Nuclear weapons are dangerous weapons, created to release energy from a nuclear reaction. These reactions can be generally categorized to fission reactions and fusion reactions. In nuclear, either fission reactions or mergers of fission and fusion reactions are utilized. In a fission reaction, a sizeable unstable nucleus is divided into smaller stable nuclei, and in the process, energy is released. Atomic bombs deliver energy through nuclear fission reactions.
The energy source for this is a significant, unstable radioactive element such as uranium and plutonium. Because the uranium nucleus is unbalanced, it breaks down into smaller atoms pitch neutrons and energy constantly, to become stable. Atomic bombs discharge less energy than hydrogen bombs. Nuclear bombs may depend upon nuclear fission or nuclear fusion.
Some people may wonder if there is any difference between nuclear and atomic but there is no need to worry if you are using them interchangeably because they mean the same thing. Some experts say that they are not the same.
If they would be studied more thoroughly, nuclear bombs are known to be somewhat generic which means that they may be the same with each other. Atomic bombs are known to be more complex and they may be harder to create. Of course, if they would be used, they would also be more fatal to those who will get affected by the bomb.
Nuclear and atomic are interchangeable terms. They are synonymous with one another when it comes to bombs. Yet, most academics will view them differently. Atomic bombs are nuclear fission devices. Nuclear bombs are more generic and can be fission or fusion. In most modern devices, nuclear weapons are fusion. Fission bombs are the same weight of fusion bombs but they produce more energy.
Compared to fission devices, fusions are harder to produce and more complex. Fission bombs split one atom into two small ones, which is how they produce energy. While both are dangerous and deadly, nuclear bombs are more powerful.