their is no radioactive material in the construction of any bomb its just a bunch of atoms creating friction and being so excited that they explode in a devistating amount of force.
Atom Bomb = Uranium H-Bomb = Hydrogen
atomic bomb
A hydrogen bomb can be either clean, conventional, or salted depending on the material used for the fusion (secondary) stage tamper and how it interacts with the high energy fusion reaction neutrons.a clean hydrogen bomb uses a tamper material that does not capture or fission when hit by the high energy neutrons. Lead is one such material. Significant yield is sacrificed compared to a conventional hydrogen bomb.a conventional hydrogen bomb uses depleted or natural uranium as the tamper material, which fissions when hit by the high energy neutrons providing up to 90% of the bomb's yield and fallout.a salted hydrogen bomb uses materials in the tamper that readily capture neutrons and produce highly radioactive isotopes in the fallout.Note a very very clean hydrogen bomb has a tamper material so transparent to neutrons that almost all escape in a flash: this is sometimes called a neutron bomb!
Materials NeededMaterials needed to make an atomic bomb are:fissionable material (Plutonium239 isotope)explosive to start the nuclear chain reaction (TNT, Gelignite or semtex)detonatorpusher (made from aluminium, beryllium)
Uranium-235 and plutonium-239 were the two radioactive elements chosen for the atomic bomb dropped on Hiroshima and Nagasaki.
their is no radioactive material in the construction of any bomb its just a bunch of atoms creating friction and being so excited that they explode in a devistating amount of force.
First the radioactive material and split the atom. So it is not a discovery is was hard work.
The bomb which was dropped over Hiroshima on August 6th 1945 was filled with Uranium-235.
The radioactive material in the bomb is kept apart and are less than the critical mass until they collide into each other. EGHS Ftl
If you are a smart guy, you can make a nuclear bomb, or a nuclear reactor...
Pretty much any radioactive material can be used.
It released radioactive material which contaminated the area where the bombs landed for generations.
Medical supplies, water, construction material and food.
Because they way it works it they smash plutonium ( which is radioactive) to split an atom. This produces radiation which is harmful and can last a long time.
Absolutely, in a fission bomb the fission products are far more radioactive than the original Uranium and/or Plutonium was. Also in either fission or fusion bombs neutron activation converts stable isotopes to radioactive ones.
Uranium 235, or plutonium, depending on weapon design
The inside of an atom bomb is not the same as the inside of a baseball, but the fissile material (enriched uranium/plutonium) contained in an atom bomb could be about the same size as a baseball. The material is surrounded by shaped explosives, detonators, control circuits and a suitable casing. If a baseball was the same as an atomic bomb, nobody would play the game due to an unacceptable risk of vapourisation or radiation poisoning.