Yes. How quickly depends on available material. In a nuclear reactor, neutrons bombard uranium atoms, destabilising the nucleus. The unstable nucleus splits into two smaller nuclei. Smaller nuclei contain proportionally less neutrons and the spare neutrons are ejected.
These are available for further bombardment, but usually require slowing down (moderating) before a good chance of a chain reaction occurs.
For a chain reaction there needs to be sufficient fissile material (the uranium) and sufficient thermal (quite slow) neutrons. A lack of these will lead to the chain reaction coming to a halt.
When the n/p ratio becomes equal to one, nuclei will get stability.As a result reaction will stop.
No, it is not correct; only a nuclear chain reaction can be stopped with control rods.
In nuclear reactors, krypton can absorb enough neutrons to slow or stop the chain reaction.
The reason a nuclear chain reaction occurs is that one of the by products of a single reaction: the neutrons can start reactions of their own. So how do you stop a chain reaction? Stop these neutrons from causing any more reactions. This is done in nuclear reactors by placing control rods into the reactor core. These control rods are made of elements that can absorb the high energy neutrons without reacting themselves. Therefore, by moving these rods in and out of the reactor, the rate of reaction in a nuclear reactor can be easily controlled.
Nuclear
A nuclear chain reaction nuclear fission
In nuclear reactors, krypton can absorb enough neutrons to slow or stop the chain reaction.
nuclear reaction= Kernreaktion
A nuclear chain reaction nuclear fission
Current nuclear reactors rely on nuclear fission as their nuclear reaction.
False
Nuclear fission