reply to post by jimmyx
ugh, in deserts or baron wastelands,
nowhere near densely populated cities and towns!
calm down!? say that to a resident near the Fukushima plants!
Originally posted by wirefly
reply to post by captaintyinknots
95% into steam? You are referring to the water that actually lands on the reactor itself I would assume.
What about the rest of the water that is sprayed into the building? I would say just blindly spraying/dumping water into a half demoed building may get you about 25% target coverage at the extreme best. Now take the rest of that water that is essentially washing fallout off of the surrounding structure, and you have an awful lot of contaminated water running back into the ecosystem.
Not only that, that irradiated steam is carrying the fallout with it as well and precipitating it nearby as it evaporates.
No good in either way really.
Originally posted by crimvelvet
Sea Water is mainly Hydrogen, Oxygen, Sodium and Chloride. H2O - NaCl.
NONE of those elements are radioactive folks.
gamma radiation: takes the form of a high energy photon with an energy corresponding to the ¥-ray portion of the electromagnetic spectrum
or A very high energy form of electromagnetic radiation * , typically with wavelengths * of less than 3 pm. Gamma rays are produced by certain nuclear decay processes, and are used to sterilize food.
Are YOU radioactive after your dentist X-rays your teeth????![]()
(I am a chemist and my spouse is a physicist)
In order to cool the reactor core some way must be found to lower the temperature of the core. It is a major mistake for Japan to flood the reactor core with sea water as the sea water composition is easily broken down when exposed to radiation. Salt water has a stable composition of sodium chloride (the salt) and hydrogen and oxygen (the water). But the radiation waves from the reactor core can disrupt that stability, degrading the bonds that hold the chemicals in salt water together. This releases the volatile hydrogen molecules, and the heat output from the nuclear reactor core rods can ignite them and burn them.