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Results 61 - 70 of 96 for Thickness
  • Solving Problems in Tribology with Sensors
    Article - 23 Jan 2020
    Tribology refers to the science of how surfaces in natural and artificial systems interact in relative motion. The principles of lubrication, friction, and wear are key to the discipline. As it is a...
  • Developing the Future of Computer-Aided Engineering
    Article - 8 Nov 2019
    AZoSensors caught up with Ian Campbell from OnScale to discuss their cloud based solutions and how this will develop computer-aided engineering in the future.
  • What is Line Confocal Imaging?
    Article - 10 Oct 2019
    Line confocal imaging technology uses optical sensors to image microscopic scale structures.
  • Improving Microstructure Simulations Using Laser Vibrometry
    Article - 29 Aug 2019
    This article discusses using laser vibrometry to improve microstructure simulations.
  • A Guide to Out-of-Plane Topography of 3-D Surface Micromachined Microsensors
    Article - 14 Jan 2020
    Characterize out-of-plane topography in 3-D surface micromachined microsensors with Polytec’s MSA-500 Micro System Analyzer for enhanced MEMS development.
  • What are Microscopic Sensors?
    Article - 10 Jan 2019
    Microscopic sensors combine both molecular electronics with nanoscale sensors, and they can be split into categories based on their signal and purpose.
  • Scaling Technologies
    Article - 6 Jul 2018
    This year’s Scaling Technologies TechXPOT at SEMICON West will provide an update on the development of scaling.
  • Layer Composition in Semiconductors
    Article - 18 Jun 2018
    This article discusses the technology that produces empirically tested, quantitative information on the composition of compound semiconductor alloys.
  • A Guide to Choosing Red or Blue Lasers
    Article - 8 May 2017
    Laser triangulation is a widely used non-contact method for measuring industrial displacement. This sensor technology traditionally uses a red laser light.
  • What is Photoelasticity?
    Article - 20 Jun 2014
    Photoelasticity can be explained as the change in a material’s optical properties when it undergoes mechanical deformation.

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