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Flying in Airplanes Exposes People To More Radiation Than Standing Next To a Nuclear Reactor (businessinsider.com)

Traveling the skies by jet lifts us far from the hustle and bustle of the world below. From a report: But many flyers don't know that soaring miles above Earth also takes us out of a vital protective cocoon -- and a little closer to a place where our cells can be pummeled by radiation from colliding stars, black holes, and more. You can't see these high-energy charged particles, but at any given moment, tens of thousands of them are soaring through space and slamming into Earth's atmosphere from all directions. Also called cosmic rays or cosmic ionizing radiation, the particles are the cores of atoms, such as iron and nickel, moving at nearly light-speed. They can travel for millions of years through space before randomly hitting Earth. These rays don't pose much of a risk to humans on Earth's surface, since the planet's atmosphere and magnetic field shield us from most of the threat.

275 comments

  1. Mile High Club by Anonymous Coward · · Score: 0, Funny

    Has its disadvantages.

    1. Re:Mile High Club by GameboyRMH · · Score: 1

      Shielding if you get a partner of size to be on top?

      Possibility of conceiving an X-men superpowered mutant?

      --
      "When information is power, privacy is freedom" - Jah-Wren Ryel
    2. Re: Mile High Club by Type44Q · · Score: 2

      Actually, military testing decades ago showed that exposure of mammals to fairly large amounts of radiation increased lifespan measurably; one of the theories to explain this was that, by causing cellular/genetic damage, repair mechanisms are triggered which might otherwise lie dormant.

    3. Re: Mile High Club by Anonymous Coward · · Score: 0

      Sauce?

    4. Re: Mile High Club by Anonymous Coward · · Score: 0

      Research doesnt exactly imply a correct or valid conclusion. Research used to suggest that radium was healthy. People used to drink it in the mistaken belief it would energise them and let the live a longer, healthier life.

    5. Re: Mile High Club by Hal_Porter · · Score: 2

      It's called Radiation Hormesis.

      https://en.wikipedia.org/wiki/...

      There are various alternative theories, like Linear No Threshold

      https://en.wikipedia.org/wiki/...

      It's possible that DNA damage is a bit like bit errors - a small number can be corrected but a large number cannot, which would mean the Linear No Threshold model would exaggerate the danger of low levels of radiation by extrapolating from very high levels.

      Like most things of this nature it's become something of a political football with anti nuclear people promoting the LNT model and pro nuclear people disputing it.

      --
      echo -e 'global _start\n _start:\n mov eax, 2\n int 80h\n jmp _start' > a.asm; nasm a.asm -f elf; ld a.o -o a;
    6. Re: Mile High Club by Anonymous Coward · · Score: 0

      Flamebait. "Research" never said that. Research debunked it.

  2. Why is this being posted now? by Anonymous Coward · · Score: 1

    Everyone knows this or should. But even so it's a strange thing to denote as if to make nuclear power plants seem safer? The issue isn't radiation from being around a well-operating nuclear plant, which should be negligible. The issue is when those plants fail, given that humans have never been able to clean up after themselves in these scenarios despite all the talk of how safe things are.

    1. Re:Why is this being posted now? by Anonymous Coward · · Score: 4, Insightful

      Even failed plants, aside from Chernobyl, have not harmed anyone from radiation. Everyone should know that as well, but they don't.

    2. Re:Why is this being posted now? by ShanghaiBill · · Score: 3, Interesting

      Everyone knows this or should.

      Indeed. I remember learning this in elementary school 40 years ago. You get way more radiation by living in Colorado than by living nextdoor to a nuclear power plant.

      The issue isn't radiation from being around a well-operating nuclear plant, which should be negligible. The issue is when those plants fail

      This is the problem with stupid "factoids" like "coal is more radioactive than nuclear". They always consider nukes that are "operating normally", and leave out Chernobyl, Fukushima Daiichi, TMI, etc.

    3. Re:Why is this being posted now? by Topwiz · · Score: 1

      In many areas the amount of natural radiation coming from the ground is higher than what you can get by standing at the fence around a nuclear reactor.

    4. Re:Why is this being posted now? by v1 · · Score: 3, Interesting

      not sure if clickbait or fear-mongering.

      Go eat a banana then get tested for radiation. Bananas are an excellent natural source for Potassium, which is naturally radioactive.

      Radiation Dose Chart

      According to that chart, a banana is about the same dose as living within 50 miles of a normal reactor for a year. (and living that close to a coal plant is triple that dose!)

      This is one of those "Your odds of getting killed by a cow are greater than getting killed by a shark" moments.

      --
      I work for the Department of Redundancy Department.
    5. Re:Why is this being posted now? by Anonymous Coward · · Score: 0

      Fukishima hasn't? Really?

    6. Re: Why is this being posted now? by Ost99 · · Score: 2, Insightful

      Only Chernobyl caused any significant harm. And nothing about the accident had anything to do with normal operation.

      --
      ---- Sig. gone.
    7. Re:Why is this being posted now? by arth1 · · Score: 0, Troll

      Even failed plants, aside from Chernobyl, have not harmed anyone from radiation. Everyone should know that as well, but they don't.

      Because it's not true, as in a bloody lie?

      Kyshtim, 1957, Estimated 200-8000 fatalities over the years
      Sellafield, 1957, Estimated 33 cancer deaths
      Idaho Falls, 1961, 3 dead
      Jaslovske Bohunice, 1976, 2 dead
      Three Mile Island, 1979, studies suggest a cancer rate increase of over 60% in affected areas.
      Tokaimura, Ibaraki Prefecture, 1999, 2 dead, more likely affected
      Fukushima, 2011, at least 2 dead, more likely affected from radiation poisoning.

    8. Re:Why is this being posted now? by sheph · · Score: 2

      That and I'm not sure why we're excluding Chernobyl. Direct death toll of 50, with as high as 4000 over time due to radiation related cancers. Now yes, reactor design and human error played a part in that incident we still can't discount that it could happen again. TMI had the potential to be a lot worse. They got lucky. I believe nuclear technology is a good source of energy. If we could mitigate the waste problem and design systems that fail safe (newer reactor designs have this baked in) it becomes a lot more viable than what we currently have.

      --
      I don't believe in karma, I just call it like I see it.
    9. Re:Why is this being posted now? by Anonymous Coward · · Score: 1

      It hasn't, and it won't. Really. Doesn't take much effort to learn the facts.

    10. Re:Why is this being posted now? by atomicalgebra · · Score: 5, Informative
      You are making a lot of apples to oranges comparisons by comparing weapons facilities to civilian operation. They are different. You also presented a bunch of examples of accidents that did not involve radiation or nuclear power plants.

      Kyshtim was a weapons production facility in the USSR.

      Sellafield was a weapons production facility located in Great Britain.

      Idaho Falls was a military experiment that killed 3 people from a steam explosion not radiation.

      Jaslovske Bohunice was due to a leak of carbon dioxide not radiation

      Three Mile Island resulted in 0 dead.

      Tokaimura, Ibaraki Prefecture was the result of an explosion from bad procedures at reprocessing plant. It was not at a nuclear power plant.

      Fukushima resulted in 0 dead from radiation.

      Why are anti-nuclear people disappointed to learn that nuclear power hasn't killed more people? Given the realities of climate change it is immoral to oppose nuclear power.

    11. Re:Why is this being posted now? by Anonymous Coward · · Score: 1

      Even failed plants, aside from Chernobyl, have not harmed anyone from radiation. Everyone should know that as well, but they don't.

      Because it's not true, as in a bloody lie?

      Kyshtim, 1957, Estimated 200-8000 fatalities over the years
      Sellafield, 1957, Estimated 33 cancer deaths
      Idaho Falls, 1961, 3 dead
      Jaslovske Bohunice, 1976, 2 dead
      Three Mile Island, 1979, studies suggest a cancer rate increase of over 60% in affected areas.
      Tokaimura, Ibaraki Prefecture, 1999, 2 dead, more likely affected
      Fukushima, 2011, at least 2 dead, more likely affected from radiation poisoning.

      Claims are not the same as facts, you can find all kinds of claims if you scour the internet looking for them.. but you need to find credible sources and cite them. You confuse nuclear test facilities with commercial plants, that's one mistake. Facts are well established for TMI and Fukushima, NO health impacts, much less any deaths.

      Lets just start here, it is done by experts, and completely documentd. You can accept the proven science or simply be a denier, just like a climate change denier;

      http://www.unscear.org/unscear/en/publications/Fukushima_WP2017.html

    12. Re:Why is this being posted now? by sjames · · Score: 2

      The first 3 were for weapons production and military research, not nuclear power generation. The 4th and 5th released no radiation outside of the plant. The radiation involved in TMI was insignificant and left no contamination. (Look closely at those "studies", they're right up there with the nonsense stories of radiation turning cows inside out). The 6th did indeed kill 2 people. As you say with Fukushima. Though note that during the careful monitoring of populated areas after the accident, the one that raised the most eyebrows turned out to be someone storing an old radium paint set in Tokyo.

      Now add up black lung, mining cave ins, and a whole town in Pennsylvania destroyed by an ongoing coal mine fire.

      As to the original statement, if we add the likely intended qualifier "in the general public", it's looking pretty good.

    13. Re:Why is this being posted now? by arth1 · · Score: 4, Insightful

      I'm sorry, but most or all of these are classified as class 4 or higher on the IAEA International Nuclear and Radiological Event Scale.
      For a class 4 to be declared, one of the criteria is that it must have caused death by radiation poisoning.

      What you're pointing to when saying 0 deaths is that none of the individual deaths can be proven to be due to the increased radiation. Much like the tobacco companies claimed that smoking was harmless because you couldn't prove that any individual death was due to smoking. It's just as disingenuous, and is easily refuted by statistics showing that cancer death rates have indeed gone up both in the aftermath of Fukushima and Three Mile Island. Whether one can point to any specific death and conclude that that one death was caused by it is irrelevant. The IAEA looks at the statistics.

      As for your claim that one needs to differentiate the reasons for the reactors - why exactly? A reactor that produces electricity and a reactor that enriches plutonium are both reactors, with a risk of radioactive contamination. There have been accidents and releases of radioactive material in both. Quite often the same radioactive materials. And the claim was that reactors was safe, not that electricity producing commercial ones were. Moving the goal posts doesn't help.

    14. Re:Why is this being posted now? by sjames · · Score: 1

      Probably because any coal plant operating normally but under the same regulation as nuclear would be shut down and added to the list of radiation accidents. They would all appear above TMI in severity.

    15. Re:Why is this being posted now? by Viol8 · · Score: 0

      " A reactor that produces electricity and a reactor that enriches plutonium are both reactors, with a risk of radioactive contamination"

      The fact that you see no difference between a civilian nuclear reactor that uses uranium (or thorium) and a military one that enriches plutonium says everything about the ignorance of you and the rest of the hysterical anti nuclear lobby.

      Tell me - where do you think the uranium comes from in the first place? Do you think its magicked up? No, its fucking well mined out of the ground! This planet is naturally radioactive in numerous ways.

    16. Re:Why is this being posted now? by ChumpusRex2003 · · Score: 1

      That's not really true. There has been definite harm at Fukushima; there have been a number of radiation injuries to workers in the emergency response (mainly local radiation burns - e.g. beta burns to feet from standing in contaminated water).

      There has also been significant harm to the population around Fukushima as a result of the response to the accident. It can, reasonably, be argued that the population should not have been evacuated; but in that case, the population dose while small, would have been non-negligible. For example, one recent estimate is that living in the higher-radiation parts of the Fukushima exclusion zone would result in a reduction of life expectancy of around 3 months. To put this in perspective, reducing GDP per capita by approx $2k would be expected to result in a similar reduction in life expectancy. However, while it may be justifiable to mitigate a pollutant which reduced population life expectancy by 3 months, such a threshold is not applied consistently. For example, particulate emissions from diesel engine road vehicles in London, reduces population life expectancy by approximately 9-12 months. Yet, we do not have the UK government evacuating residents and workers from London, nor do we see other European governments doing the same for even more severe pollution levels in other cities.

      Of course, evacuation and displacement of peoples is also not without hazard. There are stress related injuries, the stigma of being essentially a refugee, loss of support networks, loss of jobs and wealth, etc., and in turn many of these factors also result in poverty which in itself results in poor health outcomes. Using some more expansive definitions, the number of people harmed by the Fukushima evacuation numbers in the thousands.

      Part of the problem is that the precedent of evacuation and exclusions zones was set after Chernobyl. There are certainly parts of Ukraine where pollution levels are intolerable by any reasonable measure, but approximately 60% of the exclusion zone is arguably unnecessary. Similar over reactions to Chernobyl have been put in place by other European governments with respect to contaminated food. In the UK, the sale of lamb and milk was restricted due to contamination of farmland. However, the restrictions remained in place despite exceedingly low levels of harm - such that a major meat eater eating only meat from the contaminated farms would suffer harm equivalent to a reduction in life expectancy measured in minutes; i.e. the harm from the contamination is minimal compared to the harm of a meat rich diet. The problem has been that the income reduction to affected farmers has been devastating to local economies, and the tangible health outcomes of the reduction in GDP would outweigh the harm from the contamination.

      While it is easy to be critical of the response at Fukushima, one must not forget hindsight bias. The Fukushima accident was rapid in its development and complicated by lack of information. Infrastructure damaged by the earthquake/tsunami meant that early warning systems were out of action; all NPPs in Japan have real-time data links back to Tokyo for accident management, such that health physicists/meterologists/etc. can estimate risks in real time. In the absence of all data feeds, confused verbal messages from multiple plants all suffering severe accident situations, what should they have done? It is therefore probably incorrect to separate the harm from evacuation from the accident itself, as it is very hard to argue that the decision was clearly wrong given the circumstances of the time.

    17. Re:Why is this being posted now? by atomicalgebra · · Score: 3, Insightful

      As for your claim that one needs to differentiate the reasons for the reactors - why exactly? A reactor that produces electricity and a reactor that enriches plutonium are both reactors, with a risk of radioactive contamination. There have been accidents and releases of radioactive material in both. Quite often the same radioactive materials. And the claim was that reactors was safe, not that electricity producing commercial ones were. Moving the goal posts doesn't help..

      They are different. They do not use the same radioactive materials. Uranium for nuclear energy is only enriched to approximately ~1%-4%. Weapon materials needs to be enriched to ~80%+. So they are different. They also function differently. The mechanics and physics are different. Nuclear energy is also the safest form of power including solar and wind. That is a statistical fact that the IAEA acknowledges. 4th generation reactors are even better. We are not moving the goal posts. You anti-nuclear people are moving the goal posts. 5 of those example occurred before I was even born and the last two occurred with technology older then I am.

      It's just as disingenuous, and is easily refuted by statistics showing that cancer death rates have indeed gone up both in the aftermath of Fukushima and Three Mile Island.

      I am going to need a credible source for that and not any of that ecowatch bs.

      Why are anti-nuclear people disappointed to learn that nuclear power hasn't killed more people? Given the realities of climate change it is immoral to oppose nuclear power.

    18. Re: Why is this being posted now? by Dragonslicer · · Score: 1

      And nothing about the accident had anything to do with normal operation.

      Oh, then I guess everything is alright and nothing actually happened, then ?

      Wasn't the meltdown at Chernobyl caused by the people in charge of the plant doing just about everything they could to intentionally cause a meltdown, including disabling all of the safety controls?

      or to TMI

      Did any radiation or radioactive material get outside the plant?

    19. Re: Why is this being posted now? by Carewolf · · Score: 1

      No even if you add all nuclear accidents and add dropped nuclear bombs on top for shits and giggles, coal power production not only have killed more people but has released more radioactive radiation as well.

    20. Re: Why is this being posted now? by Anonymous Coward · · Score: 0

      Once you do prove the link between radiation and cancer, make sure to contact the Nobel people to claim your prize. You will be the first to have proven this link btw.

    21. Re: Why is this being posted now? by jdschulteis · · Score: 1

      Wasn't the meltdown at Chernobyl caused by the people in charge of the plant doing just about everything they could to intentionally cause a meltdown, including disabling all of the safety controls?

      They weren't trying to cause a meltdown. They were conducting a test of the system designed to keep the reactor core cooled in the event of an emergency shutdown.

    22. Re:Why is this being posted now? by arth1 · · Score: 3, Insightful

      I am going to need a credible source for that and not any of that ecowatch bs.

      https://www.ncbi.nlm.nih.gov/p...
      http://www.thelancet.com/journ...

      Why are anti-nuclear people disappointed to learn that nuclear power hasn't killed more people? Given the realities of climate change it is immoral to oppose nuclear power.

      Quit that binary thinking. Just quit it, Just because someone points out that there are problems related to nuclear reactors, especially when they fail, does not mean that they are opposed to nuclear power.

      What I'm for is that not only adequate but reassuring safeguards are in place, both for production and post-production. Not from an economic standpoint with more insurance and lawyers, but from a worst case standpoint with actual physical safeguards, already existing evacuation and containment and remediation plans. Hopefully things won't go wrong, but with the numerous examples where reactors have gone wrong, more focus on what else to do when things do go wrong seems needed. Admit that there are problems, and don't let that stop us.

      Because this is /., the obligatory car analogy is that hust because cars are very safe relative to horseback riding doesn't mean that we should rest on our laurels and say that seat belts and air bags and crumple zones is a waste of money, and that more research into car and road safety isn't useful.

    23. Re:Why is this being posted now? by WindBourne · · Score: 1

      Which is not true. Plenty of workers died way early from Chernobyl as well as Fukushima. In fact, with Fukushima, the purposely brought in retired workers knowing the heavy radiation dose that would be received.

      OTOH, has either of these impacted society? Fuck no, other than to allow a bunch of whiny extremists to block development of SAFE nuclear, and leave us stranded with OLD reactors that really need to be replaced. And not with Wind, solar, coal, or nat gas.

