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Results 11 - 20 of 125 for Electrons
  • Engineering Gas Sensors with Conducting Polymers
    Article - 14 Mar 2024
    Conducting polymers have conventionally attracted huge interest in gas sensing applications due to their easy synthesis, versatile nanostructure, good environmental stability, and superior sensing...
  • Comparisons of CCD & CMOS Image Sensors for Microscopy
    Article - 26 Mar 2019
    High-resolution cameras, based on charge-coupled devices (CCDs) & complementary metal-oxide-semiconductor (CMOS) image sensors, have been replacing traditional cameras in microscopy.
  • The Importance of NOx Monitoring
    Article - 26 Jan 2023
    NOx and associated chemical species have been implicated in several health conditions. Learn about the importance of NOx monitoring in this article.
  • Sensing Properties of Metals
    Article - 6 Feb 2020
    The capacity to assess the properties of metal is valuable for all kinds of applications in research and industry.
  • Why Are TENGs Important to the Sensors Industry?
    Article - 8 Dec 2023
    Here, we explore why TENGs are poised to play a major role in powering next-generation sensor networks and enabling self-powered, sustainable sensor technologies.
  • Inspection Challenges with 5nm
    Article - 6 Jul 2018
    This article takes a look at potential inspection challenges with 5 nm.
  • What is a Redox Electrode?
    Article - 1 Oct 2014
    Oxidation reduction, or redox reactions, involves the transfer of an electron from a donor to an acceptor. The donor loses an electron to change from the reduced to oxidized form and the acceptor...
  • Sensors and Zinc Oxide Films
    Article - 22 Jan 2024
    This article talks about zinc oxide films, particularly focusing on zinc oxide for sensors.
  • How Can Light Sensors Achieve Photodetection?
    Article - 20 Dec 2019
    Light sensors are inactive devices that use light energy to make an electrical output.
  • What are Thin Film Magnetostrictive (MR) Sensors?
    Article - 20 Dec 2018
    Magnetostrictive sensors utilize the magnetoresistive effect via a thin film, & this enables measurements to be taken without the need for physical contact.

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