Rawr
Heavy water (deuterium) functions as a moderator. It slows down fast neutrons released by fission reactions in order to allow the reaction to be sustained. Fast neutrons pass through the reactor before initiating another fission reaction.
They are fused into helium and create energy. But it takes 4 hydrogen atoms to make 1 atom of helium. The Hydrogen is first converted to Deuterium (heavy hydrogen), and the two deuterium atoms fuse to make the Helium atom. This process releases a lot of energy, not the least because of the neutrons released. Lol
ergy is released in the formation of negative ion
Four protons are fused together to four one helium nucleus The differential strong atomic force is released as energy and gamma radiation. Two of the protons are converted into neutrons, releasing positrons and electron neutrinos.
During the formation of anions (negatigely charged ions) energy is released. During the formation of cations (positively charged ions) energy is absorbed.
Heavy water (deuterium) functions as a moderator. It slows down fast neutrons released by fission reactions in order to allow the reaction to be sustained. Fast neutrons pass through the reactor before initiating another fission reaction.
They are fused into helium and create energy. But it takes 4 hydrogen atoms to make 1 atom of helium. The Hydrogen is first converted to Deuterium (heavy hydrogen), and the two deuterium atoms fuse to make the Helium atom. This process releases a lot of energy, not the least because of the neutrons released. Lol
They are fused into helium and create energy. But it takes 4 hydrogen atoms to make 1 atom of helium. The Hydrogen is first converted to Deuterium (heavy hydrogen), and the two deuterium atoms fuse to make the Helium atom. This process releases a lot of energy, not the least because of the neutrons released. Lol
An atomic bomb works by having a number of neutrons released from the nucleus, and these in turn will dislodge more neutrons from other atoms and so on. Provided the number of neutrons released continues to grow, a nuclear explosion will result. A significant problem is in having enough neutrons released to start the chain reaction going. This will not usually take place with ordinary materials, and the starting material has to be made to release more neutrons than it would do naturally. This is done by compressing the start material, but as you know, trying to compress a solid is difficult. A spherical cage of conventional explosive (shaped charge) is the most common method. Returning to the question, there is no single "equation". If you look up the work of folk like Richard Feynman, and J R Oppenheimer, you'll be better informed.
ergy is released in the formation of negative ion
The most likely fusion reaction to be exploited is deuterium + tritium forming helium +a neutron, not what you have put in your question. The physics of this was worked out by Hans Bethe
Deuterium is the isotope of hydrogen with a nucleus of one proton and one neutron. It occurs naturally in water to a small concentration. The main use at present is as heavy water, which is deuterium oxide ( equivalent to H2O), which is used as a moderator in heavy water reactors, like the CANDU type. Experiments in nuclear fusion use deuterium as a fuel, along with tritium, which is another hydrogen isotope, and if these experiments are ever successful enough to build a fusion power plant this will become a major use for it. Luckily there is a large amount in all the earth's waters.
An atomic bomb works by having a number of neutrons released from the nucleus, and these in turn will dislodge more neutrons from other atoms and so on. Provided the number of neutrons released continues to grow, a nuclear explosion will result. A significant problem is in having enough neutrons released to start the chain reaction going. This will not usually take place with ordinary materials, and the starting material has to be made to release more neutrons than it would do naturally. This is done by compressing the start material, but as you know, trying to compress a solid is difficult. A spherical cage of conventional explosive (shaped charge) is the most common method. Returning to the question, there is no single "equation". If you look up the work of folk like Richard Feynman, and J R Oppenheimer, you'll be better informed.
If you fuse deuterium (1p, 1n) with tritium (1p, 2n), you get helium (2p, 2n) plus a free neutron, plus the released energy
4.133:1
During the formation of anions (negatigely charged ions) energy is released. During the formation of cations (positively charged ions) energy is absorbed.
Large amount of energy and extra neutrons are released