      --
      I prefer the "u" in honour as it seems to be missing these days.
    24. Re:Why is this being posted now? by Anonymous Coward · · Score: 0

      Kazakhstan number one exporter of potassium! Other countries have inferior potassium.

    25. Re: Why is this being posted now? by arth1 · · Score: 1

      Once you do prove the link between radiation and cancer, make sure to contact the Nobel people to claim your prize. You will be the first to have proven this link btw.

      H. J. Muller Jr. received the Nobel prize in physmed in 1946 for just that.

    26. Re:Why is this being posted now? by Anonymous Coward · · Score: 0

      This is really ignorant - we don't have SAFE nuclear today because the spent fuel rods (still hot) are left in cooling pools at the reactor, because there is no safe disposal location. You can't factor in the cost of nuclear because we are stockpiling dangerous expended rods - it's like a coal plant stockpiling the radioactive filters from the stack scrubber.

      Now there are some places, such as Finland, where there ARE storage locations and methods in place, but they only just came online and they cost BILLIONS to plan and operate. If you factor those costs in, instead of creating dirty waste sites at the reactors themselves, then let's have a conversation.

      Fukushima is more than enough proof you can't sit on waste rods, they are an accident waiting to happen.

    27. Re:Why is this being posted now? by dfenstrate · · Score: 1

      Minor Quibble- otherwise I very much appreciate your post-
      The SL-1 incident in Idaho- When you're standing on top of a reactor that goes prompt critical to 20 Gigawatts, you're going to die whether or not there is a steam explosion. One of the victim's bodies was so contaminated that they were putting off a radiation field of 500R/hr- a certainly lethal dose if you spend any amount of time next to him!

      Afterwards a stuck-out rod became part of the design consideration- at no time could a single stuck rod cause the reactor to go critical, or prevent it from being safely shutdown.

      Back to your point, this was an electric power production experimental reactor run by the United States Army, intended to make power in Arctic regions.

      --
      Alcohol, Tobacco and Firearms should be the name of a store, not a government agency.
    28. Re: Why is this being posted now? by DaveAtWorkAnnoyingly · · Score: 1

      Quite. More people have died in gun related mass murder crimes in the US in the past year (domestic terrorism, not international terrorism) than have died worldwide in nuclear accidents in the past 20 years.

      But people are more scared of nuclear power than public ownership of guns, because some people two hundred years ago said it was ok to own guns...

    29. Re:Why is this being posted now? by Anonymous Coward · · Score: 0

      except just about every worker that has entered the failed power plant you twit

    30. Re:Why is this being posted now? by hey! · · Score: 1

      Well, are you talking about acute radiation sickness or cancer?

      Some workers at Fukushima were exposed to over 200 mSv of ionizing radiation, which is well below the level where you'd expect to see acute symptoms but well above the proverbial cross country flight. There is significant scientific uncertainty as to whether the so-called "LNT" (linear-no-threshold) model of radiation exposure risk has any validity for dosages under 100 mSv.

      In a nutshell, a cumulative 200 mSv exposures from a 100 cross country flights probably won't have the same effect on your cancer risk as a single 200 mSv exposure.

      At present 1 worker has suffered a cancer which the Japanese government has ruled as Fukushima-linked. This is not something of course any can truly know with total certainty; it's a preponderance of evidence situation.

      Of course you have to put this in context. Workers routinely die on major civil engineering projects; this is something you have to factor into your cost-benefit calculations. Statistically if there are a handful of deaths or health problems linked to Fukushima radiation, it's not outside the level of harm you'd accept for building, operating, and eventually decommissioning such a facility. However it overstates the case to say nobody has been harmed. Even having to subject yourself to more frequent cancer screening is a form of harm, so long as the screening is reasonably warranted.

      --
      Post may contain irony: discontinue use if experiencing mood swings, nausea or elevated blood pressure.
    31. Re:Why is this being posted now? by arglebargle_xiv · · Score: 1

      It also depends where you are in the plant. In most places, radiation is at background level. It's only if you're inside the containment, or closer, that you'll get any kind of elevated dose. So it's really just radiation scaremongering.

    32. Re: Why is this being posted now? by ShanghaiBill · · Score: 1

      ... than have died worldwide in nuclear accidents in the past 20 years.

      You are cherry-picking. If you go back further, your claim is no longer true.

      The anti-nukes are saying that nuclear disasters are potentially very bad, not that they are frequent.

    33. Re: Why is this being posted now? by ShanghaiBill · · Score: 1

      coal power ... has released more radioactive radiation as well.

      Bullcrap. Nearly all the radiation in coal is from thorium, which remains in the ash. If you count ash as "released", then you would need to count all spent nuclear fuel as "released" as well. Also, thorium is not biologically active, does not bioaccumulate, and is nearly harmless in normal concentration. It is common not only in coal ash, but in almost any other rock was well. There is about a gram of thorium in every cubic meter of the earth's crust.

      There are plenty of good reasons to oppose burning coal, but "radiation" isn't one of them.

    34. Re:Why is this being posted now? by Anonymous Coward · · Score: 0

      Actually that's not true.

    35. Re:Why is this being posted now? by chmod+a+x+mojo · · Score: 1, Informative

      No.

      It is a level 4 if one person is killed form radiation OR there is a release of radiation that will affect local populations with effects not greater than local food contamination controls OR fuel melt / damage to fuel that has more than 0.1% of the total core weight leak from containment OR release of high amounts of radioactive material in containment that also have a high probability of public exposure.

      As for differentiation - A reactor that produces electricity is run by people and inspected by the international community. A weapons reactor is run by military personnel that let's face it, most of them couldn't get into the same training programs in civilian life if they tried... there is a reason they went into the military, and for most of them it isn't patriotism. Also it's a "government secret" so has no international oversight.

      --
      To err is human; effective mayhem requires the root password!
    36. Re: Why is this being posted now? by chmod+a+x+mojo · · Score: 1

      Bullshit to your bullshit.

      Most coals average between 1-4 ppm Uranium. That's 1-4 grams of Uranium per ton of coal burned. Some coals are as high as 20 ppm leading to 20 grams per ton burned. I don't happen to remember off the top of my head how much Uranium is the relatively inert non-fissile ratios that are very low radiation, but I am sure that there is at least a few mg of the higher radiation U isotopes being released per ton as well.

      Not to mention that studies that have shown that there is an elevated statistically significant increase of risk of harm from living near a coal plant VS. near a Nuclear plant due to the additional radiation exposures from the fly ash. The risk isn't exactly significant in day to day life, but it is there none the less, on the order of those living near the Nuclear plants having a 1:1,000,000,000 ( 1 in a billion ) chance of developing radiation derived health risks in their entire lifetime to coals 1:10,000,000-1:100,000,000 ( 1 in ten to 100 million ).

       

      --
      To err is human; effective mayhem requires the root password!
    37. Re: Why is this being posted now? by Anonymous Coward · · Score: 0

      Front line Chernobyl fire fighters had no statistically significant increase in cancer rates, and no reduction in mortality, compared to other groups of fire fighters arrive the world.

      In 1946 Muller was awarded the Nobel Prize in Physiology or Medicine, "for the discovery that mutations can be induced by x-rays".

    38. Re:Why is this being posted now? by Anonymous Coward · · Score: 0

      Even failed plants, aside from Chernobyl, have not harmed anyone from radiation. Everyone should know that as well, but they don't.

      As always, the real killer is autism?

    39. Re: Why is this being posted now? by Anonymous Coward · · Score: 0

      Reasonable point, except for your implication that military folks are stupid. Don't be an asshole.

    40. Re:Why is this being posted now? by MrKaos · · Score: 0

      They are different. They do not use the same radioactive materials. Uranium for nuclear energy is only enriched to approximately ~1%-4%. Weapon materials needs to be enriched to ~80%+. So they are different. They also function differently. The mechanics and physics are different.

      Which is completely irrelevant. The nuclear industry was built on the back of the Nuclear Weapons industry which is the reason why we use Uranium instead of thorium to power reactors.

      Nuclear energy is also the safest form of power including solar and wind. That is a statistical fact that the IAEA acknowledges. What a laughable claim. The IAEA was formed to promote Nuclear power, it's like saying the Tobacco industry acknowledges that cigarettes have vitamin C in them which is good for you.

      4th generation reactors are even better.

      Yes, they have provided quite innovative tax relief for the oil and coal industry. Quick pull out the NIMBY/greenie argument and ignore the oil and coal lobbying to change the energy laws to prevent a competitor getting a foothold in the energy market. The US had a working prototype and the program was funded for destruction.

      We are not moving the goal posts. You anti-nuclear people are moving the goal posts. 5 of those example occurred before I was even born and the last two occurred with technology older then I am.

      So what? The radioactivity of the radio-isotopes that were release will still be energetic and toxic long after all of us here are dead. If you are not learning about the history of Nuclear power then

      --
      My ism, it's full of beliefs.
    41. Re:Why is this being posted now? by atomicalgebra · · Score: 1

      Aren't you the guy that wants to ban wifi routers because they damage dna? I do not have to take your crazy nonsense seriously. Given the realities of climate change it is immoral to oppose nuclear power.

    42. Re: Why is this being posted now? by arth1 · · Score: 1

      In 1946 Muller was awarded the Nobel Prize in Physiology or Medicine, "for the discovery that mutations can be induced by x-rays".

      And cancers are mutations.

    43. Re:Why is this being posted now? by david_thornley · · Score: 1

      Chernobyl was a case of a bad reactor design that was thoroughly abused by people who didn't know what they were doing. It's not happening again. Nobody's going to do things that stupid at a reactor ever again.

      Fukushima could happen again. We know enough about the technology to make it extremely unlikely, but business considerations come into play.

      --
      "When you have eliminated the unacceptable, whatever is left, however improbable, must be the truthiness" - Holmes
    44. Re:Why is this being posted now? by arth1 · · Score: 1

      Given the realities of climate change it is immoral to oppose nuclear power.

      That does not follow. What's immoral is to continue to increase energy usage. Some energy sources have more negative effects than other, but they all have negative effects. Those that use long-term stored energy instead of fresh energy from the sun increase surface/atmosphere entropy. No matter how much or little, an increase is the net effect. The only moral solution is to reduce humanity's energy consumption.

    45. Re:Why is this being posted now? by stoatwblr · · Score: 1

      "Uranium for nuclear energy is only enriched to approximately ~1%-4%. "

      Conventional light water reactors generally require 3% for sustainable fission reactions.

      That means that just shy of 90% of the raw uranium metal which was mined is thrown out (actually, used for h-bomb casings - it improves the yield. Or used for DU bullets - which result in heavy metal poisoning in the areas they're used)

      "Weapon materials needs to be enriched to ~80%+. So they are different."

      Yes: in that case 99%+ of the mined metal is thrown out.

      In both cases, you have a byproduct which is basically only usable for military applications and just happens to be one of the more nasty toxic heavy metals from a biological point of view. (Yes, I know some 747s used DU weights in their tails, look how well that played out in the Schipol-Bilmer crash and ensuing fire)

      In both cases you need to use obnoxious amounts of energy to enrich the uranium and a shedload of centrifuges - so much energy that the USA regards the information on the energy requirements to produce uranium for the civil nuclear program as a military classified secret, but the forest of power cables feeding into the plants in Tennessee are a good indicator that's it's extremely high.

      Incidentally, it's much easier to kick start a civil reactor with a small core of 50% enriched uranium. Iran has several tens of tons of this, according to a reliable source (Mossad), but that same reliable source goes on to point out that if the Iranians wanted to make a nuclear device they could have done so 20 years ago.

      Uranium is a good material for making bombs (kind of - it's better for breeding the right plutonium isotopes to make bombs)

      Thorium is more readily available, much easier to process (no enrichment needed) and in molten salt systems lends itself well to online reprocessing systems (you don't need to reprocess everything, only enough to stop the reactor choking on its wastes) whilst being incredibly difficult to weaponise (the plutonium produced is a bastard mix of isotopes including several high emission types that would make any bomb fizzle, and interrupting the americium-u233 step will both drastically cut output and affect breeding abilities, resulting in the reactor stopping fairly quickly or output dropping so low that it's blindingly obvious that material is being diverted)

      Alvin Weinberg made the first practical submarine nuclear reactor/steam turbine system using uranium because that was what was available. He would have preferred Thorium, but it wasn't. He looked on the scaled up versions of his design with increasing worry due to the exponentially increasing engineering requirements (pressure vessel stresses go up as a multiplier of size and pressure).

      His answer was the Oak Ridge Molten Salt experiment, which worked successfully during the 1960s and got shitcanned by Nixon for political reasons in favour of a breeder system using molten sodium coolant (which rather predictably kept catching fire). Weinberg's design was intrinsically safe and eliminated the safety problems inherent in using water around reactions which can go up to 1150C (they're self-limiting about this point) and has a nasty habit of flashing to steam if released from pressure or a reactor goes prompt-critical (this is what happened at Snake River and killed 3 people (one skewered by the control rods, the others crushed by flying metal) and at Chernobyl (blew the roof off the building))

      Even if you include everyone killed/injured at Nagasaki/Hiroshima AND everyone killed or injured in civil or military nuclear programs (military tended to play fast and loose with safety) AND everyone killed by nuclear hysteria at Fukushima (about 1500 died), nuclear power still has the best safety record of _ANY_ electrical power generation system when compared to the amount of energy generated.

      Nuclear hysteria is actually far more dangerous than anything else. We need sane statistically-based approaches to radiation.

      Cosmic radiation for

    46. Re:Why is this being posted now? by stoatwblr · · Score: 1

      If you want reactors to be safe, get rid of the water, and don't be stupid enough to use coolants that can catch fire.

      Seriously. Just about every single nuclear accident in the civil arena (and most of the military ones) had water as a substantial causative or contributory factor.

      Apart from the issue of contaminated water getting to the biosphere, there's the high pressure/high temperature "flash to steam if there's a leak" risk. The "flash to steam if the reactor goes prompt critical" risk, the "corroding pipework from the inside" issue, the "generates hydrogen gas in a meltdown scenario" risk and the fact that due to all these risks, the water temperature is "only" about 450C, which makes for highly (thermally) inefficient thermal turbines which need massive heatsinks (rivers or seas), and in turn means placing the generation plant at risk of tsunami or earthquake (hint: rivers tend to follow faultines)

      Molten sodum catches fire and I'm tired of all the claims that "it won't leak, we're making sure all the engineering is perfect so it can't" - the fact is that EVERY SINGLE molten sodium cooled system has had a fire. The sodium at Monju might not have been radioactive (secondary loop), but sodium fires melt steel and destroy concrete - they're still trying to dig a few hundred tons of the stuff out of the basement more than a decade on from the leak.

      Gases are "almost" tolerable, but they leak too and they have to be pressurised which comes with its own sets of problems.

      The safety issues were mostly solved in 1964 with the Oak Ridge Experiment. It's not a coincidence that the chinese are putting huge amounts of R&D into reviving this technology whilst simultanously building a bunch of new light water plants - by the time those plants reach end of life, MSRs should be mature and they can digest "high level nuclear waste" - which solves the waste problem whilst extracting some energy along the way. (and to counter one dickhead who keeps demanding I produce examples of dedicated designs: They're not intended to be dedicated DU/Pu/HLNU digestors. They can eat _some_ of the waste as a sidestream fuel in the same way a gas-fired power station can burn solid waste as a supplementary fuel and making a dedicated nuclear waste eater would be stupidly complicated)

    47. Re:Why is this being posted now? by stoatwblr · · Score: 1

      "The radioactivity of the radio-isotopes that were release will still be energetic and toxic long after all of us here are dead. "

      You really don't understand how radioactivity works and what a half-life is, do you?

      Radioactivity is fleeting. Chemical toxins are the gift that keeps on giving.

    48. Re: Why is this being posted now? by stoatwblr · · Score: 1

      Muller's prize was for showing the link between _high levels_ of radiation exposure and cancers.

      That was in an era where Xrays were being used willy-nilly for shoe fittings, but those same Xray machines (and many other items) were riddled with stuff like Beryllium and other carcinogenic nasties.

      There is no doubt that excessive and prolonged exposure to ionising radiation can cause cancers, but bear in mind that by the 1970s, the cancer rates at Nagasaki and Hiroshima were only 0.25% above "background" levels when compared to any other city around the world.(*)

      On the other hand there's plenty of evidence that low level exposure causes no issues at all (unsurprising, as life evolved in a much higher radiation environment than we currently live in) and slightly higher levels seemed to cause a _reduction_ in cancers by stimulating the immune system (possibly in the same way that added dither noise to a CD bitstream causes a reduction in output noise at the end of the process)

      (*) one of the byproducts of massive radiation exposure is suppression of the immune system. This made the victims susceptable to dying of the common cold, but also meant that mothers immune systems weren't naturally aborting unviable embryos and immune systems weren't killing off pre-cancerous cells. A decade after Hiroshima and Nagasaki, there was a slight observable blip in the cancer rates of survivors compared to the unexposed, but people who'd moved to the cities in the aftermath of the bombs weren't getting those cancers so it's unlikely to have been in the environment.

      Who remembers the studies that linked Flourescent lights to skin cancers, despite the melanomas being on areas of the body not exposed to the light? (The real cause: Office workers getting out in the sun on vacation and overexposing themselves)

      Or the cancer blip in the old nuclear research labs used by Rutherford at Oxford (Real cause: 19th century mercury spills in the then-chemisty labs oxidising and becoming organic volatiles over the decades)

      Or the cancer risk for makers of RF transmitter valves using thoriated tungsten heaters/cathodes? (Real cause: beryllium particles from the insulation)

      etc etc.

