For awhile there was a website of a Ukranian woman who took her sportbike to the city of Chernobyl. Her father was sufficiently placed to allow her to do so. She was emphatic that she wouldn't ride pillion, and that she wouldn't ride behind anyone else. Damnedest thing. The place is still really radioactive. Apparently the wildlife doesn't care, as there has been a resurgence with the departure of humanity.
Great post. Thanks.
Here's the picture site. There was some debate over whether she rode in there alone or with a group. It doesn't really matter, the photos are real and are extremely creepy.
http://www.kiddofspeed.com/chernobyl-revisited/
EDIT: That was a scary video...at 6:12 you can see white dots appearing when he was filming the reactor. That's high energy gamma rays hitting the film and exposing it.
So if you were passing through the region today on your own motorcycle/crash gear that you intend to keep using, how far would you be willing to go into the area?
And you're not suicidal and intend to remain healthy.
I don't know enough about radioactivity to judge the risk but I would like to do the ride too even though it's been years since I have driven a motorcycle.I'd do the ride in a heartbeat if I had the opportunity.
1 mRem/hr and you had to wear dosimetry equipment at the shipyard. That was were you got to 2 Rem/year in a 2000 hour work year, the maximum allowed without special permission. 5 mRem/year was the max - period. I agree, many of these numbers are not outragious. On the other hand, some of the other number are horrifying.
I'd do the ride in a heartbeat if I had the opportunity.
from http://www.nrc.gov/reading-rm/doc-collections/fact-sheets/bio-effects-radiation.html
The average annual radiation exposure from natural sources is about 310 millirem (3.1 millisieverts or mSv).
Man-made sources of radiation from medical, commercial, and industrial activities contribute about another 310 mrem.
Consumer products such as tobacco, fertilizer, welding rods, exit signs, luminous watch dials, and smoke detectors contribute about another 10 mrem.
At the yards I worked at, and at the power plants, the limit for occupational radiation exposure was 5,000 mRem (50 mSv) per year. I once got more in one shift in the sub reactor compartment on one job than I did in 20 yrs elsewhere in controlled radiation areas but that was still well below any prescribed limits.
For lifetime exposure the rule was 5(N-18) with N being age in years. That rule has been since been deleted. In other words, they quit allowing older workers to "bank" dose that could be used on high dose jobs or to extend their stay time. There are special rules to allow certain exceptions to the limits in case there is an urgent need to exceed the nominal limits.
We had "low", "high" and "very high" level controls. In general terms, the break point was 100 mR/hr or greater to be considered a "high" area and 500 mR/hr for a "very high". Various means of controlling exposure, and thereby absorbed dose, were employed to minimize energy deposition. Made for some interesting work constraints at times.
Actually, if I had a decent Geiger/Roentgen counter, I wouldn't worry about it. The mail worry in terms of gear is radioactive dust settling on leathers, and that can be cleaned and checked. Alpha particles are not particularly worrysome so long as they're not ingested. Beta a little more so. I'd do the ride in a heartbeat if I had the opportunity.
Well, I was at MINSY in nuclear engineering for a year, 1975 to 1976. The yard tried to cut you off at 2000 mRem/year, knowing that the ultimate limit was 5,000 mRem/year. Academic to me, I picked up 0 bugs the year I worked nuc. Trained radiation worker, but never had the need to use the training. Enjoyed my job at NAVELEX VJO much more.
I know zip about nuclear reactors but if this wiki description of the events is accurate, it sounds like a total cluster.
Design, operating culture, and an inadequate testing procedure conspired to doom the #4 reactor at Chernobyl.
And then read about Hanford. Hanford? Who ever heard about Hanford? What's Hanford?My God, they had a nuclear reactor in service, and did not have a completely functioning safety system.
That's what the wiki link says they were doing which caused the event - testing a new safety system design (powering pumps off a spooling-down turbine).....on a functioning reactor, when there was no existing safety system!
And during the test, so many things happened that seemed to scream "stand-down" to me.
I am going to have to read up on 3MI now!
I did some aerial mapping of Hanford when I worked for a company in Boise. I had never heard of it before. The people would joke about it glowing in the dark at night.And then read about Hanford. Hanford? Who ever heard about Hanford? What's Hanford?
http://en.wikipedia.org/wiki/Hanford_Site
Regulations, shmegulations.
There clearly is a market solution to all this.
Dump it all into the river and let the people downstream deal with it while the CEO's cash in bigtime?
exactly! said Smithers...
And then read about Hanford. Hanford? Who ever heard about Hanford? What's Hanford?
http://en.wikipedia.org/wiki/Hanford_Site
It was the only possible solution for a business fiscal solution to the problem without federal regulation oversight.
Who's Smithers?
Smithers is Mr. Burn's sidekick on the Simpsons.
Damnedest thing. The place is still really radioactive. Apparently the wildlife doesn't care, as there has been a resurgence with the departure of humanity.
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I am going to have to read up on 3MI now!
To compare the events at TMI to those at Chernobyl is quite a stretch, to say the least.