Not exact matches
The idea was to increase the
neutrons» chances of being
absorbed by another
uranium nucleus.
It is also said to be «fertile,» because when a
uranium 238 atom
absorbs a
neutron without splitting, it transmutes into plutonium 239, which, like
uranium 235, is fissile and can sustain a chain reaction.
In nuclides such as
Uranium - 238, thermal
neutrons are readily
absorbed without causing a fission — resulting in what we call a capture.
Around the core is
uranium that will
absorb neutrons and breed plutonium Heats up sodium that transfers heat to a second sodium loop that then heats up water to make steam Can produce 20 % more fuel than it uses.
Fuel —
Uranium 235 Natural uranium contains only 0.7 % of U-235 Must be enriched typically to about 3 % for commercial power Uranium 235 will only absorb thermal (slow) neutrons requiring a moderator to slow the neutrons down by colliding wit
Uranium 235 Natural
uranium contains only 0.7 % of U-235 Must be enriched typically to about 3 % for commercial power Uranium 235 will only absorb thermal (slow) neutrons requiring a moderator to slow the neutrons down by colliding wit
uranium contains only 0.7 % of U-235 Must be enriched typically to about 3 % for commercial power
Uranium 235 will only absorb thermal (slow) neutrons requiring a moderator to slow the neutrons down by colliding wit
Uranium 235 will only
absorb thermal (slow)
neutrons requiring a moderator to slow the
neutrons down by colliding with them.
Uranium 235 will only
absorb thermal (slow)
neutrons requiring a moderator to slow the
neutrons down by colliding with them.
Thorium is better because it has to
absorb five
neutrons before it will turn into a transuranic isotope, whereas common
uranium only has to
absorb one - a built in buffer.