Goods contamination by radiation

  • Thread starter East River
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In summary, the conversation discusses concerns about goods manufactured in Japan possibly being contaminated by radiation after the Fukushima incident. While some mention seeing scattered information on this topic, no clear conclusion has been reached. There is discussion about government control of radiation levels on goods and the reliability of these controls. One person suggests using geiger counters to ensure no contamination, but another points out the difficulty in enforcing such a policy due to natural background radiation. The conversation also touches on the average person's ability to use geiger counters and the likelihood of contamination resulting in significant exposure compared to background levels.
  • #36
East River said:
Hello,

Since the Fukushima incident I have wondered if goods manufactured in Japan could be contaminated by radiation. Before posting this thread I have found scattered mentions to this subject in Fukushima threads but I didn't find any clear conclusion on this. I hope not to question about something already discussed.

I would like to know the chances that exports could be contaminated. I'm not talking about food, I'm considering also cars, watches, electronics, etc... is metal more likely to be contaminated? Are there radiation level controls on goods? are they reliable?

Sorry about my ignorance on this subject...

Thanks a lot,

East River

It would have been be really nice if you had posted in the "contamination and consequences" thread :P

https://www.physicsforums.com/showthread.php?t=501637
 
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  • #37
daveb said:
I have to assume the translation from Japanese is accurate, but i doubt the credibility of the source itself since it's a blog and not any agency.

Sankei Shinbun is a major daily newspaper affiliated with Fuji Television. Their daily circulation is over 2.8 million copies. The translation is accurate.

http://sankei.jp.msn.com/affairs/news/111017/dst11101722200035-n1.htm


daveb said:
20 uSv/hr exceeds any IAEA, ICRP or NCRP recommendation (as well as NRC requirement) for unrestricted areas. As for "the government and nuclear industry" saying it has no immediate effect, no one with any sense of radiation science will make such an erroneous statement.

This statement ("That level of radiation does not have an immediate effect on the human body.") has been repeated numerous times by the highest level officials from the government and nuclear industry, as well as the msm. Please let me know if you have never noticed, and I'll use google to find examples for you.
 
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  • #38
Nope. Haven't noticed. And as I said, it has no "immediate effect". It can have long term stochastic effects. Those are completely different.
 
  • #41
QuantumPion said:
Sweet, I want a radioactive car. No one will want to park next to me and if someone steals it, it will be easy to trace!

Get one! I'll track it down, park my junkiest bike next to it for a month to get it activated, then sue for a gazillion dollars. I'll just claim I didn't know what the huge trefoil on the hood means.
 
  • #42
zapperzero said:
Get one! I'll track it down, park my junkiest bike next to it for a month to get it activated, then sue for a gazillion dollars. I'll just claim I didn't know what the huge trefoil on the hood means.

You can't get activated no matter how long you stand next to it. And unless you wear a dosimeter, there is no way to determine how much dose you received from my car. And even if you did have a dosimeter, you would have to prove that it was professionally calibrated, and that all the dose received was due to my car. Then I would ask the court to dismiss your case with prejudice, since you obviously knew my car was radioactive before filing the suit by the fact that you got a calibrated dosimeter set up to only read the dose from my car.
 
  • #43
QuantumPion said:
You can't get activated no matter how long you stand next to it. And unless you wear a dosimeter, there is no way to determine how much dose you received from my car. And even if you did have a dosimeter, you would have to prove that it was professionally calibrated, and that all the dose received was due to my car. Then I would ask the court to dismiss your case with prejudice, since you obviously knew my car was radioactive before filing the suit by the fact that you got a calibrated dosimeter set up to only read the dose from my car.

I CAN get it activated if it's a neutron emitter that contaminated your car. Plus you'd be on the hook for reckless endangerment either way (because you left the damn thing out in the open to begin with) and the justice system is unlikely to look down upon you with benevolence when I bring my civil suit.

So there. :grumpy:

On a more serious note, I would NOT buy such a car.

Many big tunnels and bridges are set up with detectors. Now, if those detectors are to have a hope in hell of detecting a dirty bomb or even a loose nuke, they have to be set up with a VERY low detection threshold. Crossing into Manhattan might net you a one-way, all expenses paid trip to sunny Guantanamo, Cuba...
 
  • #44
zapperzero said:
I CAN get it activated if it's a neutron emitter that contaminated your car. Plus you'd be on the hook for reckless endangerment either way (because you left the damn thing out in the open to begin with) and the justice system is unlikely to look down upon you with benevolence when I bring my civil suit.

So there. :grumpy:

On a more serious note, I would NOT buy such a car.

Many big tunnels and bridges are set up with detectors. Now, if those detectors are to have a hope in hell of detecting a dirty bomb or even a loose nuke, they have to be set up with a VERY low detection threshold. Crossing into Manhattan might net you a one-way, all expenses paid trip to sunny Guantanamo, Cuba...

There's not going to be any neutron emitting contaminants unless the car was parked at the Chernobyl parking lot at the time of that accident and had actual fuel particles landing on it.

And no, there is no reckless endangerment because there is no endangerment. No more so is the guy that built my house out of brick recklessly endangering me with background radiation.

I assume you are just being silly with your last statement so I won't comment on that.
 
  • #45
zapperzero said:
Many big tunnels and bridges are set up with detectors. Now, if those detectors are to have a hope in hell of detecting a dirty bomb or even a loose nuke, they have to be set up with a VERY low detection threshold. Crossing into Manhattan might net you a one-way, all expenses paid trip to sunny Guantanamo, Cuba...