      The real importance of the uncontrolled exposure of aircrew to relatively high levels of radiation over the last 60 years is to quantify that the levels they're exposed to are "safe". Rates of cancers are at most 1-2% higher than non-exposed occupational classes and tend to be things like melanomas which are more likely caused by sunbathing. There are even medical claims going through for medical cases related to oil fumes from the engines (pressurisation systems) producing toxic fumes - which are regarded as more likely a cancer cause than the radiation exposure.

      Disclosure: My employer was involved in quantifying air crew exposure in the 2000s. We put a bunch of loggers on a lot of aircraft and let them collect for several years. The results were significantly higher than expected - and yet, as I point out, aircrew seem to show few to no ill-effects.

    49. Re: Why is this being posted now? by stoatwblr · · Score: 1

      Those studies showed increase in cancer rates in populations downwind (prevailing winds) of coal plants.

      Other studies showed detectably increased levels of radioactivity downwind of coal plants.

      Fly ash filters and electrostatic filters have reduced the levels but not eliminated them, and you might want to factor in the point that the _2_ largest environmental disasters in the USA so far this century were coal ash pond dam breaks, plus there are around 5000 abandoned coal ash slurry ponds the EPA is trying to deal with and more being discovered every year (they weren't notifiable until the 2000s and many were abandoned decades ago)

    50. Re:Why is this being posted now? by atomicalgebra · · Score: 1

      Nice post. You taught me a couple of new facts which I appreciate.

    51. Re:Why is this being posted now? by atomicalgebra · · Score: 1

      That does not follow.

      It does follow. You are just so cognitive dissonance on this issue that you are incapable of thinking about nuclear power rationally.

      The only moral solution is to reduce humanity's energy consumption.

      Well maybe you should start by giving up your internet, electricity, transportation, sewage, hospitals, etc before you ask poor 3rd world people to not use it. I hate hypocrisy. This anti-nuclear argument goes back to the 1960's. It turns out to be false. When people have more electricity societies problems decrease. Population growth slows. Education increases. Given the realities of climate change it is immoral to oppose nuclear power.

    52. Re:Why is this being posted now? by MrKaos · · Score: 1

      Aren't you the guy that wants to ban wifi routers because they damage dna? I do not have to take your crazy nonsense seriously.

      No need to. Here is an IAEA report supporting my position. What's this? Hey it looks like the Russian Federation has also produced a report , with the effects on males. One moment, looks like the American Association of Physicists in Medicine has also produced a report, I must have forgot to mention that in my original post.

      As opposed to nonsense there seems to be growing consensus on this matter. You should educate yourself instead of relying on ideological rhetoric because it shows how little you know about nuclear power if you don't know about wifi.

      Given the realities of climate change it is immoral to oppose nuclear power.

      To demonstrate how desperately wrong you are, see if you can answer this question:

      What is the safe level of microwave irradiation for the ovarian follicles during the first 100 days development of the embryo?

      Since you can't answer any of the points I've raised, lets agree that you are wrong and you don't know what you are talking about so that you don't humiliate yourself any further.

      Your Nuclear Ideology is immoral.

      --
      My ism, it's full of beliefs.
    53. Re:Why is this being posted now? by MrKaos · · Score: 1

      As if you even know what the anti-nuclear argument is. All you have is your own falsified set of assumptions based on your ignorance.

      Your Nuclear ideology is immoral.

      --
      My ism, it's full of beliefs.
    54. Re:Why is this being posted now? by MrKaos · · Score: 1

      "The radioactivity of the radio-isotopes that were release will still be energetic and toxic long after all of us here are dead. "

      You really don't understand how radioactivity works and what a half-life is, do you?

      IIRC a half life is the decay cycle of a radionuclide as it decays through a cycle of daughter products and how many electron volts in the alpha, beta and gamma spectrum the transmuting element emits during each cycle. So it would depend on how many daughter products are produced to figure out how long a particular radioisotope remains radioactively energetic enough to cause damage. The more radioactive, the shorter the sum total of all the half life cycles will be.

      I'm uncertain if you are talking about internal or external radiation exposure or if you talking about radio-isotopes that are organically bound via the process of bio-accumulation inside the body or the food chain. Distance and if there is a moderator, like water, present are also factors.

      Radioactivity is fleeting. Chemical toxins are the gift that keeps on giving.

      I don't disagree, Plutonium is chemically toxic however I'm fairly certain it isn't readily absorbed until it is a chloride, for example with the salt water used on the Fukushima reactor would have produced a lot of plutonium chloride. Once inside the body it may not be in a concentration high enough to be chemically toxic (it's an iron analogue) however it's an energetic alpha emitter and IIRC Oppenheimer's work suggests that it is fatal in the 1-10 microgram range.

      I've got a reasonably imperfect understanding.

      --
      My ism, it's full of beliefs.
    55. Re: Why is this being posted now? by Anonymous Coward · · Score: 0

      Mutations are quite normal, x-rays are just yet another source. Metabolic stress causes nearly every brain cell to have ~1500 mutations. Typical mutation rates are 0.003 per cell generation, meaning 1 mutation every ~333 generations. Either brain cells have had on the order of 500k generations or they have magnitudes higher mutation rates.

      Red blood stem cells will have about 300 generations in 100 years, and they multiply quickly. It's like our brain cells are 56 million years old.

    56. Re:Why is this being posted now? by atomicalgebra · · Score: 1

      No it is not.

    57. Re:Why is this being posted now? by atomicalgebra · · Score: 1

      You are nuts and a hypocrite. And after showing me pictures of dead babies, which have nothing to do with nuclear energy, I know better then to ever click one of your links again. It is immoral to oppose nuclear power.

  3. Do the Science by AlanObject · · Score: 5, Informative

    For something like this you would be better off reading the peer reviewed papers

    on the subject rather than rhetoric on an Internet forum.

    Then again, it might be more important to some people to scare the public with scary factoids than to provide education. That's my observation at least.

    TL;DR: Airline pilots have some higher risk of skin cancer but not other cancers. Also additional lifestyle factors are difficult to filter out from sample set.

    1. Re:Do the Science by Aighearach · · Score: 0

      Yes, but reading papers is not "doing science."

    2. Re:Do the Science by gordguide · · Score: 2

      The more serious danger of aircraft passenger travel is the nuclear medicine routinely transported in the cargo hold, a few feet through a thin aluminum floor from male testicles, which are more susceptible to radiation damage than the body as a whole (put your nuke badge on your pant zipper instead of your chest, and you will get fired from your Nuclear-related job, as the workplace exposure limit is significantly lower in the gonads, making the badge non-compliant as it is designed to react to a specific amount of cumulative radiation). Pilots are generally not exposed, as the cargo hold rarely extends to under the captain's seat.

    3. Re:Do the Science by NoNonAlphaCharsHere · · Score: 1

      True. Citing papers is "doing science".

    4. Re:Do the Science by TechyImmigrant · · Score: 1

      Yes, but reading papers is not "doing science."

      If you're not reading papers, you are severely limiting your ability to do science.

      --
      I should use this sig to advertise my book ISBN-13 : 978-1501515132.
    5. Re:Do the Science by Anonymous Coward · · Score: 0

      The most serious danger of aircraft passenger travel is impacting the ground at a significant fraction of the speed of sound, surrounded by thousands of gallons of highly explosive jet fuel. Being involved in the resulting release of kinetic and chemical energy means many people simply will cease to exist in any meaningful sense of the word, almost as if they never were alive at all.

    6. Re:Do the Science by Anonymous Coward · · Score: 1

      I've known two airline pilots...both have died of melanoma. Both were under the age of 60. Neither was that healthy, but neither one smoked or were alcoholics or spent more time in the sun than I did living in Oregon...

      In my small subset, 100% of airline pilots are at risk of getting melanoma. I'm sure expanded out, it is less than 100%.

      But at #2's funeral, many of his pilot friends took it as fact they were going to die of skin cancer.

      Apparently those in the business know its part of the job. It was a shock to me that it was such common knowledge and no protective gear or equipment is provided.

    7. Re:Do the Science by Anonymous Coward · · Score: 0

      This is great. My Page My page

    8. Re:Do the Science by Anonymous Coward · · Score: 0

      I made a giant text file that cites every known paper ever published. Science!

    9. Re:Do the Science by Anonymous Coward · · Score: 1

      The more serious danger of aircraft passenger travel is the nuclear medicine routinely transported in the cargo hold, a few feet through a thin aluminum floor from male testicles, which are more susceptible to radiation damage than the body as a whole.....

      This is a statement of utter ignorance. Absolutely untrue. There is no significant exposure to radioactive medical or any other radioactive substance in plane travel or any other public transportation. Very sad to see people just believe stuff like this, and repeat it without even bothering to check.

    10. Re:Do the Science by Anonymous Coward · · Score: 0

      From your first article:

      "CONCLUSIONS:This large study, based on reliable cancer incidence data, showed an increased incidence of skin cancer. It did not indicate a marked increase in cancer risk attributable to cosmic radiation although some influence of cosmic radiation on skin cancer cannot be entirely excluded."

      So... pilots do get more cancer.

    11. Re: Do the Science by Anonymous Coward · · Score: 0

      Well, other than the rape scanners at the TSA checkpoints.

    12. Re:Do the Science by Anonymous Coward · · Score: 0

      But you would certainly increase the ECC scrubbing rate of your memory in your laptop, right? We must set our priorities right!

    13. Re:Do the Science by Ol+Olsoc · · Score: 2

      Then again, it might be more important to some people to scare the public with scary factoids than to provide education. That's my observation at least.

      TL;DR: Airline pilots have some higher risk of skin cancer but not other cancers. Also additional lifestyle factors are difficult to filter out from sample set.

      This can be read two ways. Are they trying to scare people away from planes, or impress people so they stand in front of reactors?

      "What do we want to do for vacation this year honey? I was thinking we could either fly to Cancun or go stand in front of the Wolf Creek reactor."

      --
      The shepherds did so well protecting the flock that the sheep no longer believed that wolves existed.
    14. Re:Do the Science by Anonymous Coward · · Score: 1

      That and medical isotopes are almost never on public transport planes (mostly FedEx and commercial carriers). That and they are in LEAD LINED CONTAINERS for safe transport. And yes, I work in the medical isotope industry.

    15. Re:Do the Science by jabuzz · · Score: 1

      Exactly how do you propose to provide protective gear to cosmic rays? The higher you are from the earth's mean sea level the greater your exposure to cosmic rays. Clearly being in a plane for a significant period of time which is much higher than normal will result in a higher exposure to radiation than being somewhere on the surface, and consequently a higher dose. This is not rocket science and has been known for decades.

    16. Re: Do the Science by Anonymous Coward · · Score: 0

      I'd rather roll my papers. ZigZag

    17. Re:Do the Science by Anonymous Coward · · Score: 0

      That's interesting because the cumulative risk model may or may not be correct based on the original research. The data was extrapolated to very low doses, but wasn't actually verified. That doesn't mean the model isn't correct and increased cancer rates among pilots and flight attendants provides some evidence that it may be correct. I don't know if an increase in skin cancer, but not other types of cancer, is what you would expect to see. I'm guess that it isn't because you are exposed to radiation that can travel through your entire body, not just the outer layers of your skin. One thing I did notice that might skew the data is that the airlines they tested were all Nordic countries and maybe pilots and flight attendants

    18. Re:Do the Science by Anne+Thwacks · · Score: 1
      Exactly how do you propose to provide protective gear to cosmic rays?

      Wear a lead bucket over my head and a lead apron while in flight. (Guaranteed 100 times more effective than tin-foil).

      --
      Sent from my ASR33 using ASCII
    19. Re: Do the Science by Anonymous Coward · · Score: 0

      that's how all the old scared people got trump and brexit

      good job doobie

    20. Re:Do the Science by ls671 · · Score: 1

      Exactly how do you propose to provide protective gear to cosmic rays?

      That's easy! I am an air force pilot and I always wear my full body tinfoil suit when working.

      Here is a picture of another pilot and myself getting in a convoy to the airport in Iraq:

      http://www.absolutely-unbeliev...

      --
      Everything I write is lies, read between the lines.
    21. Re:Do the Science by Aighearach · · Score: 1

      Science is not a prayer wheel with science-y words attached.

    22. Re:Do the Science by Aighearach · · Score: 1

      As many have pointed out, if you repeat assumptions instead of retesting them, because you found a citation in a paper and don't need to test it, then you have a house of cards where each layer of the stack is guaranteed not to have more than a 5% chance of being structurally deficient.

      Though in the end if you get it peer reviewed it will still count as "science."

    23. Re:Do the Science by AmiMoJo · · Score: 1

      The latter. It's nuke industry shilling to try to stop its inevitable decline as the market turns to cheaper and cleaner renewables.

      It's not the safety of a week maintained, normally operating reactor that is the problem. They just fixate on that because they have no answers to the real issues.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
    24. Re:Do the Science by Mashiki · · Score: 0

      Science is not a prayer wheel with science-y words attached.

      The Church of Global Warming would disagree with you on that one. Now it's 4 hail Al Gore's and 3 self-flagellations for first world problems.

      --
      Om, nomnomnom...
    25. Re:Do the Science by Anonymous Coward · · Score: 0

      You're a dumb faggot okie eating your own emotional bullshit. It's PER SECOND, you dumb country git.

    26. Re:Do the Science by Ol+Olsoc · · Score: 1

      The latter. It's nuke industry shilling to try to stop its inevitable decline as the market turns to cheaper and cleaner renewables.

      It's not the safety of a week maintained, normally operating reactor that is the problem. They just fixate on that because they have no answers to the real issues.

      The joke was that no one is likely to spend their vacation staring at a nuclear reactor. I'd enjoy a tour, but not more than an hour. Boredom not radiation.

      You are correct that renewables are making a mess of the Nucfan's dreams. Even a few years ago, I believed that more nuc powerplants were inevitable, while at the same time cautioning the zealots to not be so condescending and cocksure.

      I was wrong. I missed the other half of the equation, the consumption end. Having bought CFL, then LED lights, and energy saving electrical appliances as needed and when we needed to replace our outdoor spa, we went for a very energy efficient well insulated model, we now use a fair amount less than our neighbors, who are only home a few weekends a month. And a lot less than we did 15 years ago. Energy efficient devices are making a dent in the supply needed, and the Local Wind Turbines are serving as total peaking +, now to the point of being able to rest some of them because they can make surplus.

      I also learned that the "payback period" numbers quoted by those who don't like alternative is a scam perpetrated by people who want us to spend our money on inefficient wasteful devices - and of course, their useful drones. Our quality of home life and comfort has increased by going energy efficient.

      --
      The shepherds did so well protecting the flock that the sheep no longer believed that wolves existed.
    27. Re:Do the Science by djinn6 · · Score: 1

      The joke was that no one is likely to spend their vacation staring at a nuclear reactor. I'd enjoy a tour, but not more than an hour. Boredom not radiation.

      Just start pulling out the control rods manually. It'll become quite exciting in short order.

    28. Re:Do the Science by Anonymous Coward · · Score: 0

      The problem with technofetishists is that they don't know when to stop. Technology ought to increase the standard of living, drive exploration, cure diseas, increase productivity and quality of leisure etc.

      It should not be a badge you get to wear when you want to fedoratip all the "luddites" who don't want to live next to a reactor. You can spout all the bullshit about radiation in coal power plants or eating bananas you want but I don't live next to a coal powerplant either and it turns out the river I used to swim in as a kid is now polluted by the goddamn reactor I live next to due to improper storage of the waste.

      You people always fail to factor in human error, nepotism, bad or inconsistent regulation and so on. It's like a fucking religion to you nutbags.

    29. Re:Do the Science by tinkerton · · Score: 1

      I doubt it's shilling for the nuclear industry, but I fully agree the idea of standing next to a reactor is completely irrelevant to the dangers of nuclear energy.

    30. Re:Do the Science by thegarbz · · Score: 1

      An imaginary number divided by a real number doesn't make it any less imaginary. "Tens of thousands" is a literary concept booty a scientific explanation.

    31. Re:Do the Science by Anonymous Coward · · Score: 0

      It's just stupid title to begin with. You might as well write: Eating a banana exposes you to more radiation than standing next to a nuclear reactor.
      Both are true, and both are equally pointless.

    32. Re:Do the Science by Anonymous Coward · · Score: 0

      Ah yes. Wind turbines that make zilch or the Dams that environmentalists love so much. Or is it the solar that won't pay for itself in 50 years of use?

      Even the term "renewables" relies on unproven assumptions as to how fuels are created. Coal and oil, for example were called fossil fuels because it was once believed that they were formed from the remains of dinosaurs.

      Nor do they have "real issues" to worry about, as nuclear waste is safely stored in dry casks, that you can also walk up and stand beside without fear of any exposure to nuclear radiation.

      Power has many options, some work well, some don't. Basic math shows that Wind and Solar are still all but useless on a cost vs value measurement.

    33. Re:Do the Science by Anonymous Coward · · Score: 0

      I expose myself to Cosmic Rays every time I visit Disney World. It's good food!

    34. Re:Do the Science by Green+Mountain+Bot · · Score: 1

      There are scientists whose entire role in the process is to do everything possible to break the work in these papers. And if they can disprove something that got through the process before, it can make a huge difference in their careers. When they succeed in doing so, the results are published. So, if you stay up to date with the literature, you'll read when previous papers are debunked. If you don't, you risk building on bad science, and your science will be found to be bad itself.

    35. Re:Do the Science by Aighearach · · Score: 1

      I see you found the prayer wheel, too bad you didn't understand a fucking word I said.

    36. Re:Do the Science by Aighearach · · Score: 1

      Sure, but you're only talking cases where people are already doing science, and then also reading papers. If you're actually doing science, you need to read a lot of papers. No question.

      But that does not make the reading of papers into science. People doing science also have to poop with some frequency. It doesn't making pooping into science.

      On slashdot we have a very small number of "scientists," a slightly larger number of engineers, and a large number of morons who read media stories that purport to paraphrase the abstract of a study. And then they make bold statements in the comments attempting to signal how virtuous and sciencey they are.

