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Applications

The plasma panel sensor (PPS) and microcavity-PPS, including the new “microhexcavity plasma panel”, have a broad range of possible applications in addition to nuclear and high energy physics. However, the new ultra-fast, transmissive (UFT) beam monitor has a much greater market potential since it is designed for both particle and photon external beam radiation therapy (EBRT), as well as nuclear and high energy physics.

 

 

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As mentioned in some of the previous sections, the list of possible applications for the two basic technologies of PPS and UFT is exceptionally broad. Some examples are:

           

  • External Bream Radiation Therapy (e.g., photons, protons, electrons, ions, neutrons)

  • Nuclear Physics (NP) and High Energy Physics (HEP) Research

  • Medical & Industrial Radiography

  • Particle–CT Imaging (e.g., proton-CT, electron-CT and neutron-CT imaging)

  • Neutron & Radioactive Materials Detection / Homeland Security

  • Detecting Radioactive Materials at a Distance or Remotely (e.g., radioactive spills)

  • Oil & Gas Exploration

  • Non-Destructive Testing & Materials Inspection

  • Industrial Accelerator Beam Monitoring (e.g., food & instrument sterilization, lithography) 

  • Cosmic Muon Imaging (e.g., archaeology)

  • Neutron Scattering & Materials Research

  • Nuclear Power Plant Safety

  • Very High Temperature, Fast Response Flame Monitors