What is a nuclear fusion?

nuclear fusion is a process that combines more atoms that have the same charge to create a heavier core. In some cases, energy may be released or absorbed depending on the weight during this process. It is a very important source of energy.

Although it is often confused with nuclear cleavage, probably because of a similar name and - sometimes - similar results, nuclear fusion is a very different process. Nuclear cleavage involves the distribution of the core of the atom, which usually results in the creation of a large energy release, as seen in nuclear bombs. In this way, most nuclear power plants also create energy. Most of the energy created in this way that benefits people and other forms of life comes from the sun. Fusion is a process that all stars generate energy.

The problem of generating the merger is that two atoms have the same charge close to each other, because these atoms are generally repelled rather than they move together. Once they come together, the nuclear forceHe starts to take over. This force attracts the core of two or more atoms to each other and starts the fusion process, but this happens only if they are close close enough.

In order for the cores to get close enough to the fuse, it requires finding a way to combine atoms together. In most cases, this is achieved with a very high heat level. The heat causes atoms to accelerate, allowing them to overcome their electromagnetic tendencies to repel each other. Although it may require a large amount of energy at the beginning, the energy that results in it is often much greater than what is originally inserted. In some cases, heat from the explosion can create an ongoing nuclear fusion reactions, called a separate reaction. The stars are a good example.