    37. Re:Do the Science by david_thornley · · Score: 1

      The scientists I knew seemed to spend a lot of time doing it.

      --
      "When you have eliminated the unacceptable, whatever is left, however improbable, must be the truthiness" - Holmes
    38. Re:Do the Science by david_thornley · · Score: 1

      Scientists spend a lot of time reading scientific papers. Most people don't. Scientists poop frequently. So does everybody else. Bad comparison.

      --
      "When you have eliminated the unacceptable, whatever is left, however improbable, must be the truthiness" - Holmes
    39. Re:Do the Science by RockDoctor · · Score: 1

      a few feet through a thin aluminum floor from male testicles

      I wasn't aware that Saudi Arabia and it's US minions had banned women from flying.

      --
      Birds are not dinosaur descendants;birds are dinosaurs, for all useful meanings of "birds", "are" and "dinosaurs"
    40. Re:Do the Science by RockDoctor · · Score: 1

      Exactly how do you propose to provide protective gear to cosmic rays? The higher you are from the earth's mean sea level the greater your exposure to cosmic rays.

      PPE isn't the only way of managing exposure.

      TFS (I didn't RTFA, because I'm already reading up on related matters, to a far higher level than businessinsider's target audience would pay) talks about the altitude effect - which is real enough. But pretty much as important is the latitude effect : the closer you are to the magnetic poles, the higher your radiation dose.

      One way of managing exposure, if PPE is not a feasible option, is by rostering. If you roster pilot X to spend one week of each month on high-altitude flights over the poles (London - Tokyo, for example) and the other three weeks of the month on low altitude (short-haul) flights (e.g. London - Schipol), then you can reduce the average dose that X receives to around 1/3 of what she would receive working the polar route all the time.

      Of course pilots hate it. They mostly get higher pay scales for long haul flights. And they're also used to having their flying hours dictated by regulation, so this is well within what they have to put up with. The opinions of the management don't matter.

      --
      Birds are not dinosaur descendants;birds are dinosaurs, for all useful meanings of "birds", "are" and "dinosaurs"
    41. Re:Do the Science by stoatwblr · · Score: 1

      "Airline pilots have some higher risk of skin cancer but not other cancers."

      Pilots, but not crew. Which points to the factor of being in the pointy end exposed to largely unfiltered sunlight.

      Except that the locations of the cancers on those pilots tends to be inconsistent with wearing clothing and more consistent with sunbathing.

    42. Re:Do the Science by stoatwblr · · Score: 1

      Look at the history of those pilots.

      Ex-military boys tended to have more sunlight exposure due to spending much more time on the flight line than any civil pilot would, and it isn't manly to cover up.

      my father isn't a pilot, but so far he's had 4 melanomas cut out of his face - a product of spending far too much time climbing mountains with inadequate sunscreen and thinking sunburn is manly.

    43. Re:Do the Science by stoatwblr · · Score: 1

      The renewables industry is almost entirely about farming _subsidies_(*). When push comes to shove and the pressure to reduce carbon emissions really comes on strong(**) you'll find that they aren't up to the task.

      (*) In europe, the costs of operating windpower systems are high enough when all factors are considered, that the only way to make money is not to have them running. The bigger turbines have a nasty habit of eating expensive gearboxes and sometimes those gearboxes catch fire in the process, throwing blades a mile downwind. If you stop your turbine, you don't have any wear and you aren't getting any electricity money but the subsidies come in regardless - and to underscore the problematic nature of intermittent sources, you can get paid even more by the grid operators to NOT connect your wind farm to the grids, than the combined subsidies and power income, so many landowners do just that (IMO a strong argument for mandatory battery farms on every windfarm)

      (**) Electricity only accounts for about 30% of carbon emissions. Renewables can sometimes generate more power than demand (on a quiet day, usually a sunday) but only for brief periods and not for consistent 24*7*365 use. Factor in a probable increase in electrical demand of 6-8 times currrent levels along with grid transport limitations and renewables simply can't step up to the task (and that's not even taking developing countries into account. Their carbon emissions could more than make up for the developing world if we all stopped tomorrow, just whilst playing catchup - so whatever _we_ come up with needs to be deployed to these countries too, to avert the oncoming ecological bomb (global warming is only the opening short film, anoxic oceanic events are the main feature if oceans get warm enough to trigger methane clathrate eruptions - and that might have already started in shallow waters off the north coast of Siberia (Leptav sea methane emissions)

    44. Re:Do the Science by stoatwblr · · Score: 1

      "I missed the other half of the equation, the consumption end."

      No you didn't.

      Despite the use of more energy efficient devices in domestic environments, domestic power demands are increasing. Industrial power demands are also increasing.

      If electric cars become the norm, then the electrical generation capacity of a country like the UK will need to _at least_ double to keep up. Factor in elimination of gas/oil heating systems and you add more demand for heat pumps, etc. Now start moving to electrical heating in steel foundries, cement making and other high-temperature requirements for industrial use.

      You get the idea.

    45. Re:Do the Science by Ol+Olsoc · · Score: 1

      "I missed the other half of the equation, the consumption end."

      No you didn't.

      Golly gosh, but I did.

      Despite the use of more energy efficient devices in domestic environments, domestic power demands are increasing. Industrial power demands are also increasing.

      And yet, here we are, just about 2018, and the brownouts and blackouts promised years back if we don't build more nuc plants haven't materialized. No new nucs, no new coal. In my area we do have a lot of new wind turbines. Right now they have more than taken up the demand. There is a gas turbine generator peaker not too far from here, but half of it's purpose to to use waste steam for heat.

      --
      The shepherds did so well protecting the flock that the sheep no longer believed that wolves existed.
    46. Re:Do the Science by Mashiki · · Score: 0

      I see you found the prayer wheel, too bad you didn't understand a fucking word I said.

      Too bad that you missed the joke. Right around righteous outrage and implied moral superiority.

      --
      Om, nomnomnom...
    47. Re:Do the Science by Anonymous Coward · · Score: 0

      Even the term "renewables" relies on unproven assumptions as to how fuels are created. Coal and oil, for example were called fossil fuels because it was once believed that they were formed from the remains of dinosaurs.

      Wow. No-one who knows anything has ever thought that fossil fuels were made from dinosaurs. I mean, there's probably a tiny amount of dinosaur in there, but anyone with half a brain can reason that animal sources aren't going to be the primary ingredient. You sound like one of those people who believe that Columbus proved the world is a sphere.

    48. Re:Do the Science by Anonymous Coward · · Score: 0

      While I am sure there are areas where incentives are so great, that they cause the situations you mention, but there are areas where there are zero incentives other than as a form of investment, and renewables are turning profits just fine on their own. Typically with battery banks to make them work like a normal power source.

    49. Re:Do the Science by Aighearach · · Score: 1

      Bad comparison.

      Or, alternatively, that was my fucking point. Duh.

    50. Re:Do the Science by stoatwblr · · Score: 1

      "just about 2018, and the brownouts and blackouts promised years back if we don't build more nuc plants haven't materialized."

      So far, renewables have been able to fill small amounts of the demand increase. There's a lot more grid trading going on, but more worryingly there's also a lot less spare capacity in the systems than there used to be and it's decreasing year on year.

      Additionally, "increased industrial demand" is on average, not in any given area - most of the increases are happening in China, whilst manufacturing is declining across the USA and Europe. While that's happening the existing western distribution systems are relatively stable and it pushes off the inevitable a few years but the hard uncomfortable fact is that despite better control systems and processes, the overall resiliance of US and european power grids is slowly decreasing.

      On top of this, once intermittent uncontrollable sources reach a threshold they further destabilise the grid. South Australia's recent statewide power outages are the canary in the coal mine in this respect.

      Elon's battery farms help a lot by stabilising the sources and allowing riding out failures until backup systems can fire up but they're not a universal panacea - and it's worth noting that the first major power outage wasn't due to equipment failure, but because the drop in wind energy was predicted to be so shortlived that the costs associated with firing up a peaker plant wouldn't be covered before the wind energy component was restored (ie, it became uneconomic to cover the gap, thanks to "Must take, must pay premium rate" voodoo economics associated with wind power.)

      Without nuclear energy filling the gaps, you can expect your electricity to start getting a lot more expensive at a rate far outstripping normal inflation indexes. When you're paying 50-60c/kWh you're going to be a lot more frugal about using it, but at the same time carbon-intensive alternatives such as gas heating are also going to get expensive (or, worse, stay cheap and then snap to an expensive or shortage pricing structure when everyone is locked in on dependency to them)

  4. This has been known for a long time. by Edward+Nardella · · Score: 3, Informative

    This isn't news. Flight attendants suffer increased risk of cancer. Probably because of this radiation. Astronauts have restrictions on total flight hours because of cosmic radiation.

    --
    My sig doesn't address Anons, sigs aren't visible to them.
    1. Re:This has been known for a long time. by Mr+D+from+63 · · Score: 4, Insightful

      Yes, a very slight increase in cancer risk but not necessarily attributable to radiation. Prostate cancer is a risk, evidently is from prolonged sitting (truck drivers see similar risk). The problem with tying cancers to occupational or medial radiation is that the risk factors are so small to begin with, potential correlation is often overcome by uncertainty. What we do know is the risks of these types of exposures are very very low.

      For example, you could put your bed 2 meters from a loaded spent fuel dry storage cask, and sleep there every night for 8 hours, your exposure in a year would be less that the annual exposure to where there is any observed health effect.

    2. Re:This has been known for a long time. by Anonymous Coward · · Score: 0

      The news appears to be that someone in business doesn't realize that shielding on nuclear reactors is very good.

      Next up, stepping on a banana peel... will it make you fall?

    3. Re:This has been known for a long time. by ShanghaiBill · · Score: 2

      Flight attendants suffer increased risk of cancer.

      Only for skin and breast cancer.

      Skin cancer is correlated with exposure to sunlight, but not so much with radiation that can reach deep tissue.

      Breast cancer is correlated with NOT HAVING CHILDREN, something many career women do. It is also correlated with not breastfeeding, another thing that many career women do.

    4. Re:This has been known for a long time. by Anonymous Coward · · Score: 0

      How about the ones who spent a year or more in the ISS?

    5. Re:This has been known for a long time. by Anonymous Coward · · Score: 0

      We have to re-test silicon wafers that are sent overseas for packaging because they sometimes get hit by a stray cosmic ray, which screws up any stored programming. Since we usually send several thousand at once, odds go up that we lose a few die on the shipment.

      So yea, this is not an unknown phenomenon.

    6. Re:This has been known for a long time. by Registered+Coward+v2 · · Score: 1

      This isn't news. Flight attendants suffer increased risk of cancer. Probably because of this radiation. Astronauts have restrictions on total flight hours because of cosmic radiation.

      I always found it humorous that nuclear submariners had to wear dosimeters even though our doses were less than flight crews.

      --
      I'm a consultant - I convert gibberish into cash-flow.
    7. Re:This has been known for a long time. by albeit+unknown · · Score: 2

      I can think of a number of things to put forward as a potential contributor to increased cancer risk in flight attendants.

      Kerosene fumes
      Frequent pressure changes and the effect on various vesicles and membranes
      Constant disruptions of circadian rhythms

    8. Re:This has been known for a long time. by Anonymous Coward · · Score: 0

      That is probably just "in case shit" happens.
      As in, if the reactor blows a gasket or something, they will know how much of the good stuff you have been exposed to.

      Incidentally, is it true that they give you red wine on the submarine to soak up some of the radiation?

    9. Re:This has been known for a long time. by Anonymous Coward · · Score: 0

      There is not the chance of a reactor leak on flight...

      Good Lord we are doomed.

  5. And? by RightwingNutjob · · Score: 1

    How is this news? It's been known for decades. Or is the news supposed to be that nuclear reactors are generally well-designed pieces of equipment and not the Simpsons-style deathtraps the tree-huggers want us to believe they are?

    1. Re:And? by Aighearach · · Score: 1

      Hey, Dingleberry, the one from the Simpsons was this one: https://en.wikipedia.org/wiki/...

      Such a Simpson's-style deathtrap that the company operating it shut it down because they didn't want to try to fix it. It was still basically new at that point, too.

      Which idiot is stupider, the one is afraid of things that aren't very dangerous, or the one who isn't afraid of things that are?

      Simpson's-style death traps are a real problem in the world. Luckily, smarter people than you often get them shut down before there is a disaster, but there lots of known-very-dangerous plants still in operation.

    2. Re:And? by RightwingNutjob · · Score: 1

      And yet hundreds of nuclear power stations operate without incident and have been for many decades. But no. There's always something to be paralyzed in fear over. Nuclear power? bad. Natural gas? bad. Highways? bad. Railroads? bad. Airports? bad. People like you would have us revert to the stone age if given the chance.

    3. Re:And? by rogoshen1 · · Score: 1

      'Trojan'..

      What an absolutely unfortunate name for a nuclear power plant... Why not just name it 'Titanic' or 'Hindenburg' ?

    4. Re:And? by Anonymous Coward · · Score: 0

      .....but there lots of known-very-dangerous plants still in operation.

      Care to cite one? You are just spewing hyperbole.

    5. Re: And? by Anonymous Coward · · Score: 0

      The problem is definitely that nuclear power requires the people involved to not be incompetent. Most of the time this holds, but sadly, there is a non-zero number of incompetently built/managed plants. The consequences of incompetence in nuclear power can be VERY long lasting.

    6. Re:And? by Anonymous Coward · · Score: 0

      Nuclear power is safe and it's been around long enough that the risks are known. Unlike when the US tested the first nuclear bomb. The effects of radiation exposure were poorly understood and investigating the dangers of radiation was pushed aside in the rush to make a nuclear weapon. The scientists could not even rule out the possibility of a nuclear explosion creating a chain reaction that would consume the earth's atmosphere. But there was a war on at the time so this particular risk was deemed acceptable and the button was pushed. Today the most dangerous aspect of nuclear energy are the people who use false and misleading evidence to fuel their protests. These folks and their hardy supporters demonstrate just how far humanities intelligence has degraded. And constructing the Information Super Highway has just made it easier to disseminate the stupid virus across the world in real time.

      We can not eliminate risk from life. Everyone dies. Personally I am holding out for dieing during an alien invasion. Compared to strokes, heart attacks, cancer, organ failure, random victim of violence, or just some run of the mill accident getting killed fighting aliens sounds pretty damn good.

    7. Re:And? by Tablizer · · Score: 1

      Or is the news supposed to be that nuclear reactors are generally well-designed pieces of equipment and not the Simpsons-style deathtraps the tree-huggers want us to believe they are?

      They might be well-designed, but they are still run by Homers & PHB's.

      But every known energy source has risks.

    8. Re:And? by Anonymous Coward · · Score: 0

      >> ...but there lots of known-very-dangerous plants still in operation.
      > Care to cite one? You are just spewing hyperbole.

      The kind of reactor that exploded in Chenobyl is still in use near St. Petersburg and two other "military town" locations in Russia. They have very large power output so decomissioning is out of economic question. They have received some modern digital electronic control upgrades with french tech, but the passive safety remains as poor as it used to be during the USSR era, since the reactor hall and related buildings are not possible to modify.

      Some ex-soviet VVER-440 pressurized water nuclear-electric reactors remain in use in central-eastern Europe, e.g. in Hungary. Those have a competent design but lack an armoured containment cupola, being housed in a lower cost semi-light structure instead, which is supposedly airtight only if something bad happens INSIDE, but cannot protect against energetic threats coming from the OUTSIDE (e.g. airplane or asteroid falling on it or a 6x6 coming with an angry towelhead at the wheel).

    9. Re:And? by Aighearach · · Score: 1

      "Your honor, my client is tens of thousands of days old, and I have hundreds of examples of days where I can prove he was a good citizen. Surely that means he never did anything bad."

      You're just blathering stupid nonsense, man. Really stupid nonsense. Are you capable of actual thoughts, or only binary knee-jerk reactions?

      Are you capable of understanding nuclear power as something other than heavenly or devilish? Is it possibly a dangerous tool that is not always managed safely? If so, your binary knee-jerks will be unable to participate in any side of a logical discussion.

    10. Re:And? by stoatwblr · · Score: 1

      The single biggest problem isn't the nuclear part, it's that they're a gigantic steam bomb waiting to go off. The fact that some radioactives might be mixed into that just adds to the excitement.

  6. Yeah, by Anonymous Coward · · Score: 0

    Unless said reactor is badly built, badly run, badly mantained or was built in a country where profits come before safety. Donâ(TM)t try this at home.

    1. Re:Yeah, by Anonymous Coward · · Score: 0

      You can slap that warning sticker on everything.

  7. been covered by xkcd by phantomfive · · Score: 5, Informative
    --
    "First they came for the slanderers and i said nothing."
    1. Re:been covered by xkcd by Anonymous Coward · · Score: 0

      The problem with that is it does not cover the dosage needed to become a superhero of some sort. So not really useful.

    2. Re:been covered by xkcd by Anonymous Coward · · Score: 0

      This XKCD chart is dangerous because it equates different types and modes of exposure of radiation, which radically change risk profiles. Don't use this for any practical measurement.

    3. Re:been covered by xkcd by Anonymous Coward · · Score: 0

      That is extremely fucking fascinating and informative. It really dispels a lot of half-assed "info" and reporting I've read about radiation exposure over the years. Thanks for that. Long story short, virtually no one has anything to worry about in regard to radiation lol.

  8. This is slashdot right? by blahbooboo · · Score: 1

    You think the fact that flying exposes people to more radiation than next to a nuclear reactor (or usually the comparison is chest x-ray) is actually news to nerds who populate this site?

    Phew, talk about slow newsday or bored editors...

  9. Well yeah! by Chas · · Score: 2

    https://tinyurl.com/TF00T-RadP...

