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#radiationprotection — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #radiationprotection, aggregated by home.social.

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  1. Interesting update for anyone working in radon protection or indoor air quality: pages 24-26 of the 2024 UNSCEAR report break down the latest radon level data across several countries, useful context for benchmarking where we stand globally.
    Worth a read if you follow this space. Link below, let me know what stands out to you.
    buff.ly/612i4NS
    #RadonAwareness #UNSCEAR #RadiationProtection #IndoorAirQuality

  2. Interesting update for anyone working in radon protection or indoor air quality: pages 24-26 of the 2024 UNSCEAR report break down the latest radon level data across several countries, useful context for benchmarking where we stand globally.
    Worth a read if you follow this space. Link below, let me know what stands out to you.
    buff.ly/612i4NS
    #RadonAwareness #UNSCEAR #RadiationProtection #IndoorAirQuality

  3. US NRC Proposes Weakening Radiation Protection Standards Amid Scientific Concerns

    📰 Original title: Radiation Protection -analysis of NRC proposals

    🤖 IA: It's not clickbait ✅
    👥 Users: It's not clickbait ✅

    View full AI summary en.killbait.com/us-nrc-propose

    #politics #radiationprotection #nrcproposals #nuclearregulation

  4. US NRC Proposes Weakening Radiation Protection Standards Amid Scientific Concerns

    📰 Original title: Radiation Protection -analysis of NRC proposals

    🤖 IA: It's not clickbait ✅
    👥 Users: It's not clickbait ✅

    View full AI summary en.killbait.com/us-nrc-propose

    #politics #radiationprotection #nrcproposals #nuclearregulation

  5. US NRC Proposes Weakening Radiation Protection Standards Amid Scientific Concerns

    📰 Original title: Radiation Protection -analysis of NRC proposals

    🤖 IA: It's not clickbait ✅
    👥 Users: It's not clickbait ✅

    View full AI summary en.killbait.com/us-nrc-propose

    #politics #radiationprotection #nrcproposals #nuclearregulation

  6. "Once you have super-conducting technology available in #space 🌌, you can then create very strong magnetic 🧲 fields. You can #accelerate things in space very fast or change the trajectory of a #satellite completely without fuel. We can shield people in space from #radiation ☢️" space.com/technology/accelerat

    #RocketScience #RadiationProtection

  7. "Once you have super-conducting technology available in #space 🌌, you can then create very strong magnetic 🧲 fields. You can #accelerate things in space very fast or change the trajectory of a #satellite completely without fuel. We can shield people in space from #radiation ☢️" space.com/technology/accelerat

    #RocketScience #RadiationProtection

  8. "Once you have super-conducting technology available in #space 🌌, you can then create very strong magnetic 🧲 fields. You can #accelerate things in space very fast or change the trajectory of a #satellite completely without fuel. We can shield people in space from #radiation ☢️" space.com/technology/accelerat

    #RocketScience #RadiationProtection

  9. "Once you have super-conducting technology available in #space 🌌, you can then create very strong magnetic 🧲 fields. You can #accelerate things in space very fast or change the trajectory of a #satellite completely without fuel. We can shield people in space from #radiation ☢️" space.com/technology/accelerat

    #RocketScience #RadiationProtection

  10. "Once you have super-conducting technology available in #space 🌌, you can then create very strong magnetic 🧲 fields. You can #accelerate things in space very fast or change the trajectory of a #satellite completely without fuel. We can shield people in space from #radiation ☢️" space.com/technology/accelerat

    #RocketScience #RadiationProtection

  11. 🌍 Where does radon actually come from? It is a question I get asked more often than you would think.Pages 19 and 20 of the UNSCEAR 2024 Report lay it out clearly: the main sources are natural, rooted in the radioactive decay of uranium and radium present in rocks and soil. But building materials, groundwater, and ventilation all play a role too.

    🔗 buff.ly/15jqw8y
    #Radon #RadiationProtection #UNSCEAR #EnvironmentalRadioactivity #DoseAssessment

  12. 🌍 Where does radon actually come from? It is a question I get asked more often than you would think.Pages 19 and 20 of the UNSCEAR 2024 Report lay it out clearly: the main sources are natural, rooted in the radioactive decay of uranium and radium present in rocks and soil. But building materials, groundwater, and ventilation all play a role too.

