In a nuclear fusion reaction, a lithium-6 nucleus () fuses with a deuterium nucleus () to form two alpha particles (). Given the atomic masses of , , and , and taking , what is the total energy released in this reaction in ?
Cevap: 22.356 MeV
Cevap
The total energy released in the fusion reaction is 22.356 MeV.
The total mass before fusion () is , while the total mass after fusion () is . The resulting mass defect is . Multiplying this mass loss by gives an energy release of .
Adım Adım Çözüm
Anahtar Kavram
Mass Defect and Energy Release in Nuclear Fusion Reactions