Upon the collision of a particle and an anti-particle, e.g. electronElementary particle with a negative electrical elementary ch... and positronElementary particle with the mass of an electron, but positi..., these are “annihilated” as particles and the mass of these particles converted into energyAbility to do work or diffuse heat. The unit of energy is th.... ElectronElementary particle with a negative electrical elementary ch... and positronElementary particle with the mass of an electron, but positi... have a rest massThe mass of a particle at rest. According to the theory of r... which is together equal to an energyAbility to do work or diffuse heat. The unit of energy is th... of 1.02 MeVMegaelectron volt, 1,000,000 eV.. Upon the “annihilation” of both particles, two gamma quanta of 0.511 MeVMegaelectron volt, 1,000,000 eV. each are generated.
Occurrence of annihilation radiationEnergy dispersion through matter or space. In atomic physics... upon collision of electronElementary particle with a negative electrical elementary ch... and positronElementary particle with the mass of an electron, but positi.... Two gamma quanta of 0.511 MeVMegaelectron volt, 1,000,000 eV. each result.