    🔗 buff.ly/15jqw8y
    #Radon #RadiationProtection #UNSCEAR #EnvironmentalRadioactivity #DoseAssessment

  13. Page 19 of the UNSCEAR 2024 Report (Vol. II) sets out the framework for dose assessment methodology — essential reading for anyone working in radiation protection or environmental radioactivity.

    Worth a careful read if you follow the science behind exposure evaluation.

    🔗 buff.ly/15jqw8y

    #RadiationProtection #UNSCEAR #DoseAssessment #EnvironmentalRadioactivity #Radon

  14. Page 19 of the UNSCEAR 2024 Report (Vol. II) sets out the framework for dose assessment methodology — essential reading for anyone working in radiation protection or environmental radioactivity.

    Worth a careful read if you follow the science behind exposure evaluation.

    🔗 buff.ly/15jqw8y

    #RadiationProtection #UNSCEAR #DoseAssessment #EnvironmentalRadioactivity #Radon

  15. Morning run done — 8.5 km — and straight into ERA Workshop recap mode 🏃🎙️
    Yesterday in Bergamo: four talks on radon in water, RadonNet instruments, gamma spectrometry + indoor air risk assessment, and soil gas by Matej Neznal. Roundtable with ~40–45 on site and ~20 online. ERA AGM, Executive Committee meeting, rooftop dinner. ☀️ 25 degrees in Bergamo.
    Science doesn't stop. Neither does the training.
    #Radon #ERA #IndoorAirQuality #RadiationProtection #RunningScientist
    youtu.be/W7B_Ad1mgRo

  16. Morning run done — 8.5 km — and straight into ERA Workshop recap mode 🏃🎙️
    Yesterday in Bergamo: four talks on radon in water, RadonNet instruments, gamma spectrometry + indoor air risk assessment, and soil gas by Matej Neznal. Roundtable with ~40–45 on site and ~20 online. ERA AGM, Executive Committee meeting, rooftop dinner. ☀️ 25 degrees in Bergamo.
    Science doesn't stop. Neither does the training.
    #Radon #ERA #IndoorAirQuality #RadiationProtection #RunningScientist
    youtu.be/W7B_Ad1mgRo

  17. The UNSCEAR 2024 Report is out.

    This is the most comprehensive review of natural radiation sources available — and radon and thoron are at its core. Updated dose assessments, new epidemiological evidence, and findings that will inform regulation and practice globally.

    If you work in radiation protection, environmental radioactivity, or public health, pages 18 onwards are essential reading.

    📄 unscear.org/unscear/en/publica

    #UNSCEAR #Radon #RadiationProtection #NaturalRadiation #OpenScience

  18. The UNSCEAR 2024 Report is out.

    This is the most comprehensive review of natural radiation sources available — and radon and thoron are at its core. Updated dose assessments, new epidemiological evidence, and findings that will inform regulation and practice globally.

    If you work in radiation protection, environmental radioactivity, or public health, pages 18 onwards are essential reading.

    📄 unscear.org/unscear/en/publica

    #UNSCEAR #Radon #RadiationProtection #NaturalRadiation #OpenScience

  19. How confident can we really be in radiation risk estimates?
    UNSCEAR 2024 Vol. II, Annex B p.17 applies a Bayesian framework to show how exposure and dose measurement uncertainties feed into cancer risk models. Honest science about what we know — and what we don't.
    Essential for radiation protection, dosimetry, and public health professionals.
    📄 unscear.org/unscear/en/publica
    #UNSCEAR #RadiationProtection #Dosimetry #CancerRisk #Radon #OpenScience

  20. How confident can we really be in radiation risk estimates?
    UNSCEAR 2024 Vol. II, Annex B p.17 applies a Bayesian framework to show how exposure and dose measurement uncertainties feed into cancer risk models. Honest science about what we know — and what we don't.
    Essential for radiation protection, dosimetry, and public health professionals.
    📄 unscear.org/unscear/en/publica
    #UNSCEAR #RadiationProtection #Dosimetry #CancerRisk #Radon #OpenScience

  21. The UNSCEAR 2024 Report Vol. II is the most comprehensive global assessment of public radiation doses to date — covering radon, thoron, cosmic radiation, NORM industries, and human-made sources.