A number of police vehicles are also equipped with detectors, and have been known to detect radioiodine in patients as they drive down the freeway (can't find any links, though, so it may be an urban myth). This was one of the reasons why patient release letters are now standard issue following radioiodine treatments for diseases such as Graves.
 
  • #46
QuantumPion said:
There's not going to be any neutron emitting contaminants unless the car was parked at the Chernobyl parking lot at the time of that accident and had actual fuel particles landing on it.

And no, there is no reckless endangerment because there is no endangerment. No more so is the guy that built my house out of brick recklessly endangering me with background radiation.

I assume you are just being silly with your last statement so I won't comment on that.

My last statement was in dead earnest. If you plan on traveling with sources, make sure people know who you are and where you are going and carry any and all relevant documentation.
 
  • #47
zapperzero said:
My last statement was in dead earnest. If you plan on traveling with sources, make sure people know who you are and where you are going and carry any and all relevant documentation.

That is not necessary unless you are transporting material requiring a license to own/transport e.g. medical equipment, geology scanners, etc. There is no requirement to document low level sources. The police cannot arrest you because you are emitting low level background radiation. If you honest believe the government is going to throw you in Guantanamo bay because of that, well then we can't really have a serious discussion here because you are out of touch with reality.
 
  • #48
QuantumPion said:
That is not necessary unless you are transporting material requiring a license to own/transport e.g. medical equipment, geology scanners, etc. There is no requirement to document low level sources. The police cannot arrest you because you are emitting low level background radiation. If you honest believe the government is going to throw you in Guantanamo bay because of that, well then we can't really have a serious discussion here because you are out of touch with reality.

You are making qualifications here, then using them to argue a point that I did not make. This is called a straw man argument. What's worse, you are not arguing with, well, arguments, but simply by stating your belief.

By definition a source, any source, will emit above the natural background. It should have been obvious to you that I was not talking about traveling with bananas.

Here's a something on (portable) detectors in use by LEOs:
http://en.wikipedia.org/wiki/Triborough_Bridge_and_Tunnel_Authority_Police
Portal-type scintillation detectors at ports of entry
http://www.homelandsecuritynewswire.com/gao-unimpressed-new-radiation-detectors
and so on and so forth, do your own Googling.
 
  • #49
QuantumPion said:
That is not necessary unless you are transporting material requiring a license to own/transport e.g. medical equipment, geology scanners, etc. There is no requirement to document low level sources. The police cannot arrest you because you are emitting low level background radiation. If you honest believe the government is going to throw you in Guantanamo bay because of that, well then we can't really have a serious discussion here because you are out of touch with reality.

Not quite true. Even low level sources must adhere to specific DOT regulations, though they are usually classified as LQS (Limited Quantity Shipments) or LSA (Low Specific Activity) shipments.
 
<h2>1. What is goods contamination by radiation?</h2><p>Goods contamination by radiation refers to the presence of radioactive materials on consumer goods or food products. This can occur due to exposure to radiation during production, transportation, or storage.</p><h2>2. How does goods contamination by radiation happen?</h2><p>Goods contamination by radiation can happen through various means, such as accidental spills or leaks from nuclear facilities, improper handling of radioactive materials, or exposure to contaminated water or soil.</p><h2>3. What are the potential health risks of goods contamination by radiation?</h2><p>The potential health risks of goods contamination by radiation depend on the level of exposure and the type of radioactive material present. Short-term exposure can cause radiation sickness, while long-term exposure can increase the risk of cancer and other health issues.</p><h2>4. How can goods contamination by radiation be detected?</h2><p>Goods contamination by radiation can be detected through various methods, such as using radiation detectors or conducting laboratory tests on samples. Some countries also have regulations in place for regular testing of imported goods for radiation levels.</p><h2>5. What can be done to prevent goods contamination by radiation?</h2><p>To prevent goods contamination by radiation, strict regulations and safety measures must be in place for the handling, transportation, and storage of radioactive materials. Regular monitoring and testing of goods can also help to identify and prevent contamination. In case of an accident, prompt and proper clean-up procedures must be followed to minimize the spread of contamination.</p>

1. What is goods contamination by radiation?

Goods contamination by radiation refers to the presence of radioactive materials on consumer goods or food products. This can occur due to exposure to radiation during production, transportation, or storage.

2. How does goods contamination by radiation happen?

Goods contamination by radiation can happen through various means, such as accidental spills or leaks from nuclear facilities, improper handling of radioactive materials, or exposure to contaminated water or soil.

3. What are the potential health risks of goods contamination by radiation?

The potential health risks of goods contamination by radiation depend on the level of exposure and the type of radioactive material present. Short-term exposure can cause radiation sickness, while long-term exposure can increase the risk of cancer and other health issues.

4. How can goods contamination by radiation be detected?

Goods contamination by radiation can be detected through various methods, such as using radiation detectors or conducting laboratory tests on samples. Some countries also have regulations in place for regular testing of imported goods for radiation levels.

5. What can be done to prevent goods contamination by radiation?

To prevent goods contamination by radiation, strict regulations and safety measures must be in place for the handling, transportation, and storage of radioactive materials. Regular monitoring and testing of goods can also help to identify and prevent contamination. In case of an accident, prompt and proper clean-up procedures must be followed to minimize the spread of contamination.

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