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Results 11 - 20 of 50 for Nuclear
  • Article - 1 Mar 2013
    Detection of atomic and subatomic particles such as neutrons is usually carried out using the signature produced by these particles.
  • Article - 24 Mar 2022
    This article defines the concept behind quantum sensing, its history, the current wide range of applications where quantum sensors are deployed, and the challenges they face.
  • Article - 24 Oct 2022
    Radiation sensors or detectors transform a portion of the energy lost by incident radiation into an electrical signal that can be measured. Learn more about radiation sensors on AZoSensors.
  • Article - 20 Aug 2013
    A bubble chamber is an instrument designed to detect charged particles through the tracks of bubbles present in a chamber consisting of a liquefied gas such as liquid hydrogen. It was invented by...
  • Article - 11 Oct 2013
    Brett Sargent, Chief Technology Officer and VP/GM of Products and Solutions at LumaSense Technologies, Inc., talks to AZoSensors about the management of Big Data in the sensor industry.
  • Article - 29 Oct 2012
    Detection of X-rays is done using Geiger counters but it may not be able to measure the dose rate. This is due to the fact that an X-ray is a concentrated short burst radiation. Events are...
  • Article - 23 Jan 2023
    Sensors may be subjected to various variables that are harmful or can impair their functionality while utilized in harsh environments. How can sensors adapt to harsh environments?
  • Article - 27 May 2024
    In this interview, Joep van den Brink provides insights into the area of high-temperature thermocouple technology. He explains the key differences, innovative designs, and personalized approaches used...
  • Article - 21 Oct 2012
    This series of sensor technology brings to you a comprehensive look at how a scintillator works in the detection of gamma rays.
  • Article - 7 Sep 2017
    The silicon photomultiplier (SiPM) is a radiation detector with very high sensitivity, extremely low time jitter and high efficiency.

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