624
Appendix: Problem Index
Q-value in
30 Si (d, p)
31 Si
8.53
Q-value for inelastic scattering
8.54
E γ for producing 5 MeV protons in Compton like scattering
8.55
Elastic and inelastic scattering of protons from
10 B
8 . 5 6
E p at 90
0 from
27 Al (d, p)
28 Al
8.57
Fusion reaction
8.58
Which is unstable
17 O or
17 F?
8.59
Energy level diagram
8.60
Neutron and hydrogen atom mass difference
8.61
Range of neutron energy in
3 H (d, n)
4 He
8.62
Forward and backward reactions
8.63
E threshold for endoergic reaction
8.64
8.2.11 Cross-Sections
Neutron absorption in indium foil
8.65
60 Co production in reactor
8.66, 67
σ (θ ) parameters
8.68
σ t for
48 Ca (α, p)
8 . 6 9
8.2.12 Nuclear Reactions via Compound Nucleus
Contribution of scattering to resonance at 0.178 eV
8.70
σ (n, γ ) & σ (n, α) given Γ n , Γ γ , Γ α and E R
8.71
Γ el given E R , Γ and J N = 0
8 . 7 2
8.2.13 Direct Reactions
Spin value from detailed balance
8.73
, ΔE & θ in D-stripping
8.74
8.2.14 Fission and Nuclear Reactors
Production and activity of
24 Na
8.75
Production and activity of
198 Au
8.76
Energy released in fission of
238 U
8 . 7 7
Spatial distribution of neutrons
8.78, 87,
88, 91
Thermal utilization factor
8.79
Critical size of bare reactor
8.80
235 U consumption
8.81
Fission processes/second
8.82
Annual electricity consumption in Britian
8.83
Neutron flux near reactor centre
8.83
To show = 1 for neutron scattering
8.84
Neutron moderation
8.85
Criticality of homogeneous reactor
8.86
Thermal diffusion time
8.89
Generation time
8.90
Number of collisions required for thermalization of fission
neutrons
8.92