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

By Bharat Bhushan

This moment version of guide of Micro/Nanotribology addresses the swift evolution inside of this box, serving as a reference for the beginner and the professional alike. components divide this guide: half I covers easy experiences, and half II addresses layout, development, and functions to magnetic garage units and MEMS.
Discussions include:

  • surface physics and techniques for bodily and chemically characterizing good surfaces
  • roughness characterization and static touch types 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 entire publication includes sixteen chapters contributed by means 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 subject matters, together with characterization of stable surfaces, dimension thoughts and purposes, 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 houses of fabrics in microstructure
  • Micro/nanotribology and micro/nanomechanics of MEMS devices
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    Sample text

    The tunneling current between the STM tip and the backside of the cantilever beam with attached tip was measured to obtain the normal force. This force was kept at a constant level with a feedback mechanism. The STM tip was also mounted on a piezoelectric element to maintain the tunneling current at a constant level. ’s Design An AFM developed by Erlandsson et al. 13. Following the STM design, the test sample was mounted on three orthogonal piezoelectric tubes (2 to 5 mm long), two of which (x, y) raster the sample in the surface plane while the third (z) moves the sample toward and away from the tip.

    1988a). , 1990). This design was later modified by Kaneko et al. (1990, 1991). 16. 16 Schematic of an AFM in which the sample is mounted on a piezoelectric tube scanner and the tip is supported by a single-leaf spring. (From Kaneko, R. et al. (1990), Tribology and Mechanics of Magnetic Storage Systems (B. ) SP-29, pp. 31–34, STLE, Park Ridge, IL. , 1992). 3 to 3 N/m, respectively. A laminated piezoelectric stack was used for initial positioning of the tip and the piezoelectric tripod or piezotube scanner was used to place the tip in contact with the surface in the z-direction and to scan the surface in the x- or y-direction.

    To facilitate the tip engagement process, the force calibration mode displays the photodiode signal vs. the Z-position as the piezo is modulated in Z. As the piezo moves the tip up and down, the three heightadjustment screws are used to bring the tip into contact with the sample. The signal from the photodiode changes as the tip contacts the surface. Large-sample AFMs are available which can scan samples as large as 200 × 200 µ m without cutting the sample or touching its surface. In these instruments, the sample is mounted on a motorized X-Y stage.

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