    Start at page 16 for an overview of the measurement data behind the entire analysis.

    Rigorous data. Global scale. Worth reading.

    📖 unscear.org/unscear/en/publica

    #Radon #UNSCEAR #RadiationProtection #Dosimetry #PublicHealth

  22. The UNSCEAR 2024 Report Vol. II is the most comprehensive global assessment of public radiation doses to date — covering radon, thoron, cosmic radiation, NORM industries, and human-made sources.

    Start at page 16 for an overview of the measurement data behind the entire analysis.

    Rigorous data. Global scale. Worth reading.

    📖 unscear.org/unscear/en/publica

    #Radon #UNSCEAR #RadiationProtection #Dosimetry #PublicHealth

  23. The UNSCEAR 2024 Report Vol. II is the most comprehensive global assessment of public radiation doses to date — covering radon, thoron, cosmic radiation, NORM industries, and human-made sources.

    Start at page 16 for an overview of the measurement data behind the entire analysis.

    Rigorous data. Global scale. Worth reading.

    📖 unscear.org/unscear/en/publica

    #Radon #UNSCEAR #RadiationProtection #Dosimetry #PublicHealth

  24. The UNSCEAR 2024 Report Vol. II is the most comprehensive global assessment of public radiation doses to date — covering radon, thoron, cosmic radiation, NORM industries, and human-made sources.

    Start at page 16 for an overview of the measurement data behind the entire analysis.

    Rigorous data. Global scale. Worth reading.

    📖 unscear.org/unscear/en/publica

    #Radon #UNSCEAR #RadiationProtection #Dosimetry #PublicHealth

  25. The UNSCEAR 2024 Report Vol. II is the most comprehensive global assessment of public radiation doses to date — covering radon, thoron, cosmic radiation, NORM industries, and human-made sources.

    Start at page 16 for an overview of the measurement data behind the entire analysis.

    Rigorous data. Global scale. Worth reading.

    📖 unscear.org/unscear/en/publica

    #Radon #UNSCEAR #RadiationProtection #Dosimetry #PublicHealth

  26. Cathpax rolls out Nova-X system across multiple European sites

    Nova-X Cathpax, a spinoff of nuclear radiation protection group Lemer Pax, announced today the commercial launch of its…
    #Europe #EU #Cathpax #European #LINNCParis2026 #Neuroradiology #Nova-X #NOVARAD #radiationexposure #radiationprotection #radiation)
    europesays.com/europe/55034/

  27. 📘 The 2024 UNSCEAR report draws on a wide range of scientific sources — but the criteria used to select those publications matter enormously for how we interpret its conclusions.

    Pages 13–14 detail the methodology. Essential reading for anyone working in radiation protection, environmental health, or public health policy.

    🔗 unscear.org/unscear/en/publica

    #UNSCEAR #RadiationProtection #PublicHealth #EnvironmentalHealth #OpenScience #EvidenceBased

  28. 📘 The 2024 UNSCEAR report draws on a wide range of scientific sources — but the criteria used to select those publications matter enormously for how we interpret its conclusions.

    Pages 13–14 detail the methodology. Essential reading for anyone working in radiation protection, environmental health, or public health policy.

    🔗 unscear.org/unscear/en/publica

    #UNSCEAR #RadiationProtection #PublicHealth #EnvironmentalHealth #OpenScience #EvidenceBased

  29. 📘 The 2024 UNSCEAR report draws on a wide range of scientific sources — but the criteria used to select those publications matter enormously for how we interpret its conclusions.

    Pages 13–14 detail the methodology. Essential reading for anyone working in radiation protection, environmental health, or public health policy.

    🔗 unscear.org/unscear/en/publica

    #UNSCEAR #RadiationProtection #PublicHealth #EnvironmentalHealth #OpenScience #EvidenceBased

  30. 📘 The 2024 UNSCEAR report draws on a wide range of scientific sources — but the criteria used to select those publications matter enormously for how we interpret its conclusions.

    Pages 13–14 detail the methodology. Essential reading for anyone working in radiation protection, environmental health, or public health policy.

