forces without being influenced by topographic features.

    More recently, Smith (1994) used a piezoresistive cantilever beam which requires no external sensor. It makes the SPM design simpler and the STM and AFM functions can be combined readily. However, the piezoresistive beam needs power on the order of 10 mW and has less sensitivity. 12. The tunneling method originally used by Binnig et al. (1986a) in the first version of AFM uses a second tip to monitor the deflection of the cantilever with its force-sensing tip. Tunneling is rather sensitive to contaminants and the interaction between the tunneling tip and the rear side of the cantilever can become comparable to the interaction between the tip and sample.

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