    The guy linked above is a bit nose-in-the-air (and sort of an asshole to boot), but the playlist itself pretty much outlines a great deal about radiation, both manmade and naturally occurring.

    He's done quite a bit of work on it, and has actually taken a geiger counter on a plane to measure exposure.

    Hell, I wouldn't be surprised if some of his work was at the foundation of the article itself.

    --


    Chas - The one, the only.
    THANK GOD!!!
    1. Re:Well yeah! by Anonymous Coward · · Score: 0

      The guy linked above is a bit nose-in-the-air (....

      The headline is completely false, and completely ridiculous to anyone with a basic understanding of radioactive health risks. Why would one waste their time?

    2. Re:Well yeah! by Anonymous Coward · · Score: 0

      It maybe smarter to listen to an actual expert in this field of science, rather than a guy with no credible experience who babbles endlessly with unrelated information trying to sound smart;

      If you want to learn from a real expert;

      https://www.youtube.com/watch?v=X7sGESRhpqg

    3. Re:Well yeah! by Chas · · Score: 1

      Maybe because he's not doing it by "Death by Powerpoint" and he DOES have relevant experience.

      --


      Chas - The one, the only.
      THANK GOD!!!
    4. Re:Well yeah! by phantomfive · · Score: 1

      His initial point is either wrong (or to be generous to him, unproven). See for example how low level radiation may even prevent cancer. Our bodies evolved to thrive in th presence of low-level radiation, and if you want to talk about dangerous substances, Oxygen causes a much heavier wear on our bodies than background radiation.

      --
      "First they came for the slanderers and i said nothing."
    5. Re:Well yeah! by Anonymous Coward · · Score: 0

      Maybe because he's not doing it by "Death by Powerpoint" and he DOES have relevant experience

      Please, cite that experience and compare side by side with my source's credentials. Please list them here and try to defend them. You won't even get that far; let me start for you my source;

      QUALIFICATION AND PERSONAL HISTORY

      A senior academic specialising in the molecular pathology of cancer, I am committed to developing infrastructures for molecular pathology research, for use by my own research group and others. I strongly believe that public involvement and information is a key part of academic research, and am actively involved in the public communication of research, particularly with respect to radiation protection and biobanking.

      BSc in Pharmacology, University of Bath 1982

      PhD in Pathology, Welsh National School of Medicine, Cardiff 1988

      Postdoctoral work in Departments of Pathology, Cardiff (until 1992), and Cambridge 1993-2002

      Senior Lecturer in Oncology, Swansea University 2002-2006 promoted to Professor of Molecular Oncology 2006

      Director Scientific Services, Wales Cancer Bank 2007- to date

      Joined Imperial in 2008 as Professor of Molecular Pathology

    6. Re:Well yeah! by Anonymous Coward · · Score: 0

      If only the public realized how much radiation burning coal and the coal ash it emits, they'd be screaming for nuclear reactors to power their cities.

      https://www.scientificamerican.com/article/coal-ash-is-more-radioactive-than-nuclear-waste/

    7. Re:Well yeah! by Chas · · Score: 1

      I'm not trying to compare him to your source. Or to say which is better.

      I simply said he has relevant experience with radiation, having used and worked around reactors in the course of his work in chemistry.

      If you don't like him, don't watch him. No skin off my nose.

      I simply linked to him because he provides a wealth of immediate visual data to viewers.

      --


      Chas - The one, the only.
      THANK GOD!!!
    8. Re:Well yeah! by stoatwblr · · Score: 1
  10. How many bananas? by jellomizer · · Score: 2

    How many Bananas equals one flight?

    --
    If something is so important that you feel the need to post it on the internet... It probably isn't that important.
    1. Re:How many bananas? by DrTJ · · Score: 1

      In the same chart you get the answer:

      Flight form NY to LA: 40 uSv
      1 banana: 0.1 uSv

      So... 400 bananas.

    2. Re:How many bananas? by DrTJ · · Score: 1

      ... and since the distance is just shy of 4000 km, we get the banana-flight-distance-rule-of-thumb: 1 banana 10 flight-km

    3. Re:How many bananas? by DrTJ · · Score: 1

      From the same chart we can also deduce see following:

      Lowest yearly dose clearly linked to increased cancer risk: 100 mSv

      This is equivalent to 2500 NY-LA flights. I think few people can accomplish that in a year.

      It sounds about as plausible as banana-eating your way to that dose; 1 million bananas.

    4. Re:How many bananas? by AmiMoJo · · Score: 1

      They can't be compared. Bananas, when consumed, pass through your body and only as much potassium as required is absorbed. Your body maintains the correct level and keeps it away from areas that it could damage.

      Radiation you get on aircraft is mostly external, hitting your skin. So it's a one-off dose and mostly causes skin cancer.

      The material released from nuclear plants through accidents and bad design is stuff like Cesium. It can get into your body and sit there for decades, irradiating your organs. Unit potassium from bananas, it can get into places where it causes damage, like your thyroid.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
    5. Re:How many bananas? by Anonymous Coward · · Score: 0

      It's nice he added the banana for scale!

    6. Re:How many bananas? by djinn6 · · Score: 1

      Lowest yearly dose clearly linked to increased cancer risk: 100 mSv

      This is equivalent to 2500 NY-LA flights. I think few people can accomplish that in a year.

      I don't think any can, unless someone's got a time machine. A NY-LA flight is 6.5 hours. Even if you flew constantly, you'll only get 1350 flights done in a year.

    7. Re:How many bananas? by Anonymous Coward · · Score: 0

      If it goes through the plane it can go through your skin. Or are you walking around on the wing in flight?

  11. Typical Businessinsider.com Clickbait Bullshit by Shoten · · Score: 4, Interesting

    So, a few things.

    One, when you are standing "next to" a nuclear reactor, you still have all of the shielding between you and the reactor. It's not that much radiation.

    Two, the article points out how NASA monitors radiation exposure of it's astronauts, but airlines don't do any such thing for flight crews. Again, this is a false comparison. Astronauts pass outside of our atmosphere entirely, while airplanes do nothing of the sort. You may as well complain that they don't provide space suits when you fly on Jet Blue.

    Three, they actually do show a little real science...and illustrate that the annual exposure of a full-time flight crew while in the air is about 3 mSv. And they state that 10 days in space gets you 4.3 mSv of exposure. So even by their own numbers, the simple fact is that this isn't a real problem. Effectively, a flight crew gets 4 times the exposure to "cosmic radiation" (as they call it in the article) as a person who is standing on the ground at sea level.

    Next up: Businessinsider.com exposes the "massive" amounts of radiation that high-altitude mountain climbers receive. Not only are they really high up (like real astronauts!), they don't even have a plane around them!

    --

    For your security, this post has been encrypted with ROT-13, twice.
    1. Re:Typical Businessinsider.com Clickbait Bullshit by burtosis · · Score: 1

      Minor correction - the earths atmosphere does far less to protect the inhabitants from radiation than the earths magnetic fields. It is common for flights to be diverted due to communication issues near the poles already. Air crews working polar routes really should have the same radiation exposure protection as any other high risk job. As should any person frequently traveling these routes.

    2. Re:Typical Businessinsider.com Clickbait Bullshit by Holi · · Score: 2

      While stationed on the USS Arkansas (CGN 41) I used to nap directly over the reactor. I would receive less radiation there then anywhere else on the ship, and measurably less then outside in sunlight.

      --
      Sorry, teleporters just kill you and then make a copy. A perfect, soul-less copy.
  12. Cute by pubwvj · · Score: 1

    "cosmic rays or cosmic ionizing radiation, the particles are the cores of atoms, such as iron and nickel, moving at nearly light-speed."

    I especially liked that line... Sounds like something out of a comic book with evil cosmic rays that are out to get you... randomly.

    What is hard to fathom is how 5 miles of tenuous atmosphere can be better than the aluminum or steel shell of aircraft. But lets not be bothered by that.

    1. Re:Cute by iggymanz · · Score: 3, Interesting

      Tenuous? there is 11 psi difference between sea level and 35,000 feet. so a one inch deep by one inch wide column of air from the ground to 35,000 feet weighs 11 pounds. How much does a square inch of aircraft skin weigh?

      dose is about 1 mrem per hour, compared to 1 mrem per day on ground. still, only air crew have slightly higher melanoma rates than people who work on the ground as only proven effect (sunbathers, sun tanners and beach lovers are at much more risk), the danger to passengers is essentially zero.

    2. Re:Cute by z3alot · · Score: 1

      Its the magnetic field, not the atmosphere, which protects people on the ground.

    3. Re:Cute by serviscope_minor · · Score: 1

      it's not hard if you think about it, and lost of people have been bothered by it and putt the answer online so you can search for it. Its only YOU that can't be bothered.

      TL;DR the pressure at the rathe earth's surface is 10 tons per meter squared, so there's 10 tons of air above you, or as much stuff an a meter of steel.

      --
      SJW n. One who posts facts.
  13. insurance companies would know by SethJohnson · · Score: 4, Insightful

    If there were substantial cancer risks due to flying, the data miners at insurance companies would have already correlated their payouts on treatments for high-frequency fliers like pilots and would be raising their premiums. Insurance companies are very much on top of cancer-causing workplaces.

  14. Old news... by Anonymous Coward · · Score: 0

    From 30 years ago.

  15. airline radiation by ohgary · · Score: 1

    I think it would be easier getting next to a nuclear reactor than trying to go through airport security now a days.

  16. Click-bait warning! by MikeTheBike · · Score: 0

    I know it is Christmas but hey, this is something that is:
    a) Not news!
    b) Seriously NOT NEWS!
    c) Yikes, when will you ever learn!

    Selling ads through Click Bait is probably as old as the Internet itself (imagining Vint Cerf standing with a UUCP connection to connect to that document claiming to fix the hosts-file problem) but I thought that Slashdot was above this... apparently not!

    Merry Christmas to you all!

  17. Nuclear Radiation clickbait by Anonymous Coward · · Score: 0

    Nuclear Radiation clickbait. What is that you say? Several feed of concrete and lead will protect you from radiation better than a thin aluminum tube will? No WAY!

  18. Do the Science by Okian+Warrior · · Score: 4, Insightful

    Then again, it might be more important to some people to scare the public with scary factoids than to provide education. That's my observation at least.

    Spot on!

    Reading the line "tens of thousands of them are soaring through space and slamming into Earth's atmosphere from all directions" my first reaction was:

    Divide "tens of thousands" by the surface area of the atmosphere.

    My next thought was to divide my own profile surface area (maybe 1 square meter?) by the surface area of the Earth's atmosphere (500 trillion, or thereabouts) and multiply that by "tens of thousands" to come up with the probability of getting hit by a cosmic ray.

    Then I realized that the OP stated "at any given moment", and realized that you can't multiply by the number of "moments" in a flight.

    The article is complete emotional bullshit.

  19. What about living at high altitudes? by Anonymous Coward · · Score: 0

    What about living at high altitudes?

  20. It's time we wise up by Anonymous Coward · · Score: 1, Funny

    I for one am looking forward to the day when live in organic wooden huts with a windmill to charge the cell phone.

    We won't have to fly airplanes ever again. We will stop eating meat and feast upon acorns and nuts which we gather. On holidays we can celebrate with a feast of tofu burgers.

    No more plastic shopping sacks. No more cars. No more hydro, nuclear, or coal. And there will be no more sexism or racism. The Negroes will cease their criminal activity and join in our tofu lifestyle.

    It can happen. We can do it. Sí, se puede

    1. Re:It's time we wise up by Anonymous Coward · · Score: 0

      I for one am looking forward to the day when live in organic wooden huts with a windmill to charge the cell phone.

      We won't have to fly airplanes ever again. We will stop eating meat and feast upon acorns and nuts which we gather. On holidays we can celebrate with a feast of tofu burgers.

      No more plastic shopping sacks. No more cars. No more hydro, nuclear, or coal. And there will be no more sexism or racism. The Negroes will cease their criminal activity and join in our tofu lifestyle.

      It can happen. We can do it. Sí, se puede

      LOL, racists are funny!

  21. I've stood next to a nuclear reactor. by Revek · · Score: 2

    Actually I've stared in to the 'moon pool' with the the basket exposed prior to a fuel shuffle. I hardly picked up any dose at all. The water was plenty enough shield to you from the radiation of 15 year old fuel rods. The metal skin of an airliner however hardly blocks anything.

    1. Re:I've stood next to a nuclear reactor. by Anonymous Coward · · Score: 0

      Pfff. I swam in a research reactor. It was warm. /lying

    2. Re:I've stood next to a nuclear reactor. by Revek · · Score: 1

      A guy fell in one time and they spent two days looking for a piece of clear plastic that was missing from his clipboard. I never heard what they did to him after costing them a few mil in scheduling problems, I'm sure they kicked him to the curb. My favorite story from then was when a guy got a hot particle on him and they finally had to use duct tape to remove it. It was on his scrotum so you can guess how that felt. After that anytime I went in the reactor building I took great care not to scratch myself even through the Anti-C suit.

    3. Re:I've stood next to a nuclear reactor. by SuiteSisterMary · · Score: 1
      --
      Vintage computer games and RPG books available. Email me if you're interested.
  22. Standing Next to Nuclear Reactor Safer than Flying by MDMurphy · · Score: 1

    Or at least "Standing Next to a Nuclear Reactor Exposes People to Less Radiation than Flying in Airplanes" (I tried to copy the headline, but the subject field wouldn't hold it.)

    When comparing relative risks, couldn't this same study show the safety of an operating power plant? Of course someone will bring up failed nuclear plants without discussing people dying in plane crashes.

  23. ok by bigdavex · · Score: 1

    Expecting super powers shortly.

    --
    -Dave
  24. Lots of everyday things more radioactive by Solandri · · Score: 3, Interesting

    The potassium chloride you find in most supermarkets (in water softener tablets and as salt substitutes) will expose you to about as much radiation as nuclear waste. And heaven forbid you have a granite countertop in your home. The radiation detectors CBP has installed at border checkpoints are regularly triggered by mundane shipments like cat litter, granite, porcelain, bananas, nuts.

    1. Re:Lots of everyday things more radioactive by Anonymous Coward · · Score: 0

      Go ahead Solandri, we know you're just trying to find a way to sell nuclear waste because the storage casks aren't nearly as profitable as making people take it off your hands.

      I'm surprised your greed hasn't lead you to bring back hand-painted radium watches.

    2. Re:Lots of everyday things more radioactive by Anonymous Coward · · Score: 0

      Alpha, Beta, Gamma, what's the difference anyway?

  25. Summary is terrible, risk is real by burtosis · · Score: 1

    The atmosphere dosent protect earth inhabitants like the magnetic fields do. During solar storms, flights are already diverted due to risk of radios not working. A single polar flight has been shown to dose people with 12% of a years safe dose in a single one way trip. There should be monitoring of workers on routes near the magnetic poles, as we should monitor people who frequently (once a week) make these trips.

    1. Re:Summary is terrible, risk is real by PPH · · Score: 1

      What about Santa Claus? Only one polar flight per year. And he spends the rest of his time as a mercenary fighting in Somalia.

      --
      Have gnu, will travel.
    2. Re:Summary is terrible, risk is real by burtosis · · Score: 1

      The earth is shielded by its magnetic field, through a shock wave formed with solar wind, in which many particles that don't bounce off become trapped and bounce/twist toward the poles. So it's a very large funnel, of several earth areas, that dumps into a relatively small area on the earth. During solar flares (SPE) local concentrations of radiation can be quite high and actually be quite dangerous for short times in limited locations. The original NASA link shows research to predict these events, is in fact, warranted.

  26. Maybe. Maybe not. by PopeRatzo · · Score: 1

    It depends on which nuclear reactor you're standing next to.

    https://en.wikipedia.org/wiki/...

    https://en.wikipedia.org/wiki/...

    --
    You are welcome on my lawn.
  27. Re:Miss Mash is a RETARD Club by Z00L00K · · Score: 0, Flamebait

    The problem with radiation is in general not at the reactor but throughout the whole chain and to that the longevity of the radiation of both enrichment byproducts and the waste after the fuel has been used that adds to the problems with nuclear energy.

    Just consider the full life cycle cost, not just the cost today, but also the cost to maintain the waste for the next 10k years.

    --
    If builders built buildings the way programmers wrote programs, then the first woodpecker would destroy civilization.
  28. Get Your Own Radiation Suit... by Anonymous Coward · · Score: 0

    What every family needs is a radation suit for those times when man and/or nature goes terribly wrong.

  29. Re:Miss Mash is a RETARD Club by Anonymous Coward · · Score: 1

    The longer the half-life, the slower it emits radiation. Worry much about bananas or granite countertops, do you?

  30. Average by michaelmalak · · Score: 1

    Did they average in the dose of Chernobyl workers working during its meltdown for four hours -- the typical length of an airplane flight?

  31. Reactor safety by franblets · · Score: 1

    This probably says more about reactor safety than anything else. But the article is probable click bait.

    1. Re:Reactor safety by Anonymous Coward · · Score: 0

      Quick! Grab the torches and pitchforks! We must destroy the planes before they destroy us!

  32. Lies, damn lies, and statistics by Anonymous Coward · · Score: 0

    This fucking story is utterly useless.

    So I'll get a lower does of radiation from standing next to a nuclear reactor than I would flying in a plane?

    Almost all these "less dangerous" statistics are bullshit.

    "You're more likely to be stung to death by bees than you are to be eaten by a shark."

    As if that applies to the entire population. Hint: someone living in mountains isn't going to get eaten by a shark.

    "Standing next to a nuclear reactor" is a meaningless situation in calculating risk - ALMOST NO ONE FUCKING DOES IT.