    🔗 unscear.org/unscear/en/publica

    #UNSCEAR #RadiationProtection #PublicHealth #EnvironmentalHealth #OpenScience #EvidenceBased

  31. 📘 The 2024 UNSCEAR report draws on a wide range of scientific sources — but the criteria used to select those publications matter enormously for how we interpret its conclusions.

    Pages 13–14 detail the methodology. Essential reading for anyone working in radiation protection, environmental health, or public health policy.

    🔗 unscear.org/unscear/en/publica

    #UNSCEAR #RadiationProtection #PublicHealth #EnvironmentalHealth #OpenScience #EvidenceBased

  32. What underpins global radiation risk assessments?

    The UNSCEAR 2024 report provides a valuable overview of the scientific data sources used to estimate radiation exposure worldwide. Particularly interesting for professionals working in radiation protection, environmental assessment, and dosimetry.

    🔗 unscear.org/unscear/en/publica

    #RadiationProtection #UNSCEAR #Science #PublicHealth #Dosimetry

  33. What underpins global radiation risk assessments?

    The UNSCEAR 2024 report provides a valuable overview of the scientific data sources used to estimate radiation exposure worldwide. Particularly interesting for professionals working in radiation protection, environmental assessment, and dosimetry.

    🔗 unscear.org/unscear/en/publica

    #RadiationProtection #UNSCEAR #Science #PublicHealth #Dosimetry

  34. What underpins global radiation risk assessments?

    The UNSCEAR 2024 report provides a valuable overview of the scientific data sources used to estimate radiation exposure worldwide. Particularly interesting for professionals working in radiation protection, environmental assessment, and dosimetry.

    🔗 unscear.org/unscear/en/publica

    #RadiationProtection #UNSCEAR #Science #PublicHealth #Dosimetry

  35. What underpins global radiation risk assessments?

    The UNSCEAR 2024 report provides a valuable overview of the scientific data sources used to estimate radiation exposure worldwide. Particularly interesting for professionals working in radiation protection, environmental assessment, and dosimetry.

    🔗 unscear.org/unscear/en/publica

    #RadiationProtection #UNSCEAR #Science #PublicHealth #Dosimetry

  36. What underpins global radiation risk assessments?

    The UNSCEAR 2024 report provides a valuable overview of the scientific data sources used to estimate radiation exposure worldwide. Particularly interesting for professionals working in radiation protection, environmental assessment, and dosimetry.

    🔗 unscear.org/unscear/en/publica

    #RadiationProtection #UNSCEAR #Science #PublicHealth #Dosimetry

  37. When is dose assessment necessary—and how should it be expressed?

    Clarity in quantities and units is essential for meaningful radiation protection.

    Page 10 of this UNSCEAR report is a concise and useful reference:
    unscear.org/unscear/en/publica

    #RadiationProtection #Dosimetry #UNSCEAR #PublicHealth

  38. When is dose assessment necessary—and how should it be expressed?

    Clarity in quantities and units is essential for meaningful radiation protection.

    Page 10 of this UNSCEAR report is a concise and useful reference:
    unscear.org/unscear/en/publica

    #RadiationProtection #Dosimetry #UNSCEAR #PublicHealth

  39. When is dose assessment necessary—and how should it be expressed?

    Clarity in quantities and units is essential for meaningful radiation protection.

    Page 10 of this UNSCEAR report is a concise and useful reference:
    unscear.org/unscear/en/publica

    #RadiationProtection #Dosimetry #UNSCEAR #PublicHealth

  40. When is dose assessment necessary—and how should it be expressed?

    Clarity in quantities and units is essential for meaningful radiation protection.

    Page 10 of this UNSCEAR report is a concise and useful reference:
    unscear.org/unscear/en/publica

    #RadiationProtection #Dosimetry #UNSCEAR #PublicHealth

  41. When is dose assessment necessary—and how should it be expressed?

    Clarity in quantities and units is essential for meaningful radiation protection.

    Page 10 of this UNSCEAR report is a concise and useful reference:
    unscear.org/unscear/en/publica

    #RadiationProtection #Dosimetry #UNSCEAR #PublicHealth

  42. In 1986, I was 9 and only vaguely aware of Chernobyl.

    Now, working in radiation, I recognise how deeply that event shaped scientific priorities, public perception, and professional paths.

