It first must be rapidly assembled from a subcritical configuration to a supercritical configuration in a period of a few milliseconds using chemical explosives (either a gun assembly or implosion assembly method can be used for Uranium). Once assembled, a neutron source fires neutrons through the supercritical assembly which then explodes about 5 microseconds later.
There are many different elements involved in the construction of an atomic bomb, but the elements that actually cause an atomic explosion are either uranium (specifically the U235 isotope) or plutonium.
The references I have state Oralloy is 93.5% U235. Oralloy (Oak Ridge Alloy) was used in US Uranium atomic bombs as the fissile material. However they also say that any enrichment 20% U235 or higher is fissile and could be used to make a bomb, it would require a higher critical mass to work though. One source I have states that early Soviet Uranium atomic bombs used ~97% U235, but the US felt this level of enrichment to be unnecessary and excessively expensive.
The atomic bomb is sphere shaped and weird. An atomic explosion is made by taking two halves of a critical mass of fissile material (plutonium or U235) and pushing them together very rapidly. Atomic bombs use conventional explosives to move the fissile material fast enough. If it does not move fast enough it just overheats and melts, rather than exploding. That's the key to designing an atomic bomb. Good luck!
If you consider the US atomic bomb is a Christian bomb, the French atomic bomb is also Christian bomb and so on, then you can name the Pakistani atomic bomb an Islamic bomb.
how was the atomic bomb repaired
18th May1998, but its not atomic bomb (its nuclear bomb)
porket may atomic , bomb agad,
Germany never had an atomic bomb.
the us created the atomic bomb
the atomic bomb was not discovered, it was invented then built.
It was both: an atomic bomb using uranium as its fuel.
The fission bomb never became outdated, one is needed in every single fusion bomb as the primary to set off the fusion reaction.