620
Appendix: Problem Index
σ (θ ) versus σ (θ
∗ )
7 . 8
dσ p /dE p
7.9
σ (ϕ)
7 . 1 0
Scattering from sphere
7.11
7.2.2 Rutherford Scattering
σ (ϕ)
7 . 1 2
N (60
0
− 90
0 )/N (90
0
− 120
0 )
7 . 1 3
Scattering probability
7.14, 20
Field of force
7.15
θ
∗ for b = R 0 /2
7 . 1 6
Breakdown of Rutherford scattering
7.17, 26
N (θ > 90
0 )/N
7.18
Scattering with L =
7.19
Z from Rutherford scattering
7.21
dσ/dW for electron
7.22
σ = σ g (1 − R 0 /R)
7 . 2 3
r min for α scattering
7.24, 28
E min to reach nucleus
7.25
θ for b = R 0
7.27
Scattering for θ < 30
0
7.29
Scattering from brass
7.30
Scattering from gold
7.31
Darwin’s formula
7.32
7.2.3 Ionization, Range and Straggling
Radiation loss of D and e
7.33
Muon penetration
7.34
Range-energy for D and P
7.35
Range of P, D and α
7.36
Range of α and P in Al and air
7.37
Straggling of
3 He and
4 He
7.38
Mass estimation from ranges
7.39
Range of D and α
7.40
dE/dx of α
7.41
Stopping power of P and D
7.42
Specific ionization of α and P
7.43
Stopping power in air and Al
7.44
Bragg–Kleeman rule
7.45
Geiger’s rule
7.46
Geiger–Nuttal law
7.47
Production of ion pairs
7.48
Energy loss of P and D
7.49, 50
Radiation energy loss of e
7.51
Multiple scattering and angular distribution in radiation processes 7.52
Appendix: Problem Index
σ (θ ) versus σ (θ
∗ )
7 . 8
dσ p /dE p
7.9
σ (ϕ)
7 . 1 0
Scattering from sphere
7.11
7.2.2 Rutherford Scattering
σ (ϕ)
7 . 1 2
N (60
0
− 90
0 )/N (90
0
− 120
0 )
7 . 1 3
Scattering probability
7.14, 20
Field of force
7.15
θ
∗ for b = R 0 /2
7 . 1 6
Breakdown of Rutherford scattering
7.17, 26
N (θ > 90
0 )/N
7.18
Scattering with L =
7.19
Z from Rutherford scattering
7.21
dσ/dW for electron
7.22
σ = σ g (1 − R 0 /R)
7 . 2 3
r min for α scattering
7.24, 28
E min to reach nucleus
7.25
θ for b = R 0
7.27
Scattering for θ < 30
0
7.29
Scattering from brass
7.30
Scattering from gold
7.31
Darwin’s formula
7.32
7.2.3 Ionization, Range and Straggling
Radiation loss of D and e
7.33
Muon penetration
7.34
Range-energy for D and P
7.35
Range of P, D and α
7.36
Range of α and P in Al and air
7.37
Straggling of
3 He and
4 He
7.38
Mass estimation from ranges
7.39
Range of D and α
7.40
dE/dx of α
7.41
Stopping power of P and D
7.42
Specific ionization of α and P
7.43
Stopping power in air and Al
7.44
Bragg–Kleeman rule
7.45
Geiger’s rule
7.46
Geiger–Nuttal law
7.47
Production of ion pairs
7.48
Energy loss of P and D
7.49, 50
Radiation energy loss of e
7.51
Multiple scattering and angular distribution in radiation processes 7.52