  33. Geiger data by wb7dpf · · Score: 1

    I've been playing with Geiger counters (and scintillation tubes) for a while. On one trip I took a small basic Geiger tube on an international flight. At cruise altitude the radiation was about 15x the level on the ground and when plotted with the altitude it correlated almost perfectly - down to the small 2000 foot altitude changes. By the way, I haven't measured it, but standing at a store with a bunch of smoke detectors stacked up should provide a significant exposure too.

  34. Re: Miss Mash is a RETARD Club by Anonymous Coward · · Score: 0, Offtopic

    Sadly, he is correct. You guys are nothing more than sheisters trying to milk the last couple dollars out of slashdot.

    You have no plan or vision for the site. You just bought a corpse and hoped for the best. Hoping that slashdot would somehow become popular again. Maybe if the owners trolled the boards? Maybe that'll work.

    I remember when BizX first purchased slashdot. They were all up and down the forums asking for advice and asking users what they want to see done. All that advice was a waste of time. It all fell on deaf ears. You guys don't participate with the community, you just troll post. When Taco ran slashdot at least he participated in the discussion.

    Do you guys know why slashdot keeps getting sold over and over again? Because people like you who think it will just run on autopilot. You wanted a recurring income source without doing any real work. The bare minimum. After a year or two you realize it takes ACTUAL work, and slashdot goes up for sale. Rinse wash repeat.

    Why not fix the bugs? Hire some real moderators or staff for Christ sakes, who actually participate in the threads. Not a bunch of trolls who are so self entitled they have a (1) by their name to make them feel special. I mean seriously. (1)? Come on man.

    But nope, all we will get is the same shit year after year. Thus is slashdot. We are used to the neglect.

    The king is dead.
    Long live the king.
    Long live the king. ***shutters***

  35. Banana Equivalent Dose debunking by Geoffrey.landis · · Score: 5, Informative

    not sure if clickbait or fear-mongering.Go eat a banana then get tested for radiation. Bananas are an excellent natural source for Potassium, which is naturally radioactive. Radiation Dose Chart According to that chart, a banana is about the same dose as living within 50 miles of a normal reactor for a year.

    You are aware that the idea of a "banana equivalent dose" has been thouroughly debunked, right? The net increase of radioactivity exposure from eating a banana is: zero

    "The Potassium-40 in bananas is a particularly poor model isotope to use, Meggitt says, because the potassium content of our bodies seems to be under homeostatic control. When you eat a banana, your body's level of Potassium-40 doesn't increase. You just get rid of some excess Potassium-40. The net dose of a banana is zero."

    (source: https://boingboing.net/2010/08... )

    --
    http://www.geoffreylandis.com
    1. Re:Banana Equivalent Dose debunking by ilguido · · Score: 1

      You are aware that the idea of a "banana equivalent dose" has been thouroughly debunked, right? The net increase of radioactivity exposure from eating a banana is: zero

      "The Potassium-40 in bananas is a particularly poor model isotope to use, Meggitt says, because the potassium content of our bodies seems to be under homeostatic control. When you eat a banana, your body's level of Potassium-40 doesn't increase. You just get rid of some excess Potassium-40. The net dose of a banana is zero."

      (source: https://boingboing.net/2010/08... )

      I don't know if the famous "banana equivalent dose" is correct, however it is obviously not zero. Unless you pee while eating bananas, of course.

    2. Re:Banana Equivalent Dose debunking by Anonymous Coward · · Score: 0

      Take the amount of radiation you would absorb from the banana, subtract the amount of radiation you naturally emit from your own Potassium-40 reserves, and you get zero. The vast majority of the K-40 in our environment was all manufactured from the same supernova and has been decaying at the same rate for the same amount of time. The banana has not been storing "fresh" K-40 radiation waiting for you to unlock it. It is as radioactive as you are and after consumption you reach a homeostatic state that is just as radioactive as you were before you ate it.

      Your concentration of K does not change, and the K you ate is not "more radioactive" than the K that you already possess, so your net increase in Sv is zero.

    3. Re:Banana Equivalent Dose debunking by Joce640k · · Score: 1

      When you eat a banana, your body's level of Potassium-40 doesn't increase. You just get rid of some excess Potassium-40.

      Not true unless you poop out an exact equivalent dose of potassium while you're eating the banana.

      If you don't poop while eating then there's more potassium in your body until you do.

      --
      No sig today...
    4. Re:Banana Equivalent Dose debunking by Anonymous Coward · · Score: 0

      But not a higher concentration, so radioactive emission per gram remains unchanged.

    5. Re:Banana Equivalent Dose debunking by Trax3001BBS · · Score: 1

      not sure if clickbait or fear-mongering.Go eat a banana then get tested for radiation. Bananas are an excellent natural source for Potassium, which is naturally radioactive. Radiation Dose Chart According to that chart, a banana is about the same dose as living within 50 miles of a normal reactor for a year.

      You are aware that the idea of a "banana equivalent dose" has been thouroughly debunked, right? The net increase of radioactivity exposure from eating a banana is: zero

      I was subject to yearly whole body count for heavy metals of radiation. Have you eaten bananas in the last week a question asked (false positives I assumed).

      Coleman lantern mantels (Thorium) were a lot of fun. Many who spent the weekend camping couldn't get past the radiation detectors.

    6. Re: Banana Equivalent Dose debunking by Anonymous Coward · · Score: 0

      Yeah, a higher concentration than if you were eat say, inert cellulose pulp. The bananna potassium is concentrated in your stomach, small intestine and colon, and is at a higher concentration than your stupid longpig corpse, unless your body has the same exact makeup as a bananna, which it don't.

    7. Re:Banana Equivalent Dose debunking by burningcpu · · Score: 2

      "The Potassium-40 in bananas is a particularly poor model isotope to use, Meggitt says, because the potassium content of our bodies seems to be under homeostatic control. When you eat a banana, your body's level of Potassium-40 doesn't increase. You just get rid of some excess Potassium-40. The net dose of a banana is zero."

      Meggit hasn't considered that the rate constants for physiological reactions are often influenced by the relative mass of the constituents. Meaning, all other things constant, a molecular reaction where one constituent has an extra neutron will exhibit a higher rate constant. This means, food grown in isotopic-matched (like, to your body composition) soil will sometimes result in food that has a higher concentration of radioactive material. Banana is a good example because it contains a nutritionally significant amount of an element with a radioactive species and a favorable rate enhancement.

      If one ate only this food (bananas), eventually the relative abundancies within your body would approach that of the banana. Within constraints and such.

      This is basically the foundation of sourcing organic material via the relative abundancies of various isotopes. The soil in each region produces a 'fingerprint' of the abundancies and is an investigative tool. One can even identify where the material for a particular fabric in a particular piece of clothing was grown. Multivariate analysis to the max.

      Regarding food enrichment -- this isn't particularly problematic. 'We' evolved in the presence of background radiation and can tolerate some radiation, via repair or duplication. But then again, cancer.

  36. One big difference by sjbe · · Score: 1

    Indeed. I remember learning this in elementary school 40 years ago. You get way more radiation by living in Colorado than by living nextdoor to a nuclear power plant.

    One important difference. There is essentially zero chance of the amount of natural radiation in Colorado changing. Living next to a nuke plant carries a small-but-not-zero chance of the amount of radiation going up substantially. Just ask the folks living near Chernobyl or Fukashima. Nuclear power has a pretty good safety record but when things go wrong they can go very wrong. To pretend that nuclear accidents aren't a serious concern is foolish.

    That said I'll take the risk of fission power over coal and other fossil fuels any day of the week and twice on sunday.

  37. So? by Anonymous Coward · · Score: 0

    A boxcar full coal emits more radiation also. So what? No one has answered the key question about nuclear power - who pays to keep the waste safe for next 250,000 years? The French pioneered vitrification, which making into the waste into a ceramic state resembling obsidian. Others adopted this process, good. But some it remain literately hot (about 90 degrees C) and radioactive over geologic time. And some contains plutonium and other nasty stuff that makes a nice dirty bomb. Again, who pays to watch it? FOR THE NEXT 250,000 YEARS? Answer that, and THEN tell me that nuclear power is economical. I want a spent fuel rod made into a custom headband every for fool who got rich making this crap. Their body will end if as low level waste, but I down with that. Then maybe we stop production of this nightmarish shit.

    1. Re:So? by WillAffleckUW · · Score: 1

      Your basement probably emits more radon gas than flying does.

      No, I'm actually very serious. This is why you need radon detectors and adequate venting.

      --
      -- Tigger warning: This post may contain tiggers! --
  38. My physics prof used to say: by blind+biker · · Score: 1

    "I'd rather live on the fucking roof of a nuclear reactor, than within 3 km radius of an equal power output coal fired plant".
    As I learned about the heavy metal produced by coal fired plants, I find myself in ever more agreement with him.

    --
    "The agriculture ministry is not in charge of Gundam" - Japanese ministry official.
  39. More to come from Captain Obvious by nospam007 · · Score: 1

    Tomorrow: Water is wet

  40. Re: Miss Mash is a RETARD Club by Anonymous Coward · · Score: 0

    Thats a fake account, dont feed the trolls. The real account doesnt have a (1) in it sucker.

  41. Making a case for hyperloop by Applehu+Akbar · · Score: 1

    The long-term solution for radiation exposure from flight may be a race between Hyperloop and artificial magnetic fields for aircraft and space vehicles.

  42. Veritasium did a piece on radiation by caseih · · Score: 1

    https://www.youtube.com/watch?...

    His conclusion was that smoking alone does more damage from ionizing radiation exposure to radiation of any other sort.

  43. Yeah But by NicknameUnavailable · · Score: 1

    You get even more radiation ground through the TSA screening process than you do on the whole plane ride combined.

  44. In other words by Mr.+Ascii · · Score: 1

    So you are saying, "Standing Next To a Nuclear Reactor Exposes People To Less Radiation Than Flying in Airplanes".

    That sounds better and makes me less apt to visit their site. It also shows that the tolerances for radiation in nuclear facilities is nice and low.

  45. Not if you fly in a tin foil hat and suit by WillAffleckUW · · Score: 1

    On the other hand, it's kind of awkward going thru security nowadays.

    --
    -- Tigger warning: This post may contain tiggers! --
  46. HAZOP by Anonymous Coward · · Score: 0

    Process Safety (HAZOP) comes in many flavors. It is important to many industries to get process safety right.
    Process safety also needs to consider the kind of human failings that resulted in the Chernobyl meltdown.

    1. Re:HAZOP by HornWumpus · · Score: 1

      Never trust an EE with a soldering iron. The guy in charge of the emergency cooling experiment at Chernobyl was an EE. He was apparently killed, never seen after.

      There are no technical means possible he couldn't have disabled. What he needed was a clueful boss.

      Yes, I'm an EE and own torches, guns, several soldering irons, a chinesium hot air rework tool and an arc welder. I'm allowed to talk shit about other EEs, it's expected.

      --
      John McAfee 'It was like that time I hired that Bangkok prostitute; to do my taxes, while I fucked my accountant'
  47. So what? by Anonymous Coward · · Score: 0

    The problem with nuclear reactors is that they are not inherently safe. If the safety system fails they totally fail and meltdown. You lose the $billions the reactor and the power plant around it cost. And then you lose $billions in the value of the land surrounding the reactor. And it cost $billions to clean up.
     

  48. BED by Anonymous Coward · · Score: 0

    It's sad to see how many self-declared intellectuals here have swallowed the Banana Equivalent Dose tripe. I guess computer scientists aren't as smart as they're credited.

  49. Altimeter by Anonymous Coward · · Score: 0

    Could this be used as an altimeter? What's the weight/cost/speed of these kinds of sensors?

  50. Comparison is invalid by Anonymous Coward · · Score: 0

    The nature of Cosmic Rays which are everywhere in the vacuum of space, are mostly converted to particle showers at ground level. The comparison of high altitude radiation to the radiation emitted from a reactor is valid only to the extent that a Gray is a measure of radiation absorbed by flesh. Counts (scintillation counter) don't tell us much about the energy of the individual particles or how they transfer energy to flesh.

    1. Re:Comparison is invalid by MercTech · · Score: 1

      The comparison of high altitude radiation to the radiation emitted from a reactor is valid only to the extent that a Gray [hps.org] is a measure of radiation absorbed by flesh. Counts (scintillation counter) don't tell us much about the energy of the individual particles or how they transfer energy to flesh.

      The gamma is gamma. And the damage from photons really doesn't care if it is gamma originating in a nucleus of an atom or an X-Ray originating from the electron cloud of an atom. High altitude radiation is high speed particles and gamma from solar sources and gamma radiation from high speed particle collisions with the atmosphere. The radiation in a power plant is high speed particles and gamma radiation originating from fission material in the reactor core. To use an analogy; your eye doesn't really care if the light is from the sun or from a light-bulb as long as it lets you see.

      You don't use a scintillation counter set up for counts per minute (or per second) for measuring dose rates. Usually you use an ion chamber or a Geiger-muller tube. Low level fields may be measured with a scintillation detector but it will be in gross accumulation mode. The relation to biological damage is set with the calibration of the instrument when you calculate the efficiency for various incident photon energies. The comparison between high altitude radiation and power plant radiation is direct and consistent.

      If you want to be pedantic; you can report results as "equivalent" based on calibration energies. i.e. I remember the footnote on Navy radiation survey report forms noting that all readings were "Equivalent Cobalt-60 readings" because we used GM tubes calibrated for the 2.2 MeV gamma of Cobalt-60. If you use an ion chamber type detector; the output is proportional to the energy of the incident photon. For a true comparison; you would do a pressure correction if you had an open ion chamber.

      The thing is; hand held instruments are only good for one or two decimal places and the differences in readings due to air pressure differences and photon energy only kick in at the 3rd decimal or greater over a rather large range of energies. The difference in readings from 1-2 MeV power plant gammas and 4-7 MeV gammas up near the Van Allen belt aren't aren't significant unless doing physics research. A living organism reacts the same with +/- 10% accuracy as with +/- 1% accuracy you would want for experimentation.

      --
      NRRPT/RCT
  51. Do pilots get more cancer? by Anonymous Coward · · Score: 0

    Years ago I heard that they were telling pregnant women not to fly due to radiation. If it is that bad, surely pilots and cabin crews are at significant risk, being exposed 1000x more than the average passenger.

    1. Re:Do pilots get more cancer? by MercTech · · Score: 1

      Years ago I heard that they were telling pregnant women not to fly due to radiation. If it is that bad, surely pilots and cabin crews are at significant risk, being exposed 1000x more than the average passenger.

      Short answer... No.

      Longer summary answer... you need than 5000 milliRem a year for 30 years to increase the cancer rate (cases, not deaths) per 100,000 population from the baseline of 2 to 3. You need 25,000 millRem in a single day to get any indication of blood changes at all and you would only see those if you had blood taken a day after the exposure analyzed at a research grade hematology lab.

      Perspective: You get 600-1000 milliRem a year from existing on Planet Earth. A license for radioactive material (reactors included) requires the holder to prove that members of the general public DO
        NOT receive more than 100 milliRem a year from actions of the licensee. (Medical X-ray is a spacial case and has other regs) The legal max exposure for trained nuclear workers is 5000 milliRem a calendar year. Most radiation workers receive 1000 milliRem a year due to occupational exposure. I've measured 250 milliRem for a chest X-Ray and 118 milliRem for a panoramic Dental X-Ray but that is a special case in the regs.

            Based on a few readings I took myself and maximizing legal flight hour limitations on air crew; I came up with around 2500 milliRem a year if they are at cruising altitude 80% of the time they are working. Note: my personal readings maxed at 0.75 milliRem/hr (7.5 microSievert/hr) with an instrument calibrated for Cs-137 at about 20,000 feet cruising altitude. This is something I did when I was flying a lot back in the 90s long before flight crew and passenger radiation exposure was addressed in officialdom.

      Assuming my 3 readings would be in the same ballpark as a properly done study; it means that air crew gets a bit over twice what I get working around reactors but less than the threshold for documented increased cancer risk.

      You can see the measurements that NASA measures and posts in order to estimate air crew exposure at:
      http://sol.spacenvironment.net/raps_ops/current_files/globeView.html

      FAA website on in flight radiation exposure:
      https://www.faa.gov/data_research/research/med_humanfacs/aeromedical/radiobiology/reports/

          If you want more detail and theory; use the search term "Health Physics".

      --
      NRRPT/RCT
  52. Question is: why is this an issue? by WillAffleckUW · · Score: 1

    Are nuclear fission reactor firms trying to convince the public they're "safe"?

    Are nuclear fission reactor firms trying to convince people we should spend 20 times as much as renewable energy to build power plants we don't need, the construction of which will be more destructive than other energy sources?

    Or are they proposing we all live next to nuclear fission reactors?

    The funny thing is we already have nuclear fusion reactors, they just aren't being developed for the commercial, industrial, or residential power generation needs, only for military use (kind of helps when running certain things we claim we don't have).

    --
    -- Tigger warning: This post may contain tiggers! --
    1. Re:Question is: why is this an issue? by MercTech · · Score: 1

      Are nuclear fission reactor firms trying to convince the public they're "safe"?

      Safe? Well, they are as safe as any large industrial system that handles hazardous material can be.

      Are nuclear fission reactor firms trying to convince people we should spend 20 times as much as renewable energy to build power plants we don't need, the construction of which will be more destructive than other energy sources?

      Well, only hydroelectric is cheaper.

      Or are they proposing we all live next to nuclear fission reactors?

      Personally, I'd live across the street from a U.S. or Canadian nuclear power plant long long before I'd want to be within ten miles of a coal fired plant or an oil refinery. But you really should have some distance from any heavy industry area.

      The funny thing is we already have nuclear fusion reactors, they just aren't being developed for the commercial, industrial, or residential power generation needs, only for military use (kind of helps when running certain things we claim we don't have).

