#Difference in fusion and fission generator

These unstable nuclei then split and release more neutrons. The neutrons produced as a result of the fission process then go on to collide with and be absorbed by other U-235 atoms causing them to become unstable. This energy is transferred to the fission products as kinetic energy allowing them to move quickly. The process of fission produces large amounts of energy. An atom of U-235 absorbs the neutron causing it to decay to krypton-91 and barium-143, along with two neutrons. For every atom of U-235 two radioactive daughter nuclei and two or three neutrons are produced. This splitting is known as nuclear fission. By absorbing the neutron, the nucleus of the U-235 becomes unstable and splits. In the nuclear reactor of the power station, an atom of U-235 collides with a neutron which is absorbed into the nucleus.

The fuel used in most nuclear power stations is uranium-235 (U-235). Electricity travels through the step-up transformer where it is converted to the correct voltage to allow transmission across the national grid.

#Difference in fusion and fission generator

The turbine spins the generator and electricity is generated. This steam then travels upwards and turns a turbine. The energy produced in the process of nuclear fission is used to heat up the water and generate steam.

The process of nuclear fission produces large amounts of energy which can be used to generate electricity in nuclear power stations. The splitting of unstable atoms into smaller atoms is a type of nuclear reaction known as nuclear fission. Nuclear reactions such as the splitting or fusing together of atomic nuclei also produce large amounts of energy. As well as emitting radiation, this process of radioactive decay produces energy on a relatively small scale. This radiation can be detected using a device called a Geiger-counter. These atoms decay and emit radiation in the form of alpha or beta particles or gamma rays.