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How do you make nuclear weapons?

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Anonymous

14y ago
Updated: 8/16/2019

Some heavy elements such as uranium and plutonium disintegrate over time into lighter elements while ejecting neutrons and creating energy. These neutrons, not having an electric charge, can impact the nuclei of other atoms, causing them to disintegrate immediately. Normally this is the end of the process, because most neutrons produced by this process pass harmlessly into space, without impacting other atoms of the uranium or plutonium. Increasing the size of the piece increases the number of target nuclei available to the neutrons, so that more neutrons impact a nucleus. A critical mass is formed when a piece of uranium or plutonium is just the right size to maintain a chain reaction, continually producing enough neutrons to maintain the process indefinitely.

A nuclear reactor has exactly the amount of uranium or plutonium, at just the right proximity and moderated by heavy water, so that an average of one neutron is produced by each neutron already produced - resulting in a chain reaction.

A nuclear explosion will occur if there is more nuclear fuel than a critical mass, so that the number of available neutrons grows exponentially. A nuclear weapon has sufficient nuclear fuel for an explosion to occur, in two or more separate pieces, each of sub-critical size and separated from each other. A trigger mechanism fires the pieces together so that they rapidly form a super-critical mass, and the energy released results in the explosion.

A thermonuclear weapon uses a nuclear weapon as the trigger for an explosive fusion of hydrogen atoms. When heated to extreme temperatures by a nuclear reaction, atoms of hydrogen will fuse into heavier atoms, producing energy.

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Wiki User

14y ago

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