      The VERY FIRST proof of concept fusion power plant is under construction in France. It will be up for hot testing, if all goes right, in 2025. The only fusion reactors around at the moment are research units that are not capable of generating electricity at all. There is a big difference in having a reactor and having a reactor that can generate power for your house.
      http://www.world-nuclear-news.org/NN-Iter-fusion-project-passes-construction-milestone-1112175.html

      ITER is to fusion what EBR-1 was to fission reactors; the first commercially useful one.
      http://www4vip.inl.gov/ebr/

      --
      NRRPT/RCT
  53. Remember a 4 hr flight is about like a Dental Xray by sasparillascott · · Score: 1

    There's a great site where a college program puts radiation detectors on balloons and takes them on aircraft to map the rates.

    http://spaceweather.com/cosmic...

    But I remember the analysis was that up at cruising altitude (35k ft +) the dose you'd get going from the cosmic radiation penetrating the inside of the cabin in about 4 hours of flying was like getting a dental xray's dose of rads. Now there is a huge industry powerful industry that would be threatened by data like this becoming widely spread and talked about (like the Cigarette companies did for lung cancer or the fossil fuel industry did global warming & the GOP). So there will be astroturfing going on.

  54. Re:Remember a 4 hr flight is about like a Dental X by LifesABeach · · Score: 1

    It all makes sense now. So when I'm at 3 San Onofre, Mile Island, Chernobyl or Fukushima do I get "Air Mile Points?"

  55. be american by Anonymous Coward · · Score: 0

    rack up miles, get cancer

  56. Not news by blackfeltfedora · · Score: 1

    Seriously, this isn't news. If I took my TLD on a plane Doc would lose his damn mind when the readings came back.

  57. Re:Miss Mash is a RETARD Club by chmod+a+x+mojo · · Score: 5, Informative

    The main problem is we don't use the fuel we can scavenge from so called "depleted" nuclear fuel. We have reactor designs that are safe and can burn depleted fuel while producing both usable fissionable isotopes as burn byproducts and much shorter half-life isotopes as "waste" ( and heat which can be turned into energy the same as just about any other reactor, as well as the "waste" being fuel for another reactor too). But those isotopes can be "weaponized", so the answer is to just bury the used fuel after stripping out whatever usable isotopes you can from it.

    Hell we have reactor chain designs that could virtually eliminate waste from the nuclear chain, leaving behind barely radioactive stuff similar to the amount of radiation mine tailings put out. Unfortunately they all depend on the first and second tier reactor designs that can produce "weapons grade" fissile material. This material has properties that make it a great choice for reactors too: it's stable in known configurations, it doesn't have much if any impurities that would cause spontaneous fission I.E. unstable fissile element isotope contamination, and it's a cleaner decay chain due to knowing exact mixes of exact isotopes - with little variations from contamination from same element undesired isotopes.

    --
    To err is human; effective mayhem requires the root password!
  58. and being shot with a 38 by Anonymous Coward · · Score: 0

    ...being shot with a 38 caliber bullet exposes one to more lead than being shot with a 22, or even a 32.
    The logic of the argument with this algebra is:
    Something of quantity A that may be dangerous or harmful is less dangerous than something of quantity A x (any value greater that one).
    Another variation is, Yes mommy, I stole 2 cookies from the cookie jar, but Billy stole 5 cookies.
    Both are attempts to downplay or excuse something harmful or wrong by pointing there is a greater wrong. With the exception of the greatest wrong, there is always a greater wrong to compare something two. Two wrongs do not make a right.
    Let's take this to the absurd: Yes, so and so murdered 100 people, but look at how many people Hitler, Stalin or Mao had killed.
    Going back to original premise, neither standing next to a nuclear power plant that is operated safely or flying at altitude in a normally operating plane poses much danger or ill health effects. Standing next to Fukishima or Chernobyl does. (And should either of those facilities be excluded? They were nuclear reactors.) Standing near some factories making airplanes or jet fuel poses dangers. A lot of groundwater in Southern California is contaminated with chemicals from the aerospace industry from decades ago. Living downstream from uranium mine debris fields or Hanford, Washington is not recommended. Being in or under a plane that crashes or being near a nuclear facility that leaks radiation in sufficient amounts can kill you. And so on.
    The greater logical fallacy of the original statement is more subtle; it takes a complicated industry, and cherry picks one aspect--a nuclear reactor functioning normally, and makes a comparison to something else with a little bit more danger (both measured using the "teensy" scale ; ). Neither industry has much risks when the reactors or planes are acting as designed. The risks of both industries occur when the technologies fail, or somewhere else along the chain of making/mining/manufacturing/operating/disposing.

  59. Common knowledge by Anonymous Coward · · Score: 0

    This is common knowledge, we figured this out more than 50 years ago.

    Whipslash, have you completely given up on Slashdot?

  60. Especially true on really long polar flights by MtViewGuy · · Score: 1

    I think people forget that with today's modern jet airliners capable of flying over 7,000 nautical miles easily, these long-range airline flights--especially over the higher northern latitudes--can expose passengers to quite a lot of radiation. Good examples of this: New York City to eastern Asia, Tokyo to western Europe, and continental USA to Dubai. With flight times of 10 to 16 hours, the exposure could be considerable.

  61. So, by dschiptsov · · Score: 1

    there must be tens of thousands of pilots and flight attendants dying from cancers in oncological centers around the globe.

  62. Common knowledge hiding something geeky by Anonymous Coward · · Score: 0

    It has long been known that as you rise in the atmosphere, there's less of the atmosphere above you and thus you are obviously exposed to more radiation...

    but this actually cleverly disguises and distracts from the coolr point: nuclear reactors are actually insanely safe.

    People can work entire careers in nuclear power facilities with less health impact than commercial air crews.

    Furthermore: Very few people have been harmed by nuclear power plants. Chernobyl, an insanely bad design lacking even a basic containment facility killed remarkably few in a full-scale worst-case meltdown. Fukushima, another crappy design that could not be properly shut down without external grid power and which was on a coast by a major fault has apparently killed none while melting down in the aftermath of bothe a massive earthquake and a tsunami which it could easily have been designed to withstand. The worst incident in the USA, Three Mile Island, harmed NOBODY.

    The coal industry has killed many directly, and its combustion products have arguably killed many more. Same for oil, yet these do not routinely attract the paranoia of the masses.

  63. Yes it's a problem by sonamchauhan · · Score: 1

    And no, handwaving won't solve it.

    This might:
    http://hplusmagazine.com/2009/...

    When pilots start wearing clothes manufactured using BNNT, you know there is a solution.

    Or perhaps airplanes should just store water in their upper skin. This would have the other benefit of making low speed crashes safer (less risk of fire).

  64. The BBC used exactly the same stupid headline! by Anonymous Coward · · Score: 0

    The BBC used exactly the same stupid headline for the same story, word-for-word.

    Here in the UK we all pay the BBC a license fee to read this rubbish. At least this crap is free on Slashdot.

    If the media want us to pay for news then start reporting real news and stop this ridiculous ignorant "journalism".

  65. Working around reactors by prisoner-of-enigma · · Score: 1

    I spent five years working 70m from an operating nuclear reactor (at 3513'35.5"N 8505'25.5"W if you want to be specific). On nice days I'd take a walk around the plant to stretch my legs, close enough to hug some of the dry-cask storage containers holding spent fuel rods (at 3513'36.0"N 8505'21.9"W). Therefore I can speak with some authority on the dangers -- or lack thereof -- involved.

    During my tenure I received a total exposure of 0.1 mrem. This is the equivalent of living in Denver for two days as opposed to, say, at sea level. The amount of hysteria involved when someone mentions "nuclear" or "radiation" is almost comical given how little the average person understands the physics around it.

    --
    In the end they will lay their freedom at our feet and say to us, Make us your slaves, but feed us. - Fyodor Dostoyevsky
  66. Radio-isotopes damages Human DNA permanently by MrKaos · · Score: 0

    Given the realities of climate change it is immoral to oppose nuclear power.

    The Nuclear Power industry releases radio-isotopes that damage Mitochondrial DNA in Humans. I can see no higher moral reality than protecting the DNA of the Human species from damage. The decisions made in this generation will effect the human race for the rest of time and imposing our will on those future human generations by damaging their DNA with radio-isotopes isn't moral.

    To be specific, low energy beta emitters from radio isotopes accumulating in fat cells cause permanent damage to the heritable Mitochondrial DNA that extends from the present back through previous generations to the beginning of the human species. To be even more specific even the radio emissions from wi-fi routers and the X-ray scanners used before boarding have enough energy in them to damage the mitachondrial DNA within the unfertilized eggs carried in girls. Energetic emissions, even from low energy beta emitters, absorbed into the body damages reproductive cells in both sexes which causes transgenic diseases that can manifest in the next generation.

    Considering that any damage done to mitachondrial DNA will be passed down to *all* subsequent human generations as an increased prevalence of many kinds of inherited diseases, accumulating the more we are exposed to it, it's a difficult to claim morality whilst promoting a power source that does this kind of damage our DNA. It is undeniable that the kinds of radio isotopes used by the nuclear industry does this kind of damage to human DNA. To claim otherwise is to be willfully ignorant of the facts.

    Why are anti-nuclear people disappointed to learn that nuclear power hasn't killed more people?

    Why is death and cancer the only argument against Nuclear power that nuclear advocates are prepared to understand? Why don't we talk about the death caused to subsequent generations that haven't been born yet? What about the amount of failed or abnormal births caused by genetic damage? How do you count those deaths? This is a very good reason to oppose nuclear power that doesn't include death or cancer, even if you don't understand why. We were handed a carbon problem to deal with by previous generations, imposing genetic disease on subsequent generations is hardly a solution.

    Every single industrial process the Nuclear industry uses, mining, enrichment, power generation and disposal leaks some volume of these radio-isotopes into the environment and a lot of the damage done to Human DNA is done by the very low energy emitters to manifest decades later with no clear way to track the effect from the cause.

    These issues are regularly dismissed by nuclear advocates.

    I don't see climate change as a good reason to permanently damage Human DNA as a justification to use Nuclear Power. I certainly don't think anyone who forces their will on a subsequent generation has a claim to morality for doing so.

    --
    My ism, it's full of beliefs.
    1. Re:Radio-isotopes damages Human DNA permanently by atomicalgebra · · Score: 1
      Wow. You want to ban wifi routers because they damage dna. WTF?

      These issues are regularly dismissed by nuclear advocates.

      They are dismissed because they are bullshit. "What can be asserted without evidence can be dismissed without evidence"

    2. Re:Radio-isotopes damages Human DNA permanently by MrKaos · · Score: 1

      Wow. You want to ban wifi routers because they damage dna. WTF?

      Yeah, pretty predicable response there. make a strawman argument and then burn it. same old everytime we see someone new from shill school. pathetic really. desperate.

      They are dismissed because they are bullshit.

      Like your claims to morality.

      --
      My ism, it's full of beliefs.
    3. Re:Radio-isotopes damages Human DNA permanently by atomicalgebra · · Score: 2

      You mentioned wifi routers hurting dna. I was not attacking a strawman argument because I was attacking the exact argument you made. And of course if we do nothing about climate change millions will die. I want to stop that from happening. According to the world's leading scientists. nuclear power is the only viable path forward on climate change. So yes it is immoral to oppose nuclear power.

    4. Re:Radio-isotopes damages Human DNA permanently by Anonymous Coward · · Score: 0

      [...] radio emissions from wi-fi routers [...] used before boarding have enough energy in them to damage the mitachondrial DNA within the unfertilized eggs[...]

      The gigawatts of infrared energy that courses through your body has about 500x more energy per photon than 2.4ghz microwaves.

    5. Re:Radio-isotopes damages Human DNA permanently by MrKaos · · Score: 1

      [...] radio emissions from wi-fi routers [...] used before boarding have enough energy in them to damage the mitachondrial DNA within the unfertilized eggs[...]

      The gigawatts of infrared energy that courses through your body has about 500x more energy per photon than 2.4ghz microwaves.

      wavelength and pulse duration are factors you don't account for. Mitachondrial DNA strands break with as little as 10-100 Gy of microwave energy. Humans evolved with infrared, not microwave, radiation.

      --
      My ism, it's full of beliefs.
  67. visit by Anonymous Coward · · Score: 0

    visit https://aquaiver.com

  68. Re: Miss Mash is a RETARD Club by Anonymous Coward · · Score: 0

    Says the anonymous coward.

  69. Re:Miss Mash is a RETARD Club by stoatwblr · · Score: 1

    The REAL problem with radiation is an utterly irrational approach to "it" and panicmongering groups with various vested interests which refuse to acknowledge the statistical realities. We have been treated to a kneejerk "all radiation bad" mantra for decades, or even worse "natural radiation is ok but all manmade radiation bad" mantra (there's no difference in the ionising effects at any given energy level.)

    High levels of radiation die down quickly.

    The vast majority of high level radiation from nuclear waste is from caesium. This has a relatively short half life, such that high level nuclear waste is safe to physically handle in about 300 years.

    At that point what you have is trace levels of caesium and some strontium, plus a bit of plutonium and a lot of U238. This can be re-refined and reused (more worryingly, it is trivially stolen, because the radiation levels are low enough to be safely handleable)

    Isolating for 10k years for radiation reasons is just plain silly. The chemical toxicity of plutonium and uranium are another matter, but that's essentially "forever" in any case.

    Bear in mind that the entire high level waste output from a 800MWe nuclear light water-moderated reactor over its 60 year period is about enough to comfortably fit in an olympic size swimming pool - which is more or less what it's held in. The best way to treat it if you aren't reusing in a molten salt reactor is to leave it in there for 3 centuries as water is the best moderating mechanism available (modulo corrosion issues, but those can be mitigated with appropriate approaches), then tossed back into a nuclear reactor.

    In the case of a light meltdown (fukushima, etc) where only a few radioactives escape, they can be detected and collected (unlike chemical toxins) and they'll break down over time, unlike many (heavy metal) chemical toxins.

    It doesn't help that there's absolute panicmongering about radioactivity. It's clear from studies at Hiroshima, Nagasaki and of areas with naturally high radiation levels (granite or altitude - many areas are naturally far more radioactive that Fukushima ever was), as well as 60 years of high altitude aircrew (who are exposed to the highest occupational radiation levels of any population - only exceeded by the radiation levels encountered by smokers), that exposure is far more complex than "no safe minimum dose" and further that there's a clear threshold dose below which things don't seem to matter at all.

    Correlation is not causation.

    Once upon a time there was a clearly noticeable spike in skin cancers being suffered by office workers. This was shortly after the widespread introduction of flourescent lighting and as these give off ultraviolet light and as ultraviolet light is known to cause skin cancers, these lights were blamed as the logical source for the cancers, but the odd thing that was noticed by researchers as time went on was that many skin cancers were appearing in regions of the body which were not exposed to the lighting - and more importantly the UV wavelengths of these lights don't usually trigger skin cancers of the types seen. Deeper research showed that these were the kinds of body areas exposed by sunbathing - and the actual link was that office workers were increasingly having more leisure time and more income, so were able to afford to take more holidays where they could lay about on beaches - where prolonged exposure to high energy UVB and UVC in sunlight due to inadequate sunscreen formulations turned out to be the actual culprit (there were also some cancers traced to the sunscreen compounds themselves!)

    In another case, at Oxford university: Cancer clusters were noticed for staff in offices which were the former laboratories used by Rutherford and other nuclear researchers. This was worrying as they'd been deep cleaned and swept thoroughly for any radioactives before renovation. They were swept again and no radiation sources located. Even the air ducts and water pipes were checked in case it was coming from somewher

  70. Stewardesses really hate.... by MercTech · · Score: 1

    The airplane crew really gets upset if you break out a dose rate meter at cruising altitude and turn on the audible indication. Especially since you can have a dose rate meter that is a smart phone accessory that is smaller than a pen. But, the headline on this is pure click bait.

    An air flight at 30,000 feet will have a higher dose rate than standing right next to the primary shielding of a SHUT DOWN light water reactor as long as you are not within ten feet of coolant piping. This would be adjacent to the drywell of a BWR or at the bioshield around he core vessel of a PWR. At power, the dose rate would be a bit more than the dose rate at 30,000 feet.

    No, this is not data from a study but stating what I've seen from working many power plant outages and several times taking readings on flights. (And being told to put that damn thing away before the stewardess calls the air marshal on me for scaring fellow passengers. Actually, the passengers around me were just curious as can be about what I was doing.)

    --
    NRRPT/RCT
  71. It's immoral to support nuclear power by MrKaos · · Score: 1

    You mentioned wifi routers hurting dna. I was not attacking a strawman argument because I was attacking the exact argument you made.

    You're attacking AN argument I made, you're ignoring the rest of it, which is how dogmatically ignorant your nuclear advocacy is. I think you thought that if you attack this one part of my argument you dismiss the entire argument.

    Case in point of how ignorant, the IAEA itself produced one of the reports supporting my point, since you will require a citation to a paper you won't read. I'll point out that 2.4 Ghz is the same microwave spectrum that wi-fi routers use.

    It shows how poorly prepared you are to make any arguments for unclear power because it demonstrates how poorly informed you are.

    And of course if we do nothing about climate change millions will die. I want to stop that from happening. According to the world's leading scientists. nuclear power is the only viable path forward on climate change.

    You're not even equipped to make an argument about the case for nuclear power, you have to use someone else's argument. I can argue your side of the argument better than you can.

    The puff piece you referred me to has so many holes in it's reasoning it's like reading a slashdot post from a nuclear advocate posted 10 years ago, propagating the nuclear ideology again. They are top scientists in climate change, show me their peer reviewed work in Nuclear power systems.

