«Bacteria could help clean groundwater contaminated
by uranium ore processing.»
Not exact matches
Knowing that
uranium and thorium decay into two lead «isotopes» — which can be distinguished
by their different physical properties — Soddy later measured the atomic weights of this stable element in
ores rich in
uranium and thorium, and found that they were 206.08 and 207.69, respectively.
The machines handle the decaying element's radiation better than human miners and can tolerate the radon gas released
by the
ore; early Navajo miners of
uranium in the U.S. — and their families exposed to residual radioactive dust and debris as well as contaminated water — developed lung cancer and other ailments
by the 1970s and 1980s.
A new field project, led
by SLAC researchers and the DOE Office of Legacy Management, is using X-ray techniques to target long - lived groundwater contamination (large dark brown area) at former
uranium ore processing sites in the floodplains of the upper Colorado River basin.
The concentration of U235, expressed
by percentage of weight in
uranium, in a given quantity of
uranium ore,
uranium hexafluoride or
uranium metal.
Known recoverable
uranium resources in unmined
ore deposits
by country as of 2004 are shown in Table 1.
Australia's enviable prosperity isn't due to sunshine and breezes, it's down to iron
ore, coal and a bevy of other minerals including copper and
uranium of the kind being gouged out of the ground
by BHP Billiton at Roxby Downs in South Australia's North (see above).
Australia's enviable prosperity isn't due to sunshine and glinting solar panels or windmills flailing in the breeze, it's down to iron
ore, coal and a bevy of other minerals including copper and
uranium of the kind being gouged out of the ground
by BHP Billiton at Roxby Downs in South Australia's North (see above).
We should be able to get all the
uranium and thorium we need to fuel nuclear power plants for centuries
by using cinders and smoke as
ore.