Appendix: Problem Index
623
8.2.4 Electric Quadrupole Moment (eqm)
Calculation of eqm
8.13, 16
Major to minor axes ratio
8.14
Condition for vanishing of eqm
8.15
8.2.5 Nuclear Stability
Condition for α decay
8.17
Radius from separation energies
8.18
Decay via α or β emission
8.19
Competitive decays of
64 Cu
8.20
γ-ray energy in
28 Al →
28 Si + β
−
+ γ
8.21
22 Na mass in
22 Na →
22 Ne + β
+
+ γ
8.22
Whether
7 Be →
7 Li + β
+
+ ν possible
8.23
8.2.6 Fermi Gas Model
To show p = 2ρ n E f /5
8 . 2 4
P f , E f and V
8.25
8.2.7 Shell Model
J and l values
8.26
Spin and parities
8.27, 30,
31, 32
Gap between neutron shells
8.28
Quadrupole moment
8.29
8.2.8 Liquid Drop Model
Z min /A for light and heavy nuclei
8.33
Most stable isobar
8.34, 37
Coulomb coefficient
8.35
Radii of nuclei
8.36
Separation energy
8.38
Binding energy of nuclei
8.39
Binding energy/mass number curve
8.40
Beta stability of isobars
8.41
Beta stability of
27 Mg
8.42
8.2.9 Optical Model
Imaginary part of potential
8.43
λ and absorption of neutrons
8.44
8.2.10 Nuclear Reactions (General)
Reaction threshold
8.45, 48
Energy of products in K capture
8.46
Inelastic scattering
8.47
Difference in B.E. of
3 H and
3 He
8.49
Q value and KE of α
8.50
Q value of
27 Al ( p, n)
27 Si
8.51
E threshold for
3 H (p, n)
3 He
8.52
623
8.2.4 Electric Quadrupole Moment (eqm)
Calculation of eqm
8.13, 16
Major to minor axes ratio
8.14
Condition for vanishing of eqm
8.15
8.2.5 Nuclear Stability
Condition for α decay
8.17
Radius from separation energies
8.18
Decay via α or β emission
8.19
Competitive decays of
64 Cu
8.20
γ-ray energy in
28 Al →
28 Si + β
−
+ γ
8.21
22 Na mass in
22 Na →
22 Ne + β
+
+ γ
8.22
Whether
7 Be →
7 Li + β
+
+ ν possible
8.23
8.2.6 Fermi Gas Model
To show p = 2ρ n E f /5
8 . 2 4
P f , E f and V
8.25
8.2.7 Shell Model
J and l values
8.26
Spin and parities
8.27, 30,
31, 32
Gap between neutron shells
8.28
Quadrupole moment
8.29
8.2.8 Liquid Drop Model
Z min /A for light and heavy nuclei
8.33
Most stable isobar
8.34, 37
Coulomb coefficient
8.35
Radii of nuclei
8.36
Separation energy
8.38
Binding energy of nuclei
8.39
Binding energy/mass number curve
8.40
Beta stability of isobars
8.41
Beta stability of
27 Mg
8.42
8.2.9 Optical Model
Imaginary part of potential
8.43
λ and absorption of neutrons
8.44
8.2.10 Nuclear Reactions (General)
Reaction threshold
8.45, 48
Energy of products in K capture
8.46
Inelastic scattering
8.47
Difference in B.E. of
3 H and
3 He
8.49
Q value and KE of α
8.50
Q value of
27 Al ( p, n)
27 Si
8.51
E threshold for
3 H (p, n)
3 He
8.52