    Repeatedly, their arguments have been covered well before you ever posted here, let me guess, about 18 months, maybe two years ago? The same old problems that exist for nuclear power still exist and still haven't been resolved. Here is a few to start with:

    • Despite decades of assurances from the nuclear industry that spent fuel containment issues would be solved, they haven't.
    • We know a decommissioned Nuclear reactor has too cool for at least a decade and costs billions to demolish offsetting trillions of dollars of expenditure to future generations.
    • You can't even design a nuclear reactor that has more than 40 years of safe service life because of the way neutron bombardment makes the pressure vessel of the reactor core containing the fuel brittle and prone to failure.
    • Every form of uranium extraction is becoming more energy intensive to support the current "once through" fuel cycle
    • The only viable alternative nuclear technology was canned due to oil and coal industry lobbying.

    and it goes on and on and on. Every time, guys like you answer with some sort of SyFy reactor technology that has *all the answers*. Any time you're ready to present some fresh argument that hasn't been heard before, please do so. As usual you are unable to answer these points, you'll call them bullshit because you are willfully ignorant.

    So yes it is immoral to oppose nuclear power.

    That's what you believe. You believe it because you project your idealism about nuclear power onto reality. You're an idealist and your nuclear advocacy is an ideology based in an ignorance of the facts. I know this because once you examine the facts and become educated about the Nuclear Industry you see how much effort it puts into avoiding responsibility whilst relying on the ignorance of people like you to defend it. You're one of their "useful idiots".

    All you are interested in doing is push your idealism because you are arrogant enough to think you know better, you don't. Since the only thing you have left to argue with is rhetoric, you've decided to attempt to delude yourself that you are fighting a moral fight by attempting to box people into that argument. Typically, you will continue to falsify your reality to maintain your ideology when co

    --
    My ism, it's full of beliefs.
    1. Re:It's immoral to support nuclear power by atomicalgebra · · Score: 1
      When NASA climate scientists say you are wrong on the issue of climate change, you are wrong.

      After reading your posts I am even more convinced you are cognitive dissonance. Stop being a lunatic. Be brave enough to admit you are wrong,

      And fuck you for making me see dead babies. And what type of asshole uses duckduckgo anyways. And for the record Iraq did not have wmds so your birthdefects were not caused from nuclear energy or weapons.

      It is immoral to oppose nuclear power.

    2. Re:It's immoral to support nuclear power by MrKaos · · Score: 1

      When NASA climate scientists say you are wrong on the issue of climate change, you are wrong.

      They are experts on climate change, not nuclear power systems. I accept the climate science, coal and oil have got to go. I don't accept that it has to be replaced with nuclear power because it doesn't have solutions for its core problems, and it's immoral.

      After reading your posts I am even more convinced you are cognitive dissonance.

      I see you are struggling with what that is

      Stop being a lunatic. Be brave enough to admit you are wrong,

      You haven't presented an argument and you're unable to counter any of the arguments I presented because you have nothing but frantic rhetoric. I said: Typically, you will continue to falsify your reality to maintain your ideology when confronted with facts. I confronted you with findings from the very organization you hold as an authority to utterly destroy your argument and that's exactly what you did. Are you saying the science the IAEA commissioned isn't good enough for you?

      That's how ignorant your immoral nuclear ideology is. It's only going to get worse for you the more you shill. Be brave enough to admit you are ignorant.

      And fuck you for making me see dead babies. And what type of asshole uses duckduckgo anyways.

      Take personal responsibility for what you see. If you aren't against it you are for it. That's your morality right there you ignorant, apathetic ideologist. I hope those images burn into your mind so you really know what you are supporting, why your nuclear ideology is immoral.

      And for the record Iraq did not have wmds so your birthdefects were not caused from nuclear energy or weapons.

      Wow. You're so hopelessly out of your depth you don't even know how ignorant you are.

      When uranium is enriched with CRC-144 into uranium hexaflouride, the U-238 left behind is called depleted uranium. The US has about 700,000 tons of the stuff and it is almost twice as heavy as lead. It's main use is to increase the range of the weapons on tanks and helicopters when used as ordinance. When fired from one of these weapons DU becomes pyrophoric and burns into a ceramic mist which US soldiers and the people they are firing at breathe in. It's all over Iraq and Afghanistan and will go on causing those types of birth defects for generations. It's what makes US veterans sick long after they get home and your immoral nuclear ideology supports this.

      Be brave enough to own this shame because this is the product of your immoral nuclear ideology.

      It is immoral to oppose nuclear power.

      You're going to find it very difficult to get the images out of your head because it is the face of the immoral nuclear ideology you believe in. You're engaging in willful ignorance to maintain that immoral nuclear ideology in your mind. Now that you know, you will have to consciously maintain your immoral nuclear ideology with that knowledge. That makes you personally responsible for your guilt and your mental health will be undermined by your subconscious every time you propagate your immoral nuclear ideology. That's the price you'll pay for falsifying your reality with *your* cognitive dissonance.

      Stop now, educate yourself out of the belief system, Nuclear Ideology is immoral.

      --
      My ism, it's full of beliefs.
  72. because Nuclear ideology is immoral. by MrKaos · · Score: 1

    They are different. They do not use the same radioactive materials. Uranium for nuclear energy is only enriched to approximately ~1%-4%. Weapon materials needs to be enriched to ~80%+. So they are different. They also function differently. The mechanics and physics are different.

    Which is completely irrelevant. The nuclear industry was built on the back of the Nuclear Weapons industry which is the reason why we use Uranium instead of thorium to power reactors.

    Nuclear energy is also the safest form of power including solar and wind. That is a statistical fact that the IAEA acknowledges. What a laughable claim. The IAEA was formed to promote Nuclear power, it's like saying the Tobacco industry acknowledges that cigarettes have vitamin C in them which is good for you.

    4th generation reactors are even better.

    Yes, they have provided quite innovative tax relief for the oil and coal industry. Quick pull out the NIMBY/greenie argument and ignore the oil and coal lobbying to change the energy laws to prevent a competitor getting a foothold in the energy market. The US had a working prototype and the program was funded for destruction.

    We are not moving the goal posts. You anti-nuclear people are moving the goal posts. 5 of those example occurred before I was even born and the last two occurred with technology older then I am.

    So what? The radioactivity of the radio-isotopes that were release will still be energetic and toxic long after all of us here are dead. If you are not learning about the history of Nuclear power then

    Apologies, I missed the last part of the sentence:

    If you are not learning about the history of Nuclear power then you're not really contributing to the debate, just polarizing it.

    --
    My ism, it's full of beliefs.
  73. Why is this even posted? by CAHutch · · Score: 1

    This post is ridiculous. OK, so the radiation environment at 30 thousand feet is higher than standing next to a (shielded) reactor. So what? Radiation at high altitude is not even close to harmful levels and nuclear reactors are shielded for the protection of the people near it. This is not a thing that needs to be reported since it's been this way forever and everyone already knows it. That said, I have brought a small geiger counter on a commercial flight and yeah, it showed 10 to 50 times the radiation at sea level, but 10x nothing is still nothing. AFAIK, Airline pilots and flight crews do not have a higher risk of radiation related illness even though they are exposed to those levels every day.

  74. Your Nuclear ideology is immoral. by MrKaos · · Score: 1
    --
    My ism, it's full of beliefs.
  75. Your Nuclear Idealism is evil by MrKaos · · Score: 1

    You are nuts and a hypocrite.

    Yeah, predictable, all you have left is the ad-hom attack.

    And after showing me pictures of dead babies, which have nothing to do with nuclear energy, I know better then to ever click one of your links again.

    Those images are burned into your brain, your support of nuclear power means you are responsible. If you want Nuclear power to not be connected to that then you should start a campaign to stop the military using DU. You are being wilfully ignorant to maintain your ideology, just like a communist. You also maintain your cognitive dissonance with the hipocrisy you accuse me of. You're a nuclear idealist and your idealism will lead you to a future full of mental health issues if you don't stop now because you are arguing against truth and fact.

    You've failed shill school and it's unlikely that you can present anything other than rhetoric. I doubt you have anything useful to add to this conversation that is of value.

    It is immoral to oppose nuclear power.

    I know you want the best for people and you really believe it, however you have been deceived by the Nuclear Industry's PR machine. You're no longer ignorant even if you are too dogmatic to understand the mechanism of how radio-isotopes are absorbed into the body. Let go of your belief system and your ideology otherwise every time you repeat this line you're going to see the image of those babies mutilated by exposure to depleted uranium oxide. It's in your head now.

    You are personally responsible for this evil whenever you support nuclear power because your nuclear ideology is so immoral it is evil.

    --
    My ism, it's full of beliefs.
    1. Re:Your Nuclear Idealism is evil by atomicalgebra · · Score: 1

      Nuclear energy did not kill any of those children. The fact that you have to blame me for those deaths in order to retake the moral high ground demonstrates your cognitive dissonance.

      Let me get this straight. I am an evil mentally-ill baby-killer communist? Because I think nuclear power is the only viable path forward on climate change(a stance a super majority of scientists share)?

      Remember you are the one who thinks wifi is dangerous.

      It is immoral to oppose nuclear power.

    2. Re:Your Nuclear Idealism is evil by atomicalgebra · · Score: 1

      Nuclear idealists, such as yourself are usually too busy trying not to look stupid or embarrassed because you argue on the basis of a belief system, not fact or truth.

      The mental gymnastics you perform to believe that must make you dizzy. My positions are based on fact(nuclear is the safest, cleanest energy source and the only chance we have to mitigate climate change). My rhetorical arguments are based on truth and morality.

      For the record I am in favor of Integral fast reactors. And yes the oil and gas lobbies killed that program. So what? Second generation reactors in the united states have a proven safety record. Fact- nuclear power is the safest source of energy.

      You are the one who has to call me evil and show me pictures of dead babies to regain the moral high ground. I guess I am evil brain-washed child-killing communist with nothing to offer society. I might as well kill myself

      It is immoral to oppose nuclear power.

  76. How Nuclear power killed those children by MrKaos · · Score: 1

    Nuclear energy did not kill any of those children.

    Yes it did. Depleted Uranium is a by product of the Uranium enrichment process. There is more of that than fuel. If it was unused and stored you maybe able to claim morality however a scenario mimicking Agent Orange is not Atoms For Peace, it's sub-critical nuclear warfare using Nuclear Industry fuel by-products.

    The very fact that these weapons are fired with a Nuclear Industry fuel by-product, Depleated Uranium, as ordinance for a strategic advantage, cannot be denied.

    The Nuclear Industry doesn't condemn the use of DU, it's an expense they don't have to sustain to store it. It's a revenue source.

    The fact that you have to blame me for those deaths in order to retake the moral high ground demonstrates your cognitive dissonance.

    I don't have to re-take anything, the facts stand despite your ignorance of them. It is FACT that DU is used as a munition as a primary weapon. It is known to cause mutagenic effects when it is ingested, it's toxic. Not only is it an emitter, it's spontaneous criticality creates bursts of alpha (and gamma IIRC) radiation 10-20 times higher than its normal decay. Once it's in the environment it can't be removed. DU ash from the 3000C pyrophoric flames it produces when fired is a durable microscopic ceramic oxide and can be ingested by humans and animals as an inhalant and in water to create those mutated babies whose image glue so easily into your mind.

    It is immoral to use this as a munition because of the undeniable effect it has on pregnancies and children. The secondary effects destroys entire generations more completely than landmines ever could as a consequence. How would you like an aerosol of ceramic DU dust spread around your house, your town, your city, your crops, your water and your air?

    I've excoriated you however I've also given you the benefit of the doubt whilst you were ignorant of the facts. They illustrate you have no claim to any morality whilst a Nuclear industry by-product, Depleted Uranium, is used as a munition and causes horrendous birth defects when ingested.. It's completely indefensible to use this material and it is undeniably connected to the the fuel used in nuclear reactors.One tenth of the ore is fuel for the reactor. The main use of what's left over is as a munition, for which it *is* used. You say it's immoral to oppose this. If you really think that, you have a serious problem.

    Let me get this straight. I am an evil mentally-ill baby-killer communist? Because I think nuclear power is the only viable path forward on climate change(a stance a super majority of scientists share)?

    What does climate change matter if we mutilate our own DNA permanently? I'm not saying we should'nt effect rapid action on resolving the carbon legacy we been given (clean up all the externalities), but not at the expense of genetically damaging the entire human race by spreading radioactive isotopes that destroy our DNA. You're basically saying we're too stupid to fix the problems we were handed from the industrial age and that we should hand a radio isotope legacy down to the next generation that can wipe humanity out within a few generations. You're so blinded by your ideology that you can not or will not examine the facts.

    It would make you worse than a mentally-ill baby killing communist to possess that knowledge now and still say it's ok. The choice to do so would make you a psychopath as well because your idealism has been confronted and you won't even acknowledge the effect on the human race regardless of race or politics and you're trying to justify distributing doses of birth defects with rhetoric. Most sane people wouldn't try to justify something so he

    --
    My ism, it's full of beliefs.
    1. Re:How Nuclear power killed those children by atomicalgebra · · Score: 1
      Using DU as ammunition and nuclear power are two separate things. We can ban the former and keep the latter. You want to justify banning the latter because of the former. I would also argue that DU is more dangerous as a heavy element. Swallowing it will kill you, but not from radiation. If they went back to lead based weapons, there would be just as many health problems.

      You're so blinded by your ideology that you can not or will not examine the facts.

      I can say the exact same thing about you.

      I know the difference between right and wrong which is why I support nuclear energy. It is immoral to oppose nuclear energy.

  77. Stupid risks with wi-fi by MrKaos · · Score: 1

    Remember you are the one who thinks wifi is dangerous.

    Damage to mitochondrial DNA in the eggs of girls, who are born with their entire inventory of eggs, occurs as low as 10 Gy according to some of the papers. You can be a moron or you can be pragmatic about what that means, that wifi affects children more because they have a lower body mass than adults, that they need to keep their distance from wifi because they have less water, muscle and bone to shield their reproductive system, that schools should be cabled with fibre optic and ethernet instead of trying to scrimp installation costs with wi-fi.

    As if we don't have enough (4000+) genetic defects already somehow, this paltry expense is a really big stretch for you to mentally incur to avoid introducing genetic damage into the germline of the entire human race's DNA for the rest of time.

    Try to marginalise me the facts because you're too dogmatic to even examine them just makes your empty rhetoric look stupid and uninformed.

    --
    My ism, it's full of beliefs.
    1. Re:Stupid risks with wi-fi by atomicalgebra · · Score: 1

      I already linked you a source from the national institute of health showing 0 effects from wifi. They even used signals several times stronger then normal wifi. They found nothing.

      Given its proven safety record, it is immoral to oppose wifi

  78. Your Nuclear Idealism is evil by MrKaos · · Score: 1

    It is immoral to oppose nuclear power.

    Well you just go on believing that. Nuclear idealists, such as yourself are usually too busy trying not to look stupid or embarrassed because you argue on the basis of a belief system, not fact or truth. You're trying to justify imposing birth defects on a population so you can have your nuclear fuel, a new low for immorality. Your belief system is the sign of an afflicted mind, and because your subconscious knows Nuclear ideology is immoral it will continue to unbalance your psyche. Which is bad because if you actually took the time to examine the facts you may have something worthwhile to offer instead of being just another robot fanboi.

    As I said, I can make your side of the argument better than you can and this is how. In reality the technological development of the Nuclear Industry was stifled by the Oil and Coal Industry over many decades. Excellent reactor technology called IFR, built in fuel re-processing, high burnup rate, thermally controlled criticality. It still needed work with materials technology and to replace the sodium coolant with lead. From weapons grade, DU and spent fuel it's full design produced enough electricity, hydrogen and medical isotopes directly replacing coal on the grid and providing fuel for existing vehicle fleets to replace oil for the next 5000 years. The oil and coal industry crushed this technology with lobbying for its defunding, decommissioning and its demolition. You can see the latest evidence enacted into law in the 2005 US Energy Policy Act, SEC 600 onwards.

    You could argue that it was immoral for the Oil and Coal industry to undermine this technology because it used DU and weapons grade material for fuel. More-over that it used spent fuel from the previous BWR/PWR reactor technology as fuel to solve the waste problem. Designed to answer the concerns of using Nuclear Power. Prototyped, tested - so there was reactor experience as well. So you see, the replacement technology you are looking for to make your argument exists, however it is the Oil and Coal industry that is destroying it grasshoper.

    You could argue that the Oil and Coal industry are immoral for blocking and, their ongoing effort destroying this technology however most of you Nuclear ideologists are so binary because of how well the politics of oil and coal played you that can't even organize enough effort to save the one nuclear technology that it really would be immoral to oppose. The Oil and Coal industry manipulated nuclear supporters to go up against their opponents, the greenies that opposed Coal and Oil, while they undermined nuclear power. That's how useless your nuclear ideology is, how much it has betrayed you.

    To further drive my point home you can't make that argument about current reactor technology because it DOES create DU used as weapons and it hasn't solved its spent fuel issues. You can't even make that argument with thorium because it creates a new waste stream and does nothing about the extant one. So the argument is far more complex than how you represent it with your useless blind binary nuclear ideology. It is completely moral to oppose *this* nuclear industry on the DU issue alone, even before you start to consider other factors like, spent fuel, mine tailings, reactor disposal and so many issues *this* nuclear industry does have. It's immoral arguing against resolving these problems, yet Nuclear ideologist have no answer for it so you just ignore them. At least I've researched the Nuclear industry enough to articulate an argument, all you have is trite mindless rhetoric.

    So you can either explore the facts for yourself or you can cling to the nuclear ideology like a fool. You can take responsibility for the flaws the nuclear industry has and then try to figure out how to improve it, solve them and make it work properly but to do that you have to completely shatter the belief system of your nuclear ideology that it is perfect. You can attempt to understand the forces that shape it, the risks we take using it. It's the only moral way to support nuclear power amongst a sea of moral reasons to oppose it.

    That's why your Nuclear Idealism is evil.

    --
    My ism, it's full of beliefs.