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Relationship between nuclear binding energy (B) and mass defect ( D )

Relationship between nuclear binding energy (B) and mass defect ( D ). B (Z,A) = [Zm (1H) +Nm n – M (Z,A) ]c 2 D = [M (Z,A) – A]c 2 all masses in atomic mass units (u)  B + D = [ Zm (1H) +Nm n – A]c 2 = [Z(1.007825) + N(1.008665) – Z – N]c 2

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Relationship between nuclear binding energy (B) and mass defect ( D )

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  1. Relationship between nuclear binding energy (B) and mass defect (D) B (Z,A) = [Zm(1H) +Nmn – M(Z,A)]c2 D = [M(Z,A) – A]c2 all masses in atomic mass units (u)  B + D = [Zm(1H) +Nmn – A]c2 = [Z(1.007825) + N(1.008665) – Z – N]c2 = [Z(0.007825) + N(0.008665)]c2

  2. Nuclear radii Nuclei have nearly constant density A/(4/3)pR3 ~ constant  R a A1/3  R = R0 A1/3 ,with R0 = 1.2 fm

  3. Quantum MechanicsKrane: Chapter 2 The Infamous Double Slit Experiment http://www.youtube.com/watch?v=wEzRdZGYNvA

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