Examples of using These reactors in English and their translations into Chinese
{-}
-
Political
-
Ecclesiastic
-
Programming
More info on these reactors. .
These reactors are not capable of melting down.
There are a total of 34 of these reactors in operation;
These reactors were designed over 30 years ago.
And it would require a lot of uranium to power these reactors.
Three of these reactors were in meltdown.
These reactors in Europe, America and other 19 countries.
The material produced by these reactors is not being used for weapons purposes.
These reactors produce more fuel than what they consume.
As mentioned, the AEC viewed these reactors as prototypes of bigger things to come.
These reactors have proven unaffordable and economically uncompetitive.
Designed by Areva of France, these reactors are being touted as a revolution in nuclear power.
These reactors are likely to have closed fuel cycles and use the spent fuel.
If scientists ever reach"the horizon" of fusion energy, these reactors would create a whole lot more energy than fission, without the harmful byproducts.
These reactors supply just over 15 per cent of the world' s electricity.
Maintaining the safety of these reactors is important in realizing nuclear energy's potential.
These reactors provide more than half of the electricity supply in the European nation.
Maintaining the safety of these reactors is important in realizing nuclear energy's potential.
These reactors vary in volume from 0.05 m³ to as high as 12 m³- offering the flexibility required to meet your specific needs.
There are a total of 34 of these reactors in operation; most were constructed in the 1970s and the early 1980s.
These reactors generally use MOX fuel as about one-third of their core, but some will accept up to 50% MOX assemblies.
There are only 4 of these reactors, housed at two separate sites: Civaux and Chooz.
Convert these reactors to use low-enriched uranium, and accelerate research on how to make highly enriched uranium unnecessary for all peaceful nuclear applications.
Each of these reactors has a capacity of 700 MW.
Rossi says that these reactors are running‘above' 600 C- how high above, we are not told.
Adapted versions of these reactors can be used in water treatment systems to extract elements like Cadmium and Chromium.
Shutting down these reactors was reasonable in order to determine how to make them more resistant to this particular threat.
Twelve of these reactors, with a combined capacity of 11.7 gigawatts, are scheduled to retire within the next seven years.
The potential of these reactors has led some industry experts to advocate the adoption of dry cask surface storage of nuclear waste.
Easier said than done, since these reactors are also notoriously unstable and hence difficult to run reliably over long periods.