    A reminder of the long shadow of major technological events.

    🎥 youtu.be/fDVPHjTJ2ao?si=NPxdvM

    #Chernobyl #RadiationProtection #Science

  43. In 1986, I was 9 and only vaguely aware of Chernobyl.

    Now, working in radiation, I recognise how deeply that event shaped scientific priorities, public perception, and professional paths.

    A reminder of the long shadow of major technological events.

    🎥 youtu.be/fDVPHjTJ2ao?si=NPxdvM

    #Chernobyl #RadiationProtection #Science

  44. In 1986, I was 9 and only vaguely aware of Chernobyl.

    Now, working in radiation, I recognise how deeply that event shaped scientific priorities, public perception, and professional paths.

    A reminder of the long shadow of major technological events.

    🎥 youtu.be/fDVPHjTJ2ao?si=NPxdvM

    #Chernobyl #RadiationProtection #Science

  45. In 1986, I was 9 and only vaguely aware of Chernobyl.

    Now, working in radiation, I recognise how deeply that event shaped scientific priorities, public perception, and professional paths.

    A reminder of the long shadow of major technological events.

    🎥 youtu.be/fDVPHjTJ2ao?si=NPxdvM

    #Chernobyl #RadiationProtection #Science

  46. In 1986, I was 9 and only vaguely aware of Chernobyl.

    Now, working in radiation, I recognise how deeply that event shaped scientific priorities, public perception, and professional paths.

    A reminder of the long shadow of major technological events.

    🎥 youtu.be/fDVPHjTJ2ao?si=NPxdvM

    #Chernobyl #RadiationProtection #Science

  47. Accurate public radiation exposure assessment remains a key challenge across disciplines. The 2024 UNSCEAR report offers updated methodologies and useful insights for professionals working in radiation protection and environmental assessment.

    📊 Page 9 is a good entry point:
    unscear.org/unscear/en/publica

    #RadiationProtection #PublicHealth #UNSCEAR

  48. Accurate public radiation exposure assessment remains a key challenge across disciplines. The 2024 UNSCEAR report offers updated methodologies and useful insights for professionals working in radiation protection and environmental assessment.

    📊 Page 9 is a good entry point:
    unscear.org/unscear/en/publica

    #RadiationProtection #PublicHealth #UNSCEAR

  49. Accurate public radiation exposure assessment remains a key challenge across disciplines. The 2024 UNSCEAR report offers updated methodologies and useful insights for professionals working in radiation protection and environmental assessment.

    📊 Page 9 is a good entry point:
    unscear.org/unscear/en/publica

    #RadiationProtection #PublicHealth #UNSCEAR

  50. Accurate public radiation exposure assessment remains a key challenge across disciplines. The 2024 UNSCEAR report offers updated methodologies and useful insights for professionals working in radiation protection and environmental assessment.

    📊 Page 9 is a good entry point:
    unscear.org/unscear/en/publica

    #RadiationProtection #PublicHealth #UNSCEAR

  51. Accurate public radiation exposure assessment remains a key challenge across disciplines. The 2024 UNSCEAR report offers updated methodologies and useful insights for professionals working in radiation protection and environmental assessment.

    📊 Page 9 is a good entry point:
    unscear.org/unscear/en/publica

    #RadiationProtection #PublicHealth #UNSCEAR

  52. Sometimes such flares ☀️ are accompanied by outbursts of high-energy radiation ☢️ particles, which can travel near the speed of light and would easily penetrate space vehicle shielding 🛡️. High energy #radiation particles can be a cause of malfunctions in computers and electronics, and they also pose #health risks for #astronauts 🧑‍🚀 surrey.ac.uk/news/solar-flare-

    #RadiationProtection #HumanSpaceflight #SpaceWeather #Artemis #NASA

  53. Sometimes such flares ☀️ are accompanied by outbursts of high-energy radiation ☢️ particles, which can travel near the speed of light and would easily penetrate space vehicle shielding 🛡️. High energy #radiation particles can be a cause of malfunctions in computers and electronics, and they also pose #health risks for #astronauts 🧑‍🚀 surrey.ac.uk/news/solar-flare-

    #RadiationProtection #HumanSpaceflight #SpaceWeather #Artemis #NASA