This power is the nuclear energy from the nuclear fission.
Nuclear power plants all use uranium to some degree. There are only two radioactive elements found on Earth in sufficient concentrations to mine that can be used for nuclear power. These are uranium and thorium. Thorium cycle power plants of various types are being researched and developed, but none are currently producing power for an electric grid. Uranium-233 is part of the thorium cycle, so uranium will be present in thorium cycle reactors, and its energy is used there. There are a number of nuclear plant designs that use plutonium, though they are not common. None is producing power in the United States. And even these also use uranium. In fact, the plutonium is produced from uranium.
It derived its explosive power from the nuclear fission of uranium 235.
Alpha decay
Alpha decay
In this type of nuclear reactor the fertile isotope thorium-232 is transformed in the fissile isotope uranium-233 and this act as a nuclear fuel.
Uranium, plutonium or thorium (for fission reactors, by far the most common type).
This is an alpha decay.
This is an example of alpha decay.
Examples of metals: iron, nickel, uranium, thorium, sodium, niobium, plutonium, etc.
This is alpha decay.If you notice carefully, uranium has 238 atomic wt. and on decaying becomes thorium with atomic wt. of 234. hence it lost atomic wt. of 4. He, which is released in alpha decay, has atomic no. of 4. Hence, if uranium decayed into Helium and Thorium, it will undergo Alpha Decay
This is an alpha decay.The half-life of uranium-238 is 4,468.10ex.9 years.
Thorium is a fertile material for nuclear power reactors. But at a long therm is non-renewable.