Dane: I just now (4-14-16) heard you discuss climate engineering and the synergistic complexities which flare into existence when combined with Fukushima Radiation in both the air and the Pacific — and
other radioactive particles from who knows where (Iraq war DU,left - over above ground atomic explosions, millions of tons of nuke waste just dumped into the oceans since 1945)?
Such an explosion would then waft the uranium and
other radioactive particles into the air.
Workers built an elaborate scrubbing system that removes cesium, strontium and dozens of
other radioactive particles from the water; some of it is recirculated into the reactors, and some goes into row upon row of giant tanks at the site.
Not exact matches
Uranium and
other radioactive materials, such as caesium and technetium, have been found in tiny
particles released from the damaged Fukushima Daiichi nuclear reactors.
The original dust
particles were made largely of silicates mixed with
other materials, including water and aluminum 26, a
radioactive isotope with a half - life of about 700,000 years.
Shellfish and
other bottom feeders would be the ones most likely to suffer long - term contamination as
radioactive particles settle on the sediment.
Deep underground, uranium atoms in rocks undergo
radioactive decay, sending off alpha
particles — two protons and two neutrons — that can bump into
other molecules and change them.
Another perennial concern is that the water contaminated with
radioactive particles still leaking from the stricken nuclear power plant site is poisoning Pacific Ocean fish and
other seafood.
The
particle collisions that researchers scour for exotic debris also bombard the machine's metal parts with neutrons and
other particles that render the metal
radioactive.
Others were fed
radioactive particles.
Typically, dust and
other particles, seawater and
other liquids, or even gases pick up
radioactive contaminants that are then transported great distances.