Minor Axis
Well-Known Member
If you want a reason to quake in your boots check out the second link and quote.
Thorium Reactors why the hell have we not been using them? Scientists built one back around WWII but discarded the notion cause they could not make a big bomb out of the fuel. Check out this online Popular Science Article July 2011http://www.popsci.com/technology/ar...-promise-safe-efficient-emissions-free-energy. The description of the thorium reactor starts on the second page. The first page of the article describes a 3rd generation+ reactor, but it can only be left unattended for 3 days without power. That is unsat in light of the possibility of a CATASTROPHIC Solar Storm.
Popular Science: Are We Prepared For a Catastrophic Solar Storm:
Thorium Reactors why the hell have we not been using them? Scientists built one back around WWII but discarded the notion cause they could not make a big bomb out of the fuel. Check out this online Popular Science Article July 2011http://www.popsci.com/technology/ar...-promise-safe-efficient-emissions-free-energy. The description of the thorium reactor starts on the second page. The first page of the article describes a 3rd generation+ reactor, but it can only be left unattended for 3 days without power. That is unsat in light of the possibility of a CATASTROPHIC Solar Storm.
Popular Science: Are We Prepared For a Catastrophic Solar Storm:
One of the biggest disasters we face would begin about 18 hours after the sun spit out a 10-billion-ton ball of plasma--something it has done before and is sure to do again. When the ball, a charged cloud of particles called a coronal mass ejection (CME), struck the Earth, electrical currents would spike through the power grid. Transformers would be destroyed. Lights would go out. Food would spoil and--since the entire transportation system would also be shut down--go unrestocked.
Within weeks, backup generators at nuclear power plants would have run down, and the electric pumps that supply water to cooling ponds, where radioactive spent fuel rods are stored, would shut off. Multiple meltdowns would ensue. “Imagine 30 Chernobyls across the U.S.,” says electrical engineer John Kappenman, an expert on the grid’s vulnerability to space weather. A CME big enough to take out a chunk of the grid is what scientists and insurers call a high-consequence, low-frequency event. Many space-weather scientists say the Earth is due for one soon. Although CMEs can strike anytime, they are closely correlated to highs in the 11-year sunspot cycle. The current cycle will peak in July 2013.