Depending on the size and type of the bomb and also on the enrichment installation available.
Plutonium is the preferred fuel for nuclear bombs due to its greater efficiency in sustaining a nuclear chain reaction compared to uranium. Its higher fissionability and smaller critical mass make it the more suitable choice for achieving the explosive yield required in nuclear weapons.
When plutonium fuses with uranium in a nuclear bomb, a chain reaction occurs that releases a large amount of energy in the form of heat, light, and radiation. This energy causes an explosion, resulting in immense destruction and a significant release of harmful radiation.
You need a supply of plutonium or uranium 235. You then need the ability to use machinery to shape these incredibly toxic and dangerous materials. You need different types of high explosives shaped in the correct way to initiate the bomb. You need precision electrical timing devices to fire the explosives in exactly the right order. You will also need several million dollars to pay for all of this, and a rather large truck- the first atomic bomb weighed roughly 6 tons.
You are orobably thinking of the small cylinders which make up the fuel rods. These are 10mm diameter and about 10mm long, and are packed end to end inside the zircaloy sheath to make a fuel rod. The material is uranium dioxide with the uranium enriched to about 5% U-235.
Applications of uranium: - nuclear fuel for nuclear power reactors - explosive for nuclear weapons - material for armors and projectiles - catalyst - additive for glass and ceramics (to obtain beautiful green or yellow colors) - toner in photography - mordant for textiles - shielding material (depleted uranium) - ballast - and other minor applications
Many things, but the fuels required are Uranium-233, Uranium-235, Plutonium-239, Deuterium, Tritium, and Lithium, depending on the design.
Uranium or plutonium is enriched to create to create a core capable of nuclear fusion and fission.
Reactor-grade uranium is not suitable for making a bomb because it contains a lower concentration of the fissile isotope U-235, which is necessary for sustaining a nuclear chain reaction required for a bomb to explode. The U-235 content in reactor-grade uranium is too low to achieve the rapid and efficient chain reaction needed for a nuclear explosion.
Germany has not made a nuclear bomb.
uranium
Plutonium is the preferred fuel for nuclear bombs due to its greater efficiency in sustaining a nuclear chain reaction compared to uranium. Its higher fissionability and smaller critical mass make it the more suitable choice for achieving the explosive yield required in nuclear weapons.
No, the atomic bomb and depleted uranium are not the same thing. Nuclear weapons are made with enriched uranium or with plutonium as the fissionable material. Depleted uranium is uranium that is "left over" after natural uranium is put through a process called enrichment to inprove the concentration of the isotope U-235 over that in natural uranium. The enriched uranium with its higher percentage of U-235 is fissionable, and it can be used in nuclear reactors and in nuclear weapons. Depleted uranium is used to make armor-piercing projectiles, and can be put through the neutron flux in an operating reactor to be transformed (transmuted) into plutonium. Use the links below to related questions to learn more.
It may be used in the fusion stage tamper of "clean" hydrogen bombs instead of depleted uranium, but other than that there is little use for it in any nuclear weapon.
To make a nuclear bomb, you need the fissionable material such as a Plutonium239 isotope, an explosive to start the nuclear chain reaction, a detonator, and a pusher.
Albert Einstein did not make the nuclear bomb. Oppenheimer did.
When plutonium fuses with uranium in a nuclear bomb, a chain reaction occurs that releases a large amount of energy in the form of heat, light, and radiation. This energy causes an explosion, resulting in immense destruction and a significant release of harmful radiation.
To make deadly Nuclear bomb