Radiation protection videos

During 2008 to 2010 Ionactive commissioned a number of radiation protection videos produced by Dr Chris Robbins of Grallator. The video resource covers radiation detectors (GM tubes), gamma ray constants, linear accelerators, radiotherapy treatment rooms, industrial radiography enclosures, radiation dose units, inverse square law, radiation (photon) scattering, CBRN (radiological and nuclear hazards including the Louis Slotin criticality incident) and more. 

These were put up on YouTube at a video quality which matched expectation of that time - and did well with plenty of views and comments (they are still there if you go looking). We have used the higher quality source files to represent these videos again, direct on the Ionactive website. We have improved and balanced the audio, and they now stream from Vimeo with no adverts. These videos are over 10 years old but the content stands the test of time - they are excellent radiation safety training resource. 

For formal radiation safety advice, visit our Radiation Protection Adviser (RPA) services page.  

  • The Geiger-Muller tube - radiation detector (video)

    Published: May 04, 2024

    Source: Ionactive Radiation Protection Resource

      Tags:
    • GM Tube
    • Geiger Muller tube
    • gas filled detector
    • GM Counter
    • radiation detector
    • Alpha radiation
    • beta radiation
    • Gamma radiation
    • neutron radiation
    • boron
    • inert gas
    • argon
    • neon
    • radiation window
    • thin mica
    • potential difference
    • Anode
    • Cathode
    • end cap energy filter
    • ambient count
    • ambient dose
    • gas amplification
    • electric field
    • avalanche effect
    • dead time
    • recovery time
    • recombination
    • quenching
    • Dose Rate
    • counts per second
    • CPS
    • Contamination
    • pulsed radiation

    An animated video explaining how the Geiger-Muller tube functions - a classic radiation detector which was envisaged in 1908,  practically built in 1928, and is still a widely used detector today in 2024 (nearly 100 years later!). 

    Read more

The ultimate paradox, of course, is that even though we're all going to die, we've all got to live in the meantime…

– Brian Cox -