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Sounds like I'm hitting some kinda nerve so you're pulling out the sheeple card. What's next, I'm a disinfo agent?
Solar energy is fine when the sun is shining. But what about at night or when it is cloudy? To be truly useful, sunshine must be converted to a form of energy that can be stored for use when the sun is hiding.
The notion of using sunshine to split water into oxygen and storable hydrogen fuel has been championed by clean-energy advocates for decades, but stubborn challenges have prevented adoption of an otherwise promising technology.
A team of Stanford researchers may have solved one of the most vexing scientific details blocking us from such a clean-energy future.
The team, led by materials science engineer Paul McIntyre and chemist Christopher Chidsey, has devised a robust silicon-based solar electrode that shows remarkable endurance in the highly corrosive environment inherent in the process of splitting water.
The potential danger of exposure to plutonium was recognized early in 1944 by its discoverer, Glenn Seaborg. He was aware of the similarity of the radioactive properties of plutonium and radium and of the extreme toxicity of the latter element which caused bone cancer in man after deposition of microgram quantities in the body.
When milligram quantities of plutonium first became available to Los Alamos chemists and metallurgists, efforts to live with what was considered to be safe contamination levels were hampered by the fact that portable alpha counters and continuous air samplers had not yet been developed.
To evaluate the possible consequences of bone doses of this magnitude, we must refer to animal data, particularly that in dogs given plutonium intravenously. The oldest and most extensive of these studies has been carried out at the University of Utah Medical School.
However, we do know that the tumor incidence decreases and the time required for tumors to develop increases as the amount of plutonium injected i s reduced.
These observations have prompted numerous investigators to predict no adverse biological effects ( e . g . , practical threshold) below certain levels of injected plutonium. This point has not been accepted by everyone and has not been proven unequivocally for alpha-emitting radionuclides.
However, these animal data must be interpreted with caution, as lung tumor incidence is essentially 100 percent at the lowest plutonium exposure levels.
In man, Langham estimated 100 rads to the lung as a completely empirical judgment as to a level "at or above which biological consequences may ensue in a small population of limited distribution."
Originally posted by adeclerk
Originally posted by jimnuggits
It is more than apparent who you are, and what your motivation is.
Who am I? Why don't you share these details on the board?
Originally posted by jimnuggits
To say that there is no real data in that post is about as transparent as you can be.
Where is it? Link, source, etc. Please.
Originally posted by jimnuggits
No amount of money is worth selling your soul, friend.
Hell, I wish there was money in debunking. It's a thankless job, unfortunately. If I lead just one person away from ignorance, I'll be happy.
Originally posted by earthdude
reply to post by Mdv2
Where is the report that this doctor released? It does not exist. Radiation can be measured by an idiot like me so I imagine a doctor could do the same. No data, no report= HOAX!!!!! The radiation levels near the plant are much less than the levels of the average airplane flight anywhere. Millions more will die from flying.
Originally posted by earthdude
reply to post by Mdv2
Snip
The radiation levels near the plant are much less than the levels of the average airplane flight anywhere. Millions more will die from flying.
The highest rates were 0.66 mrem per hour during a Paris-Tokyo flight and 0.97 mrem per hour on the Concorde in 1996-1997.
Originally posted by buskey
Originally posted by earthdude
reply to post by Mdv2
Where is the report that this doctor released? It does not exist. Radiation can be measured by an idiot like me so I imagine a doctor could do the same. No data, no report= HOAX!!!!! The radiation levels near the plant are much less than the levels of the average airplane flight anywhere. Millions more will die from flying.
Wow, calling hoax already? And you've measured the levels near the plant yourself? Or maybe you're taking someone's word for that information? So where is YOUR proof to back up these 'claims' that levels are 'much less than the average airplane flight'? Surely there's no way the only company that could possible provide that information and has admittedly lied about the true severity of the problem since day one would ever under-report the radiation levels there.
Perhaps you'd like to move your family a little closer to the plant, maybe the extra rads would be good for your health?
Well, at least you did admit 'an idiot like me' so you do you know your limitations.edit on 22-6-2011 by buskey because: (no reason given)
Originally posted by earthdude
reply to post by jadedANDcynical
The average from your map is lower than the average from high altitude flight. This proves my point, does it not? I don't mean to underplay the severity of this disaster, but the radiation is not as hot as many think it is. there is the problem of particles getting on or in people, that would never really happen with solar radiation while flying. Nasty Fukashima stuff, but it is not going to kill millions.
Masanori Monma, principal of the Kashima Elementary School in Minami Soma, borrowed a portable Geiger counter from the science ministry. Last month, he got a reading of 2.1 microsieverts an hour at a ditch next to a school flowerbed, about 35 times higher than in downtown Tokyo and at the top end of the annual safety limit for radiation exposure.
Average individual background radiation dose: 0.23μSv/h (0.00023mSv/h); 0.17μSv/h for Australians, 0.34μSv/h for Americans[6][11][12] The hourly doses are 1.6μSv/h (0.0016mSv/h, equivalent to 14mSv/year) in the city of Fukushima and 0.062μSv/h (0.000062mSv/h, equivalent to 0.54mSv/year) in Tokyo as of May 25, 2011.[13] Highest reported level during Fukushima accident: 204 Sv/h for the gas/steam inside the primary containment (drywell) of one of the reactors (note the reading is not micro or milli Sv, but Sv/h). [14]
Originally posted by BanMePlz
Is it a retaliatory attack for what haarp did to japan?