剩余的超铀酸盐将被转移到燃烧器中，裂变成更稳定的材料。
The remaining transuranics would be transferred to a burner to be fissioned into more stable materials.
最棒的是这一过程能够自我供能——钚被裂变破坏时释放能量，这一能量可以供给燃烧炉。
The best part is that the process can power itself—plutonium releases energy as it destroyed by fission, and that energy can power the burner.
作为Masurium，它是在自然界中发现的第一种只能通过自然裂变产生的元素；作为锝，它是在实验室中发现的第一种元素。
As Masurium, it was the first element discovered that occurs in nature only from spontaneous fission, and as Technetium, it was the first element discovered in a laboratory.
核裂变释放出巨大的能量。
或者它可以像核裂变一样爆发。
回想我们也可以有快速裂变。
发生的裂变反应基本都类似。
裂变问题的正确答案是什么？
控制棒终止了产生热量的核裂变反应。
Control rods shut down the nuclear fission reactions that generate power.
能量是相当大的，168兆伏，每裂变。
有些核裂变产生的副产品自身具有放射性。
Some byproducts of the nuclear fission are themselves radioactive.
丰富的意思是裂变的铀。
这也是易裂变同位素。
原子裂变产生了核能。
不是裂变，靠那个铀和钚，变成碎片，而是聚变。
Not fission, whereby uranium and plutonium breaks up in pieces, but fusion.
如果裂变过程慢下来的话这种动能就转变为热能。
This kinetic energy is converted toheat as the fission products slow down.
铀燃料是由中子导致的核裂变产生的能量加热的。
The uranium fuel generates heat by neutron-induced nuclear fission.
所以，随着时间流逝，裂变反应会慢下来并会停止。
So, over time, the fission reactions will still slow down and stop.
另一个条约则将终止武器级裂变材料生产。
The other would end the production of fissile materials for bombs.
一座裂变反应堆需要在可控的核裂变中运转。
A fission reactor works by maintaining a controlled nuclear chain reaction.
铀235——反应堆中的燃料——经过核裂变。
Uranium 235 — the fuel inside a nuclear reactor — undergoes nuclear fission.
在这样的高温下，核弹的非裂变部分将被气化。
At these very high temperatures the nonfissioned parts of the nuclear weapon are vaporized.
铀原子裂变为更轻的原子(aka裂变产物)。
Uranium atoms are split into lighter atoms (aka fission products).
冷聚变，甚至控制核裂变对于汽车来说是遥不可及的燃料。
Cold fusion and even controlled fission are way out of reach of being car fuel.
某些国家，那种秘密是基于将核裂变用军事用途。
In some countries that secrecy stemmed from the military USES of nuclear fission.
现在，我们能够尝试获得的能量，就是这些裂变产物的动能。
Now the energy that we're trying to capture is kinetic energy of these fission products.
任何突然出现的过量中子数会加速裂变反应，增加反应堆能量输出。
Any sudden excess of neutrons will accelerate the fission reaction and increase the reactor's power output.
任何突然出现的过量中子数会加速裂变反应，增加反应堆能量输出。
Any sudden excess of neutrons will accelerate the fission reaction and increase the